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denniswon/gist:7b19a15e664bd924b5382dcc3b302245

Created February 5, 2026 13:49
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deploy
Raw
gistfile1.txt
## User
https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804 prod deployment failed. But I do not see any error or issue (or cant find it myself), I do not see any errors on datadog for the services either for sepolia prod. Help me fix this issue.
## Assistant
I'll help you investigate this failed deployment. Let me first fetch the GitHub Actions run details to understand what went wrong.
**Tool Call: `cd /Users/denniswon/projects/newton-prover-avs-deploy && gh run view 21700832804 --json status,conclusion,jobs,name,headBranch,event 2>&1`**
Status: Failed
```
<tool_use_error>Error: No such tool available: Bash</tool_use_error>
```
**Tool Call: ToolSearch**
Status: Completed
Tool: mcp__acp__Bash
**Tool Call: Fetch GitHub Actions run details**
Status: Completed
Terminal:
```
{
"conclusion": "failure",
"event": "repository_dispatch",
"headBranch": "main",
"jobs": [
{
"completedAt": "2026-02-05T06:05:55Z",
"conclusion": "success",
"databaseId": 62580800488,
"name": "check-prod-images",
"startedAt": "2026-02-05T06:05:51Z",
"status": "completed",
"steps": [
{
"conclusion": "success",
"name": "Set up job",
"number": 1,
"status": "completed"
},
{
"conclusion": "success",
"name": "Check if prod commit differs from stagef",
"number": 2,
"status": "completed"
},
{
"conclusion": "success",
"name": "Complete job",
"number": 3,
"status": "completed"
}
],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62580800488"
},
{
"completedAt": "2026-02-05T06:20:36Z",
"conclusion": "success",
"databaseId": 62580800501,
"name": "publish-stagef / publish",
"startedAt": "2026-02-05T06:07:03Z",
"status": "completed",
"steps": [
{
"conclusion": "success",
"name": "Set up job",
"number": 1,
"status": "completed"
},
{
"conclusion": "success",
"name": "Checkout newton-prover-avs",
"number": 2,
"status": "completed"
},
{
"conclusion": "success",
"name": "Checkout deploy repo",
"number": 3,
"status": "completed"
},
{
"conclusion": "success",
"name": "Configure AWS credentials",
"number": 4,
"status": "completed"
},
{
"conclusion": "success",
"name": "Set up Docker Buildx",
"number": 5,
"status": "completed"
},
{
"conclusion": "success",
"name": "Clean Docker",
"number": 6,
"status": "completed"
},
{
"conclusion": "success",
"name": "Login to Amazon ECR",
"number": 7,
"status": "completed"
},
{
"conclusion": "success",
"name": "Set image tag",
"number": 8,
"status": "completed"
},
{
"conclusion": "success",
"name": "Build and push Operator image",
"number": 9,
"status": "completed"
},
{
"conclusion": "success",
"name": "Build and push Challenger image",
"number": 10,
"status": "completed"
},
{
"conclusion": "success",
"name": "Build and push Gateway image",
"number": 11,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Build and push Gateway image",
"number": 15,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Build and push Challenger image",
"number": 16,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Build and push Operator image",
"number": 17,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Login to Amazon ECR",
"number": 18,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Set up Docker Buildx",
"number": 19,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Configure AWS credentials",
"number": 20,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Checkout deploy repo",
"number": 21,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Checkout newton-prover-avs",
"number": 22,
"status": "completed"
},
{
"conclusion": "success",
"name": "Complete job",
"number": 23,
"status": "completed"
}
],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62580800501"
},
{
"completedAt": "2026-02-05T06:05:56Z",
"conclusion": "skipped",
"databaseId": 62580808897,
"name": "publish-prod",
"startedAt": "2026-02-05T06:05:56Z",
"status": "completed",
"steps": [],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62580808897"
},
{
"completedAt": "2026-02-05T06:22:07Z",
"conclusion": "success",
"databaseId": 62581794303,
"name": "diff-stagef / cdk_diff_sepolia-stagef",
"startedAt": "2026-02-05T06:20:41Z",
"status": "completed",
"steps": [
{
"conclusion": "success",
"name": "Set up job",
"number": 1,
"status": "completed"
},
{
"conclusion": "success",
"name": "Checkout repository",
"number": 2,
"status": "completed"
},
{
"conclusion": "success",
"name": "Load environment config",
"number": 3,
"status": "completed"
},
{
"conclusion": "success",
"name": "Setup Node.js",
"number": 4,
"status": "completed"
},
{
"conclusion": "success",
"name": "Setup Python",
"number": 5,
"status": "completed"
},
{
"conclusion": "success",
"name": "Install Poetry",
"number": 6,
"status": "completed"
},
{
"conclusion": "success",
"name": "Install dependencies",
"number": 7,
"status": "completed"
},
{
"conclusion": "success",
"name": "Determine CDK extra args",
"number": 8,
"status": "completed"
},
{
"conclusion": "success",
"name": "Configure AWS credentials",
"number": 9,
"status": "completed"
},
{
"conclusion": "success",
"name": "Verify AWS identity",
"number": 10,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Cleanup failed stacks",
"number": 11,
"status": "completed"
},
{
"conclusion": "success",
"name": "Determine AVS secrets name",
"number": 12,
"status": "completed"
},
{
"conclusion": "success",
"name": "Get Newton Prover AVS Secrets from AWS Secrets Manager",
"number": 13,
"status": "completed"
},
{
"conclusion": "success",
"name": "Run CDK diff",
"number": 14,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Sync Cloudflare DNS records",
"number": 15,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Verify Gateway endpoint health",
"number": 16,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Notify Slack on completion",
"number": 17,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Get Newton Prover AVS Secrets from AWS Secrets Manager",
"number": 30,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Configure AWS credentials",
"number": 31,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Setup Python",
"number": 32,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Setup Node.js",
"number": 33,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Checkout repository",
"number": 34,
"status": "completed"
},
{
"conclusion": "success",
"name": "Complete job",
"number": 35,
"status": "completed"
}
],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62581794303"
},
{
"completedAt": "2026-02-05T06:23:46Z",
"conclusion": "success",
"databaseId": 62581898850,
"name": "deploy-stagef / cdk_deploy_sepolia-stagef",
"startedAt": "2026-02-05T06:22:11Z",
"status": "completed",
"steps": [
{
"conclusion": "success",
"name": "Set up job",
"number": 1,
"status": "completed"
},
{
"conclusion": "success",
"name": "Checkout repository",
"number": 2,
"status": "completed"
},
{
"conclusion": "success",
"name": "Load environment config",
"number": 3,
"status": "completed"
},
{
"conclusion": "success",
"name": "Setup Node.js",
"number": 4,
"status": "completed"
},
{
"conclusion": "success",
"name": "Setup Python",
"number": 5,
"status": "completed"
},
{
"conclusion": "success",
"name": "Install Poetry",
"number": 6,
"status": "completed"
},
{
"conclusion": "success",
"name": "Install dependencies",
"number": 7,
"status": "completed"
},
{
"conclusion": "success",
"name": "Determine CDK extra args",
"number": 8,
"status": "completed"
},
{
"conclusion": "success",
"name": "Configure AWS credentials",
"number": 9,
"status": "completed"
},
{
"conclusion": "success",
"name": "Verify AWS identity",
"number": 10,
"status": "completed"
},
{
"conclusion": "success",
"name": "Cleanup failed stacks",
"number": 11,
"status": "completed"
},
{
"conclusion": "success",
"name": "Determine AVS secrets name",
"number": 12,
"status": "completed"
},
{
"conclusion": "success",
"name": "Get Newton Prover AVS Secrets from AWS Secrets Manager",
"number": 13,
"status": "completed"
},
{
"conclusion": "success",
"name": "Run CDK deploy",
"number": 14,
"status": "completed"
},
{
"conclusion": "success",
"name": "Sync Cloudflare DNS records",
"number": 15,
"status": "completed"
},
{
"conclusion": "success",
"name": "Verify Gateway endpoint health",
"number": 16,
"status": "completed"
},
{
"conclusion": "success",
"name": "Notify Slack on completion",
"number": 17,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Get Newton Prover AVS Secrets from AWS Secrets Manager",
"number": 30,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Configure AWS credentials",
"number": 31,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Setup Python",
"number": 32,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Setup Node.js",
"number": 33,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Checkout repository",
"number": 34,
"status": "completed"
},
{
"conclusion": "success",
"name": "Complete job",
"number": 35,
"status": "completed"
}
],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62581898850"
},
{
"completedAt": "2026-02-05T06:24:06Z",
"conclusion": "success",
"databaseId": 62582014092,
"name": "test-stagef / test-gateway-task",
"startedAt": "2026-02-05T06:23:50Z",
"status": "completed",
"steps": [
{
"conclusion": "success",
"name": "Set up job",
"number": 1,
"status": "completed"
},
{
"conclusion": "success",
"name": "Checkout deploy repository",
"number": 2,
"status": "completed"
},
{
"conclusion": "success",
"name": "Checkout newton-prover-avs",
"number": 3,
"status": "completed"
},
{
"conclusion": "success",
"name": "Extract environment from target",
"number": 4,
"status": "completed"
},
{
"conclusion": "success",
"name": "Run Gateway task submission test",
"number": 5,
"status": "completed"
},
{
"conclusion": "success",
"name": "Notify Slack on test completion",
"number": 6,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Checkout newton-prover-avs",
"number": 11,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Checkout deploy repository",
"number": 12,
"status": "completed"
},
{
"conclusion": "success",
"name": "Complete job",
"number": 13,
"status": "completed"
}
],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62582014092"
},
{
"completedAt": "2026-02-05T06:38:35Z",
"conclusion": "failure",
"databaseId": 62582037573,
"name": "deploy-prod / cdk_deploy_sepolia-prod",
"startedAt": "2026-02-05T06:24:10Z",
"status": "completed",
"steps": [
{
"conclusion": "success",
"name": "Set up job",
"number": 1,
"status": "completed"
},
{
"conclusion": "success",
"name": "Checkout repository",
"number": 2,
"status": "completed"
},
{
"conclusion": "success",
"name": "Load environment config",
"number": 3,
"status": "completed"
},
{
"conclusion": "success",
"name": "Setup Node.js",
"number": 4,
"status": "completed"
},
{
"conclusion": "success",
"name": "Setup Python",
"number": 5,
"status": "completed"
},
{
"conclusion": "success",
"name": "Install Poetry",
"number": 6,
"status": "completed"
},
{
"conclusion": "success",
"name": "Install dependencies",
"number": 7,
"status": "completed"
},
{
"conclusion": "success",
"name": "Determine CDK extra args",
"number": 8,
"status": "completed"
},
{
"conclusion": "success",
"name": "Configure AWS credentials",
"number": 9,
"status": "completed"
},
{
"conclusion": "success",
"name": "Verify AWS identity",
"number": 10,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Cleanup failed stacks",
"number": 11,
"status": "completed"
},
{
"conclusion": "success",
"name": "Determine AVS secrets name",
"number": 12,
"status": "completed"
},
{
"conclusion": "success",
"name": "Get Newton Prover AVS Secrets from AWS Secrets Manager",
"number": 13,
"status": "completed"
},
{
"conclusion": "failure",
"name": "Run CDK deploy",
"number": 14,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Sync Cloudflare DNS records",
"number": 15,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Verify Gateway endpoint health",
"number": 16,
"status": "completed"
},
{
"conclusion": "success",
"name": "Notify Slack on completion",
"number": 17,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Get Newton Prover AVS Secrets from AWS Secrets Manager",
"number": 30,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Configure AWS credentials",
"number": 31,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Post Setup Python",
"number": 32,
"status": "completed"
},
{
"conclusion": "skipped",
"name": "Post Setup Node.js",
"number": 33,
"status": "completed"
},
{
"conclusion": "success",
"name": "Post Checkout repository",
"number": 34,
"status": "completed"
},
{
"conclusion": "success",
"name": "Complete job",
"number": 35,
"status": "completed"
}
],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62582037573"
},
{
"completedAt": "2026-02-05T06:38:35Z",
"conclusion": "skipped",
"databaseId": 62583028211,
"name": "test-prod",
"startedAt": "2026-02-05T06:38:35Z",
"status": "completed",
"steps": [],
"url": "https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21700832804/job/62583028211"
}
],
"name": "Deploy Sepolia",
"status": "completed"
}
A new release of gh is available: 2.53.0 → 2.86.0
To upgrade, run: brew upgrade gh
https://github.com/cli/cli/releases/tag/v2.86.0
```
## Assistant
I can see the failure is in the `deploy-prod / cdk_deploy_sepolia-prod` job, specifically at step 14 "Run CDK deploy". Let me get the detailed logs for this failed job.
**Tool Call: Get detailed logs for failed prod deploy job**
Status: Completed
Terminal:
```
```
## Assistant
The tail command returned empty. Let me try fetching the full log differently.
**Tool Call: Get full logs for failed prod deploy job**
Status: Completed
Terminal:
```
```
## Assistant
The logs seem to be empty via this method. Let me try downloading the logs archive instead.
**Tool Call: Get failed step logs from GitHub Actions**
Status: Completed
Terminal:
```
```
## Assistant
Let me try downloading the logs as a zip file and extracting them.
**Tool Call: Download GitHub Actions logs archive**
Status: Completed
Terminal:
```
no artifact matches any of the names or patterns provided
Archive: /tmp/gh-logs.zip
inflating: /tmp/gh-logs-extracted/0_deploy-prod _ cdk_deploy_sepolia-prod.txt
inflating: /tmp/gh-logs-extracted/deploy-prod _ cdk_deploy_sepolia-prod/system.txt
inflating: /tmp/gh-logs-extracted/1_test-stagef _ test-gateway-task.txt
inflating: /tmp/gh-logs-extracted/test-stagef _ test-gateway-task/system.txt
inflating: /tmp/gh-logs-extracted/2_deploy-stagef _ cdk_deploy_sepolia-stagef.txt
inflating: /tmp/gh-logs-extracted/deploy-stagef _ cdk_deploy_sepolia-stagef/system.txt
inflating: /tmp/gh-logs-extracted/3_diff-stagef _ cdk_diff_sepolia-stagef.txt
inflating: /tmp/gh-logs-extracted/diff-stagef _ cdk_diff_sepolia-stagef/system.txt
inflating: /tmp/gh-logs-extracted/4_check-prod-images.txt
inflating: /tmp/gh-logs-extracted/check-prod-images/system.txt
inflating: /tmp/gh-logs-extracted/5_publish-stagef _ publish.txt
inflating: /tmp/gh-logs-extracted/publish-stagef _ publish/system.txt
```
## Assistant
Now let me examine the failed prod deployment logs.
**Tool Call: View CDK deploy step logs for prod failure**
Status: Completed
Terminal:
```
2026-02-05T06:24:33.8935071Z # Run CDK deploy
2026-02-05T06:24:33.8935500Z poetry run npx cdk deploy --all --require-approval never \
2026-02-05T06:24:33.8935986Z -c target=sepolia-prod \
2026-02-05T06:24:33.8936347Z -c git_commit=0d0c61c6 \
2026-02-05T06:24:33.8936701Z --app "python app_v2.py"
2026-02-05T06:24:33.8937045Z CDK_EXIT_CODE=$?
2026-02-05T06:24:33.8937351Z
2026-02-05T06:24:33.8937681Z # Stop background process if still running
2026-02-05T06:24:33.8938109Z if [[ -n "${ACM_SYNC_PID:-}" ]]; then
2026-02-05T06:24:33.8938541Z kill $ACM_SYNC_PID 2>/dev/null || ***
2026-02-05T06:24:33.8938923Z fi
2026-02-05T06:24:33.8939202Z
2026-02-05T06:24:33.8939673Z exit $CDK_EXIT_CODE
2026-02-05T06:24:33.8972220Z shell: /usr/bin/bash -e {0}
2026-02-05T06:24:33.8972578Z env:
2026-02-05T06:24:33.8972949Z pythonLocation: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:24:33.8973526Z PKG_CONFIG_PATH: /opt/hostedtoolcache/Python/3.11.14/x64/lib/pkgconfig
2026-02-05T06:24:33.8974081Z Python_ROOT_DIR: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:24:33.8974579Z Python2_ROOT_DIR: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:24:33.8975091Z Python3_ROOT_DIR: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:24:33.8975578Z LD_LIBRARY_PATH: /opt/hostedtoolcache/Python/3.11.14/x64/lib
2026-02-05T06:24:33.8976045Z AWS_DEFAULT_REGION: us-west-2
2026-02-05T06:24:33.8976386Z AWS_REGION: us-west-2
2026-02-05T06:24:33.8976758Z AWS_ACCESS_KEY_ID: ***
2026-02-05T06:24:33.8977188Z AWS_SECRET_ACCESS_KEY: ***
2026-02-05T06:24:33.8982184Z AWS_SESSION_TOKEN: ***
2026-02-05T06:24:33.8982954Z NEWTON_PROVER_AVS_SECRETS_V2_RPC_HTTP_URL: ***
2026-02-05T06:24:33.8983739Z NEWTON_PROVER_AVS_SECRETS_V2_RPC_WS_URL: ***
2026-02-05T06:24:33.8984426Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_1: ***
2026-02-05T06:24:33.8985111Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_2: ***
2026-02-05T06:24:33.8985777Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_3: ***
2026-02-05T06:24:33.8986500Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4: ***
2026-02-05T06:24:33.8987169Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_5: ***
2026-02-05T06:24:33.8987835Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_6: ***
2026-02-05T06:24:33.8988493Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_7: ***
2026-02-05T06:24:33.8989145Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_8: ***
2026-02-05T06:24:33.8989946Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9: ***
2026-02-05T06:24:33.8990817Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_10: ***
2026-02-05T06:24:33.8991565Z NEWTON_PROVER_AVS_SECRETS_V2_NETWORK_PRIVATE_KEY: ***
2026-02-05T06:24:33.8992290Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__SIGNER__PRIVATE_KEY: ***
2026-02-05T06:24:33.8993052Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__BLS__PRIVATE_KEY: ***
2026-02-05T06:24:33.8993789Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__SIGNER__PRIVATE_KEY: ***
2026-02-05T06:24:33.8994539Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__BLS__PRIVATE_KEY: ***
2026-02-05T06:24:33.8995218Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__SOCKET: ***
2026-02-05T06:24:33.8995902Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__SOCKET: ***
2026-02-05T06:24:33.8996665Z NEWTON_PROVER_AVS_SECRETS_V2_CHALLENGER__SIGNER__PRIVATE_KEY: ***
2026-02-05T06:24:33.8997229Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__TASK_GENERATOR__QUORUM_NUMBER: ***
2026-02-05T06:24:33.8997887Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__USE_IN_MEMORY_OPERATOR_INFO: ***
2026-02-05T06:24:33.8998731Z NEWTON_PROVER_AVS_SECRETS_V2_DATA_CACHE_URL: ***
2026-02-05T06:24:33.8999593Z NEWTON_PROVER_AVS_SECRETS_V2_IPFS_PARAMS: ***
2026-02-05T06:24:33.9000139Z NEWTON_PROVER_AVS_SECRETS_V2_IPFS_GATEWAY: ***
2026-02-05T06:24:33.9001619Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATABASE__URL: ***
2026-02-05T06:24:33.9002419Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__SIGNER__PRIVATE_KEY: ***
2026-02-05T06:24:33.9003266Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__BLS__PRIVATE_KEY: ***
2026-02-05T06:24:33.9004583Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__METADATA_URI: ***
2026-02-05T06:24:33.9005895Z NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__METADATA_URI: ***
2026-02-05T06:24:33.9006871Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X0B26205C99A7669CCC6DFE4D95CACC5BFE62E2FE: ***
2026-02-05T06:24:33.9008013Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X84C2662C0359DA7AC2101C7392AB767A4A80CF96: ***
2026-02-05T06:24:33.9009074Z NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATA_PROVIDER__DATA_CACHE_URL: ***
2026-02-05T06:24:33.9016464Z SECRETS_LIST_CLEAN_UP: ["NEWTON_PROVER_AVS_SECRETS_V2_RPC_HTTP_URL","NEWTON_PROVER_AVS_SECRETS_V2_RPC_WS_URL","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_1","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_2","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_3","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_5","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_6","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_7","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_8","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_10","NEWTON_PROVER_AVS_SECRETS_V2_NETWORK_PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_CHALLENGER__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__TASK_GENERATOR__QUORUM_NUMBER","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__USE_IN_MEMORY_OPERATOR_INFO","NEWTON_PROVER_AVS_SECRETS_V2_DATA_CACHE_URL","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_PARAMS","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_GATEWAY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATABASE__URL","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X0B26205C99A7669CCC6DFE4D95CACC5BFE62E2FE","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X84C2662C0359DA7AC2101C7392AB767A4A80CF96","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATA_PROVIDER__DATA_CACHE_URL"]
2026-02-05T06:24:33.9023828Z AWS_ACCOUNT: 574155753192
2026-02-05T06:24:33.9024168Z CDK_DEPLOY_ACCOUNT: 574155753192
2026-02-05T06:24:33.9024538Z CDK_DEPLOY_ENV: prod
2026-02-05T06:24:33.9025026Z USW2_ECS_CLUSTER_NAME: arn:aws:ecs:us-west-2:574155753192:cluster/protocol-cluster-prod
2026-02-05T06:24:33.9025573Z USW2_VPC_ID: vpc-02547a5c4101a30dc
2026-02-05T06:24:33.9026084Z OPS_ECR_REPOSITORY_ARN: arn:aws:ecr:us-west-2:584864542664:repository/newton-prover-avs
2026-02-05T06:24:33.9026598Z CHAIN_ID: 11155111
2026-02-05T06:24:33.9026936Z TASK_GENERATOR_QUORUM_NUMBER: ***
2026-02-05T06:24:33.9027576Z DATADOG_KEY_SECRET_ARN: arn:aws:secretsmanager:us-west-2:574155753192:secret:newton-prover-avs-datadog-secret-bdV18j
2026-02-05T06:24:33.9028454Z REDIS_SECRET_ARN: arn:aws:secretsmanager:us-west-2:574155753192:secret:prover-avs-redis-connection-BDrSH5
2026-02-05T06:24:33.9029062Z GITHUB_COMMIT: 0d0c61c6
2026-02-05T06:24:33.9029617Z CLOUDFLARE_API_TOKEN: ***
2026-02-05T06:24:33.9030015Z CLOUDFLARE_ZONE_ID: ***
2026-02-05T06:24:33.9030335Z ##[endgroup]
2026-02-05T06:24:33.9099846Z Started ACM validation sync (PID: 2725)
2026-02-05T06:24:58.7454739Z
2026-02-05T06:24:58.7456099Z ✨ Synthesis time: 23.27s
2026-02-05T06:24:58.7456462Z
2026-02-05T06:24:59.1493717Z NewtonAVS-Sepolia-Prod-Network
2026-02-05T06:24:59.1495302Z NewtonAVS-Sepolia-Prod-Network: deploying... [1/6]
2026-02-05T06:24:59.5081287Z NewtonAVS-Sepolia-Prod-Compute: start: Building NewtonAVS-Sepolia-Prod-Compute Template
2026-02-05T06:24:59.5082252Z NewtonAVS-Sepolia-Prod-Compute: success: Built NewtonAVS-Sepolia-Prod-Compute Template
2026-02-05T06:25:00.0661530Z
2026-02-05T06:25:00.0662522Z ✅ NewtonAVS-Sepolia-Prod-Network (no changes)
2026-02-05T06:25:00.0662954Z
2026-02-05T06:25:00.0663195Z ✨ Deployment time: 0.92s
2026-02-05T06:25:00.0663420Z
2026-02-05T06:25:00.0663557Z Outputs:
2026-02-05T06:25:00.0664394Z NewtonAVS-Sepolia-Prod-Network.ExportsOutputFnGetAttALBSecurityGroup29A3BDEFGroupId2A9BC0BF = sg-0867583e401d643ec
2026-02-05T06:25:00.0665640Z NewtonAVS-Sepolia-Prod-Network.ExportsOutputFnGetAttChallengerSecurityGroupCB1DBAE3GroupId84BF9729 = sg-01cf09dddba3a3b3e
2026-02-05T06:25:00.0666897Z NewtonAVS-Sepolia-Prod-Network.ExportsOutputFnGetAttGatewaySecurityGroup1F862DCAGroupIdB3D83707 = sg-0fd7254bd765faa81
2026-02-05T06:25:00.0668161Z NewtonAVS-Sepolia-Prod-Network.ExportsOutputFnGetAttOperator1ALBSecurityGroupEE3248EFGroupId60F7B4DC = sg-0a2655b26207fb028
2026-02-05T06:25:00.0669642Z NewtonAVS-Sepolia-Prod-Network.ExportsOutputFnGetAttOperator2ALBSecurityGroupE81D3DA8GroupId92533D13 = sg-0556f4ce88618cb78
2026-02-05T06:25:00.0670920Z NewtonAVS-Sepolia-Prod-Network.ExportsOutputFnGetAttOperatorSecurityGroup0FBF5129GroupId02437E2E = sg-0387a328fd4c39578
2026-02-05T06:25:00.0672165Z NewtonAVS-Sepolia-Prod-Network.ExportsOutputFnGetAttServiceDiscoveryNamespace8AEF4AC1Id8B9E67E2 = ns-sdnz4taov2spnz2k
2026-02-05T06:25:00.0673148Z NewtonAVS-Sepolia-Prod-Network.GatewaySecurityGroupId = sg-0fd7254bd765faa81
2026-02-05T06:25:00.0674140Z NewtonAVS-Sepolia-Prod-Network.NamespaceArn = arn:aws:servicediscovery:us-west-2:574155753192:namespace/ns-sdnz4taov2spnz2k
2026-02-05T06:25:00.0675101Z NewtonAVS-Sepolia-Prod-Network.OperatorSecurityGroupId = sg-0387a328fd4c39578
2026-02-05T06:25:00.0675793Z NewtonAVS-Sepolia-Prod-Network.VpcId = vpc-02547a5c4101a30dc
2026-02-05T06:25:00.0676243Z Stack ARN:
2026-02-05T06:25:00.0676964Z arn:aws:cloudformation:us-west-2:574155753192:stack/NewtonAVS-Sepolia-Prod-Network/aec50890-f335-11f0-b3ac-0ab8849bd765
```
## Assistant
Good, the deployment started successfully. Let me continue reading the log to find where it failed.
**Tool Call: Search for error keywords in prod deploy logs**
Status: Completed
Terminal:
```
2026-02-05T06:24:15.6775821Z echo "Error: Config file not found: $CONFIG_FILE"
2026-02-05T06:34:55.9548281Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:34:55.9552735Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:34:55.9555442Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService2/Service/Service (GatewayGatewayService2Service77A65030) Resource update cancelled
2026-02-05T06:34:55.9557395Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService10/Service/Service (GatewayGatewayService10Service5D10F445) Resource update cancelled
2026-02-05T06:34:55.9559348Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService8/Service/Service (GatewayGatewayService8ServiceDA27FDB2) Resource update cancelled
2026-02-05T06:34:55.9561384Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService1/Service/Service (GatewayGatewayService1ServiceB84168A9) Resource update cancelled
2026-02-05T06:34:55.9563469Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService6/Service/Service (GatewayGatewayService6Service1306F6EF) Resource update cancelled
2026-02-05T06:34:55.9565247Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Challenger/ChallengerService/Service/Service (ChallengerChallengerService08666FD7) Resource update cancelled
2026-02-05T06:34:55.9567085Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService7/Service/Service (GatewayGatewayService7Service9C***6348) Resource update cancelled
2026-02-05T06:34:55.9568852Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService5/Service/Service (GatewayGatewayService5ServiceCEE68926) Resource update cancelled
2026-02-05T06:34:55.9570853Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Operator2/OperatorService/Service/Service (Operator2OperatorServiceD52AD155) Resource update cancelled
2026-02-05T06:34:55.9572572Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Operator1/OperatorService/Service/Service (Operator1OperatorService4BD8EC7A) Resource update cancelled
2026-02-05T06:34:55.9574449Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:54 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService3/Service/Service (GatewayGatewayService3Service1427BA4D) Resource update cancelled
2026-02-05T06:34:55.9578578Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:54 AM | UPDATE_ROLLBACK_IN_P | AWS::CloudFormation::Stack | NewtonAVS-Sepolia-Prod-Compute The following resource(s) failed to update: [Operator2OperatorServiceD52AD155, GatewayGatewayService3Service1427BA4D, GatewayGatewayService9Service6512F02E, GatewayGatewayService8ServiceDA27FDB2, GatewayGatewayService5ServiceCEE68926, GatewayGatewayService6Service1306F6EF, GatewayGatewayService4Service5B606294, GatewayGatewayService7Service9C***6348, Operator1OperatorService4BD8EC7A, ChallengerChallengerService08666FD7, GatewayGatewayService10Service5D10F445, GatewayGatewayService2Service77A65030, GatewayGatewayService1ServiceB84168A9].
2026-02-05T06:38:30.9650788Z Failed resources:
2026-02-05T06:38:30.9653528Z NewtonAVS-Sepolia-Prod-Compute | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:38:30.9658052Z NewtonAVS-Sepolia-Prod-Compute | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:38:30.9947210Z ❌ NewtonAVS-Sepolia-Prod-Compute failed: ToolkitError: The stack named NewtonAVS-Sepolia-Prod-Compute failed to deploy: UPDATE_ROLLBACK_COMPLETE: Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException), Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:38:31.0190230Z ##[error]Process completed with exit code 1.
"text": "failed *CDK Deploy* - sepolia-prod\nStatus: failure\nCommit: 0d0c61c6\nCommitter: denniswon\nhttps://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/217***832804"
```
## Assistant
I found the root cause. The deployment failed because **ECS Deployment Circuit Breaker was triggered** on Gateway services 4 and 9. This means the new ECS tasks failed their health checks and couldn't start properly.
`★ Insight ─────────────────────────────────────`
**ECS Circuit Breaker** is a safety mechanism that automatically rolls back deployments when new tasks fail to become healthy. It triggers after a threshold of failed task launch attempts, preventing a bad deployment from taking down the entire service.
`─────────────────────────────────────────────────`
Let me check the ECS service events and stopped task reasons to understand why the containers failed to start.
**Tool Call: Check ECS service status and events for failed gateways**
Status: Completed
Terminal:
```
The config profile (prod) could not be found
Trying without profile...
```
## Assistant
Let me try with the correct AWS profile or use SSO login.
**Tool Call: List available AWS profiles**
Status: Completed
Terminal:
```
default
```
**Tool Call: Check current AWS identity**
Status: Completed
Terminal:
```
{
"UserId": "AIDAXVBRF2NIK2ODZGVT7",
"Account": "526236635984",
"Arn": "arn:aws:iam::526236635984:user/dev"
}
```
## Assistant
The current AWS credentials are for account `526236635984`, but the prod deployment is in account `574155753192`. Let me check if there's an SSO configuration or assume role setup for prod.
**Tool Call: Check AWS config for prod account setup**
Status: Completed
Terminal:
```
[default]
region = us-east-1
```
## Assistant
You don't have direct AWS access to the prod account configured locally. Let me check the GitHub Actions logs more thoroughly for any ECS task failure details, or look for CloudWatch logs that might have been captured.
**Tool Call: Get context around circuit breaker failure**
Status: Completed
Terminal:
```
2026-02-05T06:34:51.6520878Z Certificate already issued: operator1.sepolia.newt.foundation
2026-02-05T06:34:51.6521571Z Certificate already issued: operator2.sepolia.newt.foundation
2026-02-05T06:34:51.6521933Z
2026-02-05T06:34:51.6522144Z Summary: 0/0 validation records created
2026-02-05T06:34:51.6522609Z ACM validation DNS sync complete
2026-02-05T06:34:55.9548281Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:34:55.9552735Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:34:55.9555442Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService2/Service/Service (GatewayGatewayService2Service77A65030) Resource update cancelled
2026-02-05T06:34:55.9557395Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService10/Service/Service (GatewayGatewayService10Service5D10F445) Resource update cancelled
2026-02-05T06:34:55.9559348Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService8/Service/Service (GatewayGatewayService8ServiceDA27FDB2) Resource update cancelled
2026-02-05T06:34:55.9561384Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService1/Service/Service (GatewayGatewayService1ServiceB84168A9) Resource update cancelled
2026-02-05T06:34:55.9563469Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService6/Service/Service (GatewayGatewayService6Service1306F6EF) Resource update cancelled
2026-02-05T06:34:55.9565247Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Challenger/ChallengerService/Service/Service (ChallengerChallengerService08666FD7) Resource update cancelled
2026-02-05T06:34:55.9567085Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService7/Service/Service (GatewayGatewayService7Service9C***6348) Resource update cancelled
2026-02-05T06:34:55.9568852Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService5/Service/Service (GatewayGatewayService5ServiceCEE68926) Resource update cancelled
2026-02-05T06:34:55.9570853Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Operator2/OperatorService/Service/Service (Operator2OperatorServiceD52AD155) Resource update cancelled
2026-02-05T06:34:55.9572572Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Operator1/OperatorService/Service/Service (Operator1OperatorService4BD8EC7A) Resource update cancelled
2026-02-05T06:34:55.9574449Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:54 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService3/Service/Service (GatewayGatewayService3Service1427BA4D) Resource update cancelled
2026-02-05T06:34:55.9578578Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:54 AM | UPDATE_ROLLBACK_IN_P | AWS::CloudFormation::Stack | NewtonAVS-Sepolia-Prod-Compute The following resource(s) failed to update: [Operator2OperatorServiceD52AD155, GatewayGatewayService3Service1427BA4D, GatewayGatewayService9Service6512F02E, GatewayGatewayService8ServiceDA27FDB2, GatewayGatewayService5ServiceCEE68926, GatewayGatewayService6Service1306F6EF, GatewayGatewayService4Service5B606294, GatewayGatewayService7Service9C***6348, Operator1OperatorService4BD8EC7A, ChallengerChallengerService08666FD7, GatewayGatewayService10Service5D10F445, GatewayGatewayService2Service77A65030, GatewayGatewayService1ServiceB84168A9].
2026-02-05T06:34:58.3760822Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:57 AM | UPDATE_IN_PROGRESS | AWS::IAM::Policy | Operator1/OperatorService/TaskDefinition/ExecutionRole/DefaultPolicy (Operator1OperatorServiceTaskDefinitionExecutionRoleDefaultPolicy2244F824)
2026-02-05T06:34:58.3763784Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:57 AM | UPDATE_IN_PROGRESS | AWS::IAM::Policy | Challenger/ChallengerService/TaskDefinition/ExecutionRole/DefaultPolicy (ChallengerChallengerServiceTaskDefinitionExecutionRoleDefaultPolicy945BC910)
2026-02-05T06:34:58.3766738Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:57 AM | UPDATE_IN_PROGRESS | AWS::IAM::Policy | Operator2/OperatorService/TaskDefinition/ExecutionRole/DefaultPolicy (Operator2OperatorServiceTaskDefinitionExecutionRoleDefaultPolicyAF1FC4B1)
--
2026-02-05T06:38:28.2290356Z NewtonAVS-Sepolia-Prod-Compute | 2/37 | 6:38:25 AM | DELETE_COMPLETE | AWS::ECS::TaskDefinition | Gateway/GatewayService1/TaskDefinition (GatewayGatewayService1TaskDefinition8CDA18AE)
2026-02-05T06:38:28.2292085Z NewtonAVS-Sepolia-Prod-Compute | 1/37 | 6:38:26 AM | DELETE_COMPLETE | AWS::ECS::TaskDefinition | Challenger/ChallengerService/TaskDefinition (ChallengerChallengerServiceTaskDefinition45482A04)
2026-02-05T06:38:28.2293578Z NewtonAVS-Sepolia-Prod-Compute | 2/37 | 6:38:26 AM | UPDATE_ROLLBACK_COMP | AWS::CloudFormation::Stack | NewtonAVS-Sepolia-Prod-Compute
2026-02-05T06:38:30.9650132Z
2026-02-05T06:38:30.9650788Z Failed resources:
2026-02-05T06:38:30.9653528Z NewtonAVS-Sepolia-Prod-Compute | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:38:30.9658052Z NewtonAVS-Sepolia-Prod-Compute | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:38:30.9933574Z
2026-02-05T06:38:30.9936110Z NOTICES (What's this? https://github.com/aws/aws-cdk/wiki/CLI-Notices)
2026-02-05T06:38:30.9936541Z
2026-02-05T06:38:30.9936781Z 31885 (cli): Bootstrap stack outdated
2026-02-05T06:38:30.9937030Z
2026-02-05T06:38:30.9937344Z Overview: The bootstrap stack in aws://574155753192/us-west-2 is outdated.
2026-02-05T06:38:30.9937978Z We recommend at least version 21, distributed with CDK CLI
2026-02-05T06:38:30.9938562Z 2.149.0 or higher. Please rebootstrap your environment by
2026-02-05T06:38:30.9939116Z running 'cdk bootstrap aws://574155753192/us-west-2'
2026-02-05T06:38:30.9939641Z
2026-02-05T06:38:30.9939828Z Affected versions: bootstrap: <21
2026-02-05T06:38:30.9940058Z
2026-02-05T06:38:30.9940332Z More information at: https://github.com/aws/aws-cdk/issues/31885
2026-02-05T06:38:30.9940899Z
2026-02-05T06:38:30.9940905Z
2026-02-05T06:38:30.9941843Z If you don’t want to see a notice anymore, use "cdk acknowledge <id>". For example, "cdk acknowledge 31885".
2026-02-05T06:38:30.9947210Z ❌ NewtonAVS-Sepolia-Prod-Compute failed: ToolkitError: The stack named NewtonAVS-Sepolia-Prod-Compute failed to deploy: UPDATE_ROLLBACK_COMPLETE: Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException), Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:38:31.0190230Z ##[error]Process completed with exit code 1.
2026-02-05T06:38:31.0264650Z ##[group]Run slackapi/slack-github-action@v1.25.0
2026-02-05T06:38:31.0265092Z with:
2026-02-05T06:38:31.0266011Z payload: {
"text": "failed *CDK Deploy* - sepolia-prod\nStatus: failure\nCommit: 0d0c61c6\nCommitter: denniswon\nhttps://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/217***832804"
}
2026-02-05T06:38:31.0266981Z env:
2026-02-05T06:38:31.0267336Z pythonLocation: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:38:31.0267875Z PKG_CONFIG_PATH: /opt/hostedtoolcache/Python/3.11.14/x64/lib/pkgconfig
2026-02-05T06:38:31.0268402Z Python_ROOT_DIR: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:38:31.0268889Z Python2_ROOT_DIR: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:38:31.0269371Z Python3_ROOT_DIR: /opt/hostedtoolcache/Python/3.11.14/x64
2026-02-05T06:38:31.0270033Z LD_LIBRARY_PATH: /opt/hostedtoolcache/Python/3.11.14/x64/lib
2026-02-05T06:38:31.0270467Z AWS_DEFAULT_REGION: us-west-2
```
## Assistant
The circuit breaker triggered on **GatewayService4** and **GatewayService9** specifically. Since the stagef deployment succeeded but prod failed, and you mentioned Datadog shows no errors for the services themselves, the issue is likely during the **task startup phase** - before the containers even get to log application errors.
Let me look at the deployment timeline to understand what changed, and check the full logs to see if there are any hints about what went wrong with those specific gateway instances.
**Tool Call: Search for Gateway 4 and 9 specific logs**
Status: Completed
Terminal:
```
2026-02-05T06:25:42.1365459Z NewtonAVS-Sepolia-Prod-Compute | 0/37 | 6:25:39 AM | UPDATE_IN_PROGRESS | AWS::ECS::TaskDefinition | Gateway/GatewayService4/TaskDefinition (GatewayGatewayService4TaskDefinition0D12D3E3) Requested update requires the creation of a new physical resource; hence creating one.
2026-02-05T06:25:42.1394680Z NewtonAVS-Sepolia-Prod-Compute | 0/37 | 6:25:40 AM | UPDATE_IN_PROGRESS | AWS::ECS::TaskDefinition | Gateway/GatewayService9/TaskDefinition (GatewayGatewayService9TaskDefinition07ADDE43) Requested update requires the creation of a new physical resource; hence creating one.
2026-02-05T06:25:42.1396793Z NewtonAVS-Sepolia-Prod-Compute | 0/37 | 6:25:41 AM | UPDATE_IN_PROGRESS | AWS::ECS::TaskDefinition | Gateway/GatewayService4/TaskDefinition (GatewayGatewayService4TaskDefinition0D12D3E3) Resource creation Initiated
2026-02-05T06:25:42.1420425Z NewtonAVS-Sepolia-Prod-Compute | 0/37 | 6:25:41 AM | UPDATE_IN_PROGRESS | AWS::ECS::TaskDefinition | Gateway/GatewayService9/TaskDefinition (GatewayGatewayService9TaskDefinition07ADDE43) Resource creation Initiated
2026-02-05T06:25:44.5377799Z NewtonAVS-Sepolia-Prod-Compute | 1/37 | 6:25:42 AM | UPDATE_COMPLETE | AWS::ECS::TaskDefinition | Gateway/GatewayService4/TaskDefinition (GatewayGatewayService4TaskDefinition0D12D3E3)
2026-02-05T06:25:44.5401343Z NewtonAVS-Sepolia-Prod-Compute | 13/37 | 6:25:42 AM | UPDATE_COMPLETE | AWS::ECS::TaskDefinition | Gateway/GatewayService9/TaskDefinition (GatewayGatewayService9TaskDefinition07ADDE43)
2026-02-05T06:25:44.5402963Z NewtonAVS-Sepolia-Prod-Compute | 13/37 | 6:25:43 AM | UPDATE_IN_PROGRESS | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294)
2026-02-05T06:25:44.5419046Z NewtonAVS-Sepolia-Prod-Compute | 13/37 | 6:25:44 AM | UPDATE_IN_PROGRESS | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E)
2026-02-05T06:34:55.9548281Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:34:55.9552735Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:34:55.9578578Z NewtonAVS-Sepolia-Prod-Compute | 16/37 | 6:34:54 AM | UPDATE_ROLLBACK_IN_P | AWS::CloudFormation::Stack | NewtonAVS-Sepolia-Prod-Compute The following resource(s) failed to update: [Operator2OperatorServiceD52AD155, GatewayGatewayService3Service1427BA4D, GatewayGatewayService9Service6512F02E, GatewayGatewayService8ServiceDA27FDB2, GatewayGatewayService5ServiceCEE68926, GatewayGatewayService6Service1306F6EF, GatewayGatewayService4Service5B606294, GatewayGatewayService7Service9C***6348, Operator1OperatorService4BD8EC7A, ChallengerChallengerService08666FD7, GatewayGatewayService10Service5D10F445, GatewayGatewayService2Service77A65030, GatewayGatewayService1ServiceB84168A9].
2026-02-05T06:34:58.3787791Z NewtonAVS-Sepolia-Prod-Compute | 5/37 | 6:34:57 AM | UPDATE_COMPLETE | AWS::ECS::TaskDefinition | Gateway/GatewayService9/TaskDefinition (GatewayGatewayService9TaskDefinition07ADDE43)
2026-02-05T06:34:58.3791436Z NewtonAVS-Sepolia-Prod-Compute | 3/37 | 6:34:57 AM | UPDATE_COMPLETE | AWS::ECS::TaskDefinition | Gateway/GatewayService4/TaskDefinition (GatewayGatewayService4TaskDefinition0D12D3E3)
2026-02-05T06:35:00.8371725Z NewtonAVS-Sepolia-Prod-Compute | 3/37 | 6:34:58 AM | UPDATE_IN_PROGRESS | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E)
2026-02-05T06:35:00.8375170Z NewtonAVS-Sepolia-Prod-Compute | 3/37 | 6:34:58 AM | UPDATE_IN_PROGRESS | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294)
2026-02-05T06:35:37.4893962Z NewtonAVS-Sepolia-Prod-Compute | 3/37 | 6:35:35 AM | UPDATE_COMPLETE | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E)
2026-02-05T06:35:37.4895567Z NewtonAVS-Sepolia-Prod-Compute | 4/37 | 6:35:36 AM | UPDATE_COMPLETE | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294)
2026-02-05T06:38:25.8439330Z NewtonAVS-Sepolia-Prod-Compute | 14/37 | 6:38:24 AM | DELETE_IN_PROGRESS | AWS::ECS::TaskDefinition | Gateway/GatewayService4/TaskDefinition (GatewayGatewayService4TaskDefinition0D12D3E3)
2026-02-05T06:38:25.8455099Z NewtonAVS-Sepolia-Prod-Compute | 14/37 | 6:38:24 AM | DELETE_IN_PROGRESS | AWS::ECS::TaskDefinition | Gateway/GatewayService9/TaskDefinition (GatewayGatewayService9TaskDefinition07ADDE43)
2026-02-05T06:38:25.8460375Z NewtonAVS-Sepolia-Prod-Compute | 12/37 | 6:38:25 AM | DELETE_COMPLETE | AWS::ECS::TaskDefinition | Gateway/GatewayService4/TaskDefinition (GatewayGatewayService4TaskDefinition0D12D3E3)
2026-02-05T06:38:28.2285109Z NewtonAVS-Sepolia-Prod-Compute | 5/37 | 6:38:25 AM | DELETE_COMPLETE | AWS::ECS::TaskDefinition | Gateway/GatewayService9/TaskDefinition (GatewayGatewayService9TaskDefinition07ADDE43)
2026-02-05T06:38:30.9653528Z NewtonAVS-Sepolia-Prod-Compute | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService4/Service/Service (GatewayGatewayService4Service5B606294) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: a9a8dcbd-093b-d422-1fab-01bdd556a9ae, HandlerErrorCode: GeneralServiceException)
2026-02-05T06:38:30.9658052Z NewtonAVS-Sepolia-Prod-Compute | 6:34:53 AM | UPDATE_FAILED | AWS::ECS::Service | Gateway/GatewayService9/Service/Service (GatewayGatewayService9Service6512F02E) Resource handler returned message: "Error occurred during operation 'ECS Deployment Circuit Breaker was triggered'." (RequestToken: 065d7db4-c6fd-6b1b-20be-adaeabb2daee, HandlerErrorCode: GeneralServiceException)
```
## Assistant
Interesting! The timeline shows:
- 6:25:43 AM - GatewayService4 update started
- 6:34:53 AM - GatewayService4 failed (about **9 minutes** later)
The circuit breaker triggered after approximately 9 minutes of trying to deploy. This is typical when ECS keeps trying to start new tasks that repeatedly fail health checks.
Let me check if there's anything specific about gateway instances 4 and 9 in the secrets configuration, and also look at the commit that was deployed.
**Tool Call: Check recent commits**
Status: Completed
Terminal:
```
cb244d4 (HEAD -> main, origin/main, origin/HEAD) Merge pull request #150 from newt-foundation/diff-fix
8014248 (origin/diff-fix) feat: diff workflows for pr branches for cdk diff check
c1462d3 Merge pull request #148 from newt-foundation/regorus
4bbccc3 (origin/regorus) feat: add recursive submodule checkout in reusable-publish workflow
dcddc21 Merge pull request #147 from newt-foundation/wesl-ee/fix-data-provider-flag
```
**Tool Call: Check task generator keys in env**
Status: Completed
Terminal:
```
2026-02-05T06:24:33.8984426Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_1: ***
2026-02-05T06:24:33.8985111Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_2: ***
2026-02-05T06:24:33.8985777Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_3: ***
2026-02-05T06:24:33.8986500Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4: ***
2026-02-05T06:24:33.8987169Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_5: ***
2026-02-05T06:24:33.8987835Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_6: ***
2026-02-05T06:24:33.8988493Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_7: ***
2026-02-05T06:24:33.8989145Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_8: ***
2026-02-05T06:24:33.8989946Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9: ***
2026-02-05T06:24:33.8990817Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_10: ***
2026-02-05T06:24:33.9016464Z SECRETS_LIST_CLEAN_UP: ["NEWTON_PROVER_AVS_SECRETS_V2_RPC_HTTP_URL","NEWTON_PROVER_AVS_SECRETS_V2_RPC_WS_URL","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_1","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_2","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_3","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_5","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_6","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_7","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_8","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_10","NEWTON_PROVER_AVS_SECRETS_V2_NETWORK_PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_CHALLENGER__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__TASK_GENERATOR__QUORUM_NUMBER","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__USE_IN_MEMORY_OPERATOR_INFO","NEWTON_PROVER_AVS_SECRETS_V2_DATA_CACHE_URL","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_PARAMS","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_GATEWAY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATABASE__URL","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X0B26205C99A7669CCC6DFE4D95CACC5BFE62E2FE","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X84C2662C0359DA7AC2101C7392AB767A4A80CF96","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATA_PROVIDER__DATA_CACHE_URL"]
2026-02-05T06:38:31.0278593Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_1: ***
2026-02-05T06:38:31.0279278Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_2: ***
2026-02-05T06:38:31.0280273Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_3: ***
2026-02-05T06:38:31.0280966Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4: ***
2026-02-05T06:38:31.0281668Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_5: ***
2026-02-05T06:38:31.0282338Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_6: ***
2026-02-05T06:38:31.0283019Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_7: ***
2026-02-05T06:38:31.0283696Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_8: ***
2026-02-05T06:38:31.0284359Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9: ***
```
## Assistant
Good, I can see all 10 task generator keys are present. The secrets look correct. Let me check how the gateway services are configured and look at what changed in the recent deployment. Let me also look at the stagef deployment to compare.
**Tool Call: Check if stagef had any issues**
Status: Completed
Terminal:
```
2026-02-05T06:22:22.2001024Z echo "Error: Config file not found: $CONFIG_FILE"
```
## Assistant
Stagef deployed successfully with no circuit breaker issues. Let me check the compute stack code to understand how gateway services 4 and 9 differ from others, and look at recent changes that could have affected the deployment.
**Tool Call: Check recent changes to stack code**
Status: Completed
Terminal:
```
d32bdbe comment --data-provider flag
931adc9 Merge pull request #145 from newt-foundation/data-provider-v2
8160568 Merge pull request #143 from newt-foundation/wesl-ee/dockerfile-entrypoint-fix-2
95d2813 Enhance documentation and service constructs for multichain deployment
c83c9d2 Add redis_secret support and data provider configuration to services
869b6be use Dockerfile entrypoint
854e61a use "RPC_HTTP_URL_{chain_id}" for destination chain
7d0ce53 only run challenger on non-destination chains
e81396f shorten base-sepolia to bsepolia
1beaff5 feat: add operator registration configuration and enhance documentation
758ab89 review fixes
c64fe8a Merge remote-tracking branch 'origin/main' into wesl-ee/base-sepolia
7061c4c Merge remote-tracking branch 'origin/main' into wesl-ee/base-sepolia
2798136 refactor: remove legacy Newton Prover AVS stacks and workflows
d856268 BASE_RPC_HTTP_URL and BASE_RPC_WS_URL
c314f79 BASE_SEPOLIA_STAGEF and BASE_SEPOLIA_PROD
7fa167e feat: enhance stack deletion protection and environment configuration
00e8b3d feat: add Cloudflare DNS sync and health verification to deployment workflow
5ac4c82 feat: enable Gateway operator mode with configuration and secrets management
b8f6d3d fix: fix env var to GATEWAY__DATA_PROVIDER__DATA_CACHE_URL
```
## Assistant
Let me check if there was a specific change to the `--data-provider` flag recently that could be affecting the gateway startup:
**Tool Call: Check recent data-provider flag change**
Status: Completed
Terminal:
```
commit d32bdbe0a3e0ae82f04f9de071fdeab14866bc63 (origin/wesl-ee/fix-data-provider-flag)
Author: Wesley Coakley <wesley.coakley@magic.link>
Date: Tue Jan 27 13:38:26 2026 -0500
comment --data-provider flag
cdk_constructs/challenger_service.py | 7 +++++--
cdk_constructs/gateway_service.py | 7 +++++--
cdk_constructs/operator_service.py | 7 +++++--
3 files changed, 15 insertions(+), 6 deletions(-)
```
**Tool Call: View the data-provider flag change**
Status: Completed
Terminal:
```
commit d32bdbe0a3e0ae82f04f9de071fdeab14866bc63 (origin/wesl-ee/fix-data-provider-flag)
Author: Wesley Coakley <wesley.coakley@magic.link>
Date: Tue Jan 27 13:38:26 2026 -0500
comment --data-provider flag
diff --git a/cdk_constructs/challenger_service.py b/cdk_constructs/challenger_service.py
index f4f5718..0abdc85 100644
--- a/cdk_constructs/challenger_service.py
+++ b/cdk_constructs/challenger_service.py
@@ -84,8 +84,11 @@ class ChallengerServiceConstruct(Construct):
"--log-format=json",
"--config-path",
f"{config_path}/challenger.toml",
- "--data-provider",
- f"{config_path}/data-provider.toml",
+ # uncomment when the PR with --data-provider
+ # (https://github.com/newt-foundation/newton-prover-avs/pull/330)
+ # is merged
+ # "--data-provider",
+ # f"{config_path}/data-provider.toml",
"start",
]
diff --git a/cdk_constructs/gateway_service.py b/cdk_constructs/gateway_service.py
index aa3cf9c..f2af548 100644
--- a/cdk_constructs/gateway_service.py
+++ b/cdk_constructs/gateway_service.py
@@ -188,8 +188,11 @@ class GatewayServiceConstruct(Construct):
"--log-format=json",
"--config-path",
f"{config_path}/gateway.toml",
- "--data-provider",
- f"{config_path}/data-provider.toml",
+ # uncomment when the PR with --data-provider
+ # (https://github.com/newt-foundation/newton-prover-avs/pull/330)
+ # is merged
+ #"--data-provider",
+ #f"{config_path}/data-provider.toml",
"start",
]
diff --git a/cdk_constructs/operator_service.py b/cdk_constructs/operator_service.py
index d96676f..fdf0c8e 100644
--- a/cdk_constructs/operator_service.py
+++ b/cdk_constructs/operator_service.py
@@ -211,8 +211,11 @@ class OperatorServiceConstruct(Construct):
"--log-format=json",
"--config-path",
f"{config_path}/operator.toml",
- "--data-provider",
- f"{config_path}/data-provider.toml",
+ # uncomment when the PR with --data-provider
+ # (https://github.com/newt-foundation/newton-prover-avs/pull/330)
+ # is merged
+ #"--data-provider",
+ #f"{config_path}/data-provider.toml",
"start",
]
```
## Assistant
This change comments out the `--data-provider` flag. Let me check the current state of these files in main and also check the newton-prover-avs repository to see if PR #330 was merged (which would mean the `--data-provider` flag should be used).
**Tool Call: Check current gateway command config**
Status: Completed
Terminal:
```
command=command,
redis_secret=self._config.redis_secret,
namespace=self._config.namespace,
image_tag_suffix="gateway",
)
service = ECSServiceConstruct(self, "GatewayService", props)
self._target_group.add_target(
service.service.load_balancer_target(
container_name="MainContainer",
container_port=SERVICE_PORTS.GATEWAY_HTTP,
)
)
services.append(service)
else:
for i in range(gateway_count):
--
command=command,
redis_secret=self._config.redis_secret,
namespace=self._config.namespace,
image_tag_suffix="gateway",
)
service = ECSServiceConstruct(self, f"GatewayService{gateway_num}", props)
self._target_group.add_target(
service.service.load_balancer_target(
container_name="MainContainer",
container_port=SERVICE_PORTS.GATEWAY_HTTP,
)
)
services.append(service)
return services
```
**Tool Call: Check gateway command construction**
Status: Completed
Terminal:
```
```
**Tool Call: Find `cdk_constructs/gateway_service.py`**
Status: Completed
/Users/denniswon/projects/newton-prover-avs-deploy/cdk_constructs/gateway_service.py
**Tool Call: ToolSearch**
Status: Completed
Tool: mcp__acp__Read
## Assistant
Let me read the gateway service construct to understand the command structure:
**Tool Call: Read /Users/denniswon/projects/newton-prover-avs-deploy/cdk_constructs/gateway_service.py**
Status: Completed
```
"""Gateway service construct for Newton Prover AVS.
The Gateway service combines Aggregator and RPC functionality,
handling task generation, signature aggregation, and external API requests.
Key Configurations:
- Fixed replica count (no auto-scaling) due to Ethereum nonce constraints
- Each gateway instance has unique signer key (TASK_GENERATOR_KEY_{i} in prod)
- DataProvider config via --data-provider CLI argument
Multichain Deployment:
For multichain destinations (e.g., Base Sepolia with Sepolia as source),
the Gateway needs source chain RPC access for operator data synchronization.
Source chain RPC secrets are injected as RPC_HTTP_URL_{source_chain_id} and
RPC_WS_URL_{source_chain_id} when config.is_multichain_destination is True.
"""
from dataclasses import dataclass
from typing import Any
import aws_cdk as cdk
from aws_cdk import aws_certificatemanager as acm
from aws_cdk import aws_ec2 as ec2
from aws_cdk import aws_ecr as ecr
from aws_cdk import aws_ecs as ecs
from aws_cdk import aws_elasticloadbalancingv2 as elbv2
from aws_cdk import aws_secretsmanager as secretsmanager
from aws_cdk import aws_servicediscovery as servicediscovery
from constructs import Construct
from cdk_constructs.ecs_service import ECSServiceConstruct, ECSServiceProps
from config.constants import PROJECT_NAME, SERVICE_PORTS, TAGS, resource_network_name
from config.environments import EnvironmentConfig
from stacks.secrets_stack import SecretKeys
@dataclass
class GatewayServiceConfig:
"""Configuration for Gateway service."""
config: EnvironmentConfig
vpc: ec2.IVpc
cluster: ecs.ICluster
security_group: ec2.ISecurityGroup
alb_security_group: ec2.ISecurityGroup
ecr_repository: ecr.IRepository
git_commit: str
avs_secrets: secretsmanager.ISecret
datadog_secret: secretsmanager.ISecret
redis_secret: secretsmanager.ISecret | None = None
namespace: servicediscovery.IPrivateDnsNamespace | None = None
task_generator_quorum_number: str = "0"
certificate: acm.ICertificate | None = None
# When enabled, gateway participates as an operator in policy evaluation
# and BLS signature aggregation alongside external operators
operator_mode_enabled: bool = True
class GatewayServiceConstruct(Construct):
"""Construct for Gateway service with ALB integration.
Creates:
- Application Load Balancer with HTTPS
- Gateway ECS service(s) with fixed replica count
- Health check configuration
- Service discovery registration
"""
def __init__(
self,
scope: Construct,
construct_id: str,
gateway_config: GatewayServiceConfig,
**kwargs: Any,
) -> None:
super().__init__(scope, construct_id, **kwargs)
self._config = gateway_config
self._alb = self._create_load_balancer()
self._target_group = self._create_target_group()
self._certificate = gateway_config.certificate # Use pre-validated certificate
self._configure_listeners()
self._gateway_services = self._create_gateway_services()
self._create_outputs()
@property
def load_balancer(self) -> elbv2.ApplicationLoadBalancer:
"""Return the Application Load Balancer."""
return self._alb
@property
def target_group(self) -> elbv2.ApplicationTargetGroup:
"""Return the target group."""
return self._target_group
@property
def services(self) -> list[ECSServiceConstruct]:
"""Return all Gateway ECS services."""
return self._gateway_services
def _create_load_balancer(self) -> elbv2.ApplicationLoadBalancer:
"""Create the Application Load Balancer."""
alb = elbv2.ApplicationLoadBalancer(
self,
"GatewayALB",
vpc=self._config.vpc,
internet_facing=True,
security_group=self._config.alb_security_group,
load_balancer_name=(
f"newton-avs-{resource_network_name(self._config.config.network)}-"
f"{self._config.config.deploy_env}-gw-v2"
),
)
cdk.Tags.of(alb).add(TAGS.PROJECT, PROJECT_NAME)
cdk.Tags.of(alb).add(TAGS.SERVICE, "gateway")
return alb
def _create_target_group(self) -> elbv2.ApplicationTargetGroup:
"""Create the target group for Gateway services."""
target_group = elbv2.ApplicationTargetGroup(
self,
"GatewayTargetGroup",
vpc=self._config.vpc,
port=SERVICE_PORTS.GATEWAY_HTTP,
protocol=elbv2.ApplicationProtocol.HTTP,
target_type=elbv2.TargetType.IP,
health_check=elbv2.HealthCheck(
path="/health",
interval=cdk.Duration.seconds(15),
timeout=cdk.Duration.seconds(10),
healthy_threshold_count=2,
unhealthy_threshold_count=2,
healthy_http_codes="200-499",
),
deregistration_delay=cdk.Duration.seconds(10),
)
cdk.Tags.of(target_group).add(TAGS.PROJECT, PROJECT_NAME)
return target_group
def _configure_listeners(self) -> None:
"""Configure HTTP and HTTPS listeners."""
if self._certificate:
self._alb.add_listener(
"HttpListener",
port=80,
default_action=elbv2.ListenerAction.redirect(
protocol="HTTPS", port="443", permanent=True
),
)
elbv2.ApplicationListener(
self,
"HttpsListener",
load_balancer=self._alb,
port=443,
protocol=elbv2.ApplicationProtocol.HTTPS,
certificates=[
elbv2.ListenerCertificate.from_certificate_manager(self._certificate)
],
default_target_groups=[self._target_group],
)
else:
self._alb.add_listener(
"HttpListener",
port=80,
default_target_groups=[self._target_group],
)
def _create_gateway_services(self) -> list[ECSServiceConstruct]:
"""Create Gateway ECS service(s).
Gateway uses fixed replica count due to Ethereum nonce constraints.
Each gateway instance has its own signer key to avoid nonce conflicts.
"""
services: list[ECSServiceConstruct] = []
gateway_count = self._config.config.gateway_count
secrets = self._build_gateway_secrets()
environment = self._build_gateway_environment()
config_path = f"/app/config/{self._config.config.chain_id}"
command = [
"--chain-id",
str(self._config.config.chain_id),
"--log-format=json",
"--config-path",
f"{config_path}/gateway.toml",
# uncomment when the PR with --data-provider
# (https://github.com/newt-foundation/newton-prover-avs/pull/330)
# is merged
#"--data-provider",
#f"{config_path}/data-provider.toml",
"start",
]
if gateway_count == 1:
props = ECSServiceProps(
service_name="gateway",
config=self._config.config,
vpc=self._config.vpc,
cluster=self._config.cluster,
security_group=self._config.security_group,
ecr_repository=self._config.ecr_repository,
git_commit=self._config.git_commit,
avs_secrets=self._config.avs_secrets,
datadog_secret=self._config.datadog_secret,
cpu=self._config.config.gateway_cpu,
memory=self._config.config.gateway_memory,
container_port=SERVICE_PORTS.GATEWAY_HTTP,
health_check_port=SERVICE_PORTS.GATEWAY_HTTP,
metrics_port=SERVICE_PORTS.GATEWAY_METRICS,
desired_count=1,
min_capacity=1,
max_capacity=1,
enable_auto_scaling=False,
environment=environment,
secrets=secrets,
command=command,
redis_secret=self._config.redis_secret,
namespace=self._config.namespace,
image_tag_suffix="gateway",
)
service = ECSServiceConstruct(self, "GatewayService", props)
self._target_group.add_target(
service.service.load_balancer_target(
container_name="MainContainer",
container_port=SERVICE_PORTS.GATEWAY_HTTP,
)
)
services.append(service)
else:
for i in range(gateway_count):
gateway_num = i + 1
service_secrets = self._build_gateway_secrets(gateway_num)
props = ECSServiceProps(
service_name=f"gateway-{gateway_num}",
config=self._config.config,
vpc=self._config.vpc,
cluster=self._config.cluster,
security_group=self._config.security_group,
ecr_repository=self._config.ecr_repository,
git_commit=self._config.git_commit,
avs_secrets=self._config.avs_secrets,
datadog_secret=self._config.datadog_secret,
cpu=self._config.config.gateway_cpu,
memory=self._config.config.gateway_memory,
container_port=SERVICE_PORTS.GATEWAY_HTTP,
health_check_port=SERVICE_PORTS.GATEWAY_HTTP,
metrics_port=SERVICE_PORTS.GATEWAY_METRICS,
desired_count=1,
min_capacity=1,
max_capacity=1,
enable_auto_scaling=False,
environment=environment,
secrets=service_secrets,
command=command,
redis_secret=self._config.redis_secret,
namespace=self._config.namespace,
image_tag_suffix="gateway",
)
service = ECSServiceConstruct(self, f"GatewayService{gateway_num}", props)
self._target_group.add_target(
service.service.load_balancer_target(
container_name="MainContainer",
container_port=SERVICE_PORTS.GATEWAY_HTTP,
)
)
services.append(service)
return services
def _build_gateway_secrets(self, gateway_num: int | None = None) -> dict[str, ecs.Secret]:
"""Build secrets for Gateway service.
For single gateway (stagef), uses the default SIGNER_PRIVATE_KEY.
For multiple gateways (prod), uses indexed TASK_GENERATOR_KEY_{i}
to ensure each gateway has a unique signer key for nonce management.
"""
avs_secrets = self._config.avs_secrets
if gateway_num:
signer_key = SecretKeys.Gateway.task_generator_key(gateway_num)
else:
signer_key = SecretKeys.Gateway.SIGNER_PRIVATE_KEY
secrets = {
"GATEWAY__TASK_GENERATOR__SIGNER__PRIVATE_KEY": ecs.Secret.from_secrets_manager(
avs_secrets, signer_key
),
"RPC_HTTP_URL": ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Common.RPC_HTTP_URL
),
"RPC_WS_URL": ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Common.RPC_WS_URL
),
"IPFS_PARAMS": ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Common.IPFS_PARAMS
),
# Database connection for Gateway (PostgreSQL)
"GATEWAY__DATABASE__URL": ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Gateway.DATABASE_URL
),
# Operator socket overrides for internal service discovery
# Maps operator addresses to internal service discovery endpoints
"GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES": ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Gateway.OPERATOR_SOCKET_OVERRIDES
),
}
# For multichain deployment the source chain RPC is set with
# RPC_HTTP_URL_{source_chain_id} and similar for websocket
if self._config.config.is_multichain_destination and self._config.config.source_chain_id:
source_chain_id = self._config.config.source_chain_id
secrets[f"RPC_HTTP_URL_{source_chain_id}"] = ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Common.rpc_http_url_for_chain(source_chain_id)
)
secrets[f"RPC_WS_URL_{source_chain_id}"] = ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Common.rpc_ws_url_for_chain(source_chain_id)
)
# Data provider secrets - loaded separately via --data-provider CLI argument
if self._config.redis_secret:
secrets["DATA_PROVIDER__DATA_CACHE_URL"] = ecs.Secret.from_secrets_manager(
self._config.redis_secret, SecretKeys.Redis.DATA_CACHE_URL
)
# KMS key ID for secrets encryption (optional, may be empty)
secrets["DATA_PROVIDER__KMS_RSA_KEY_ID"] = ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.DataProvider.KMS_RSA_KEY_ID
)
# Add operator mode secrets when gateway acts as an operator
if self._config.operator_mode_enabled:
secrets["GATEWAY__OPERATOR_MODE__BLS__PRIVATE_KEY"] = ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Gateway.OPERATOR_MODE_BLS_PRIVATE_KEY
)
secrets["GATEWAY__OPERATOR_MODE__SIGNER__PRIVATE_KEY"] = (
ecs.Secret.from_secrets_manager(
avs_secrets, SecretKeys.Gateway.OPERATOR_MODE_SIGNER_PRIVATE_KEY
)
)
return secrets
def _build_gateway_environment(self) -> dict[str, str]:
"""Build environment variables for Gateway service."""
env = {
"GATEWAY__SERVER__PORT": str(SERVICE_PORTS.GATEWAY_HTTP),
"GATEWAY__SERVER__HOST": "0.0.0.0",
"IPFS_GATEWAY": "https://ipfs.newt.foundation/ipfs/",
"SP1_PROVER": "network",
"GATEWAY__TASK_GENERATOR__QUORUM_NUMBER": self._config.task_generator_quorum_number,
"GATEWAY__OPERATOR_MODE__ENABLED": "true"
if self._config.operator_mode_enabled
else "false",
}
return env
def _create_outputs(self) -> None:
"""Create CloudFormation outputs."""
cdk.CfnOutput(
self,
"LoadBalancerDNS",
value=self._alb.load_balancer_dns_name,
description="Gateway Load Balancer DNS",
)
cdk.CfnOutput(
self,
"LoadBalancerArn",
value=self._alb.load_balancer_arn,
description="Gateway Load Balancer ARN",
)
```
## Assistant
Now let me check if there's something specific about gateway 4 and 9. I notice in the secrets building that it uses `SecretKeys.Gateway.task_generator_key(gateway_num)`. Let me check the SecretKeys class and also check the prod secrets configuration:
**Tool Call: Check task_generator_key definition**
Status: Completed
Terminal:
```
def task_generator_key(gateway_num: int) -> str:
"""Return indexed task generator key for production gateways."""
return f"TASK_GENERATOR_KEY_{gateway_num}"
class Operator:
"""Operator service secret keys.
```
## Assistant
The secrets naming looks fine. Let me check the newton-prover-avs repo to see if PR #330 has been merged, and check the commit `0d0c61c6` that was being deployed:
**Tool Call: Check if PR #330 is merged in newton-prover-avs**
Status: Completed
Terminal:
```
{
"mergedAt": "2026-01-28T19:04:45Z",
"state": "MERGED",
"title": "feat(breaking): Migrate PolicyTaskData generation to operators"
}
```
## Assistant
**PR #330 was merged on January 28, 2026**, which means the `--data-provider` flag is now required in the newton-prover-avs codebase, but **it's currently commented out** in this deploy repo!
Let me verify this is the issue by checking when this comment was made and if it was re-enabled:
**Tool Call: Check recent changes to gateway_service.py**
Status: Completed
Terminal:
```
d32bdbe comment --data-provider flag
931adc9 Merge pull request #145 from newt-foundation/data-provider-v2
8160568 Merge pull request #143 from newt-foundation/wesl-ee/dockerfile-entrypoint-fix-2
95d2813 Enhance documentation and service constructs for multichain deployment
c83c9d2 Add redis_secret support and data provider configuration to services
869b6be use Dockerfile entrypoint
854e61a use "RPC_HTTP_URL_{chain_id}" for destination chain
e81396f shorten base-sepolia to bsepolia
758ab89 review fixes
c64fe8a Merge remote-tracking branch 'origin/main' into wesl-ee/base-sepolia
```
## Assistant
Let me check if `d32bdbe` is in the main branch (meaning the flag is currently commented out on main):
**Tool Call: Check which branches contain the commented flag**
Status: Completed
Terminal:
```
* main
```
## Assistant
So `d32bdbe` **is in main** - meaning the `--data-provider` flag is currently **commented out** on main. But wait - PR #330 which requires this flag was merged on Jan 28, 2026, and the stagef deployment succeeded. Let me check what commit was deployed to stagef vs prod:
**Tool Call: Check stagef commit**
Status: Completed
Terminal:
```
2026-02-05T06:22:18.2750193Z git_commit: 0d0c61c6
2026-02-05T06:23:10.2073315Z -c git_commit=0d0c61c6 \
```
**Tool Call: Check prod commit**
Status: Completed
Terminal:
```
2026-02-05T06:24:14.8540981Z git_commit: 0d0c61c6
2026-02-05T06:24:33.8936347Z -c git_commit=0d0c61c6 \
```
## Assistant
Both deployments used the same commit `0d0c61c6`. Both stagef AND prod deployed with the same application image. Since stagef succeeded but prod failed, this suggests the issue isn't with the `--data-provider` flag per se (both would have the same command).
The key difference is: **stagef has 1 gateway, prod has 10 gateways**. GatewayService4 and GatewayService9 failed specifically.
Let me think about what could be different between the gateways. Let me check if there could be a secret key issue for those specific gateway numbers:
**Tool Call: Check if task generator keys 4 and 9 are present**
Status: Completed
Terminal:
```
2026-02-05T06:24:33.8986500Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4: ***
2026-02-05T06:24:33.8989946Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9: ***
2026-02-05T06:24:33.9016464Z SECRETS_LIST_CLEAN_UP: ["NEWTON_PROVER_AVS_SECRETS_V2_RPC_HTTP_URL","NEWTON_PROVER_AVS_SECRETS_V2_RPC_WS_URL","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_1","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_2","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_3","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_5","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_6","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_7","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_8","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_10","NEWTON_PROVER_AVS_SECRETS_V2_NETWORK_PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_CHALLENGER__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__TASK_GENERATOR__QUORUM_NUMBER","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__USE_IN_MEMORY_OPERATOR_INFO","NEWTON_PROVER_AVS_SECRETS_V2_DATA_CACHE_URL","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_PARAMS","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_GATEWAY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATABASE__URL","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X0B26205C99A7669CCC6DFE4D95CACC5BFE62E2FE","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X84C2662C0359DA7AC2101C7392AB767A4A80CF96","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATA_PROVIDER__DATA_CACHE_URL"]
2026-02-05T06:38:31.0280966Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4: ***
2026-02-05T06:38:31.0284359Z NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9: ***
2026-02-05T06:38:31.0310675Z SECRETS_LIST_CLEAN_UP: ["NEWTON_PROVER_AVS_SECRETS_V2_RPC_HTTP_URL","NEWTON_PROVER_AVS_SECRETS_V2_RPC_WS_URL","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_1","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_2","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_3","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_4","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_5","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_6","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_7","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_8","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_9","NEWTON_PROVER_AVS_SECRETS_V2_TASK_GENERATOR_KEY_10","NEWTON_PROVER_AVS_SECRETS_V2_NETWORK_PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__SOCKET","NEWTON_PROVER_AVS_SECRETS_V2_CHALLENGER__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__TASK_GENERATOR__QUORUM_NUMBER","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__USE_IN_MEMORY_OPERATOR_INFO","NEWTON_PROVER_AVS_SECRETS_V2_DATA_CACHE_URL","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_PARAMS","NEWTON_PROVER_AVS_SECRETS_V2_IPFS_GATEWAY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATABASE__URL","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__SIGNER__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__OPERATOR_MODE__BLS__PRIVATE_KEY","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR1__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_OPERATOR2__REGISTRATION__METADATA_URI","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X0B26205C99A7669CCC6DFE4D95CACC5BFE62E2FE","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__BROADCAST__OPERATOR_SOCKET_OVERRIDES__0X84C2662C0359DA7AC2101C7392AB767A4A80CF96","NEWTON_PROVER_AVS_SECRETS_V2_GATEWAY__DATA_PROVIDER__DATA_CACHE_URL"]
```
## Assistant
The secrets keys 4 and 9 are present. The secrets are being read correctly from the workflow.
This is interesting - the circuit breaker triggers when ECS tasks repeatedly fail to start or pass health checks. This could be due to:
1. **Application startup failure** - The container crashes before reaching healthy state
2. **Health check failure** - The `/health` endpoint returns errors
3. **Resource constraints** - Not enough memory/CPU during startup
Since you mentioned Datadog doesn't show any errors, this suggests the containers might be crashing **before they can emit logs** to Datadog, or the new tasks are getting the circuit breaker before logs make it to Datadog.
Let me check if there's a way to see the ECS task stopped reasons from the logs, and also check for any recent successful deployments to prod:
**Tool Call: Check recent Sepolia deployment runs**
Status: Completed
Terminal:
```
[
{
"conclusion": "success",
"createdAt": "2026-02-05T07:43:43Z",
"databaseId": 21703107778,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "failure",
"createdAt": "2026-02-05T06:05:47Z",
"databaseId": 21700832804,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-05T00:35:37Z",
"databaseId": 21694000168,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-04T18:53:09Z",
"databaseId": 21684230007,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-04T16:56:45Z",
"databaseId": 21680513869,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-04T16:56:40Z",
"databaseId": 21680510726,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-04T03:27:42Z",
"databaseId": 21657244014,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-04T03:11:54Z",
"databaseId": 21656937521,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-04T01:58:27Z",
"databaseId": 21655372249,
"displayTitle": "deploy-sepolia",
"status": "completed"
},
{
"conclusion": "success",
"createdAt": "2026-02-03T23:23:53Z",
"databaseId": 21651771771,
"displayTitle": "deploy-sepolia",
"status": "completed"
}
]
```
## Assistant
Interesting! There was a **successful deployment at 07:43:43Z** (run 21703107778) - which is AFTER the failed one at 06:05:47Z (run 21700832804). Let me check what happened with that successful run:
**Tool Call: Check details of the successful run after failure**
Status: Completed
Terminal:
```
{"conclusion":"success","jobs":[{"completedAt":"2026-02-05T07:57:52Z","conclusion":"success","databaseId":62587715885,"name":"publish-stagef / publish","startedAt":"2026-02-05T07:44:59Z","status":"completed","steps":[{"conclusion":"success","name":"Set up job","number":1,"status":"completed"},{"conclusion":"success","name":"Checkout newton-prover-avs","number":2,"status":"completed"},{"conclusion":"success","name":"Checkout deploy repo","number":3,"status":"completed"},{"conclusion":"success","name":"Configure AWS credentials","number":4,"status":"completed"},{"conclusion":"success","name":"Set up Docker Buildx","number":5,"status":"completed"},{"conclusion":"success","name":"Clean Docker","number":6,"status":"completed"},{"conclusion":"success","name":"Login to Amazon ECR","number":7,"status":"completed"},{"conclusion":"success","name":"Set image tag","number":8,"status":"completed"},{"conclusion":"success","name":"Build and push Operator image","number":9,"status":"completed"},{"conclusion":"success","name":"Build and push Challenger image","number":10,"status":"completed"},{"conclusion":"success","name":"Build and push Gateway image","number":11,"status":"completed"},{"conclusion":"success","name":"Post Build and push Gateway image","number":15,"status":"completed"},{"conclusion":"success","name":"Post Build and push Challenger image","number":16,"status":"completed"},{"conclusion":"success","name":"Post Build and push Operator image","number":17,"status":"completed"},{"conclusion":"success","name":"Post Login to Amazon ECR","number":18,"status":"completed"},{"conclusion":"success","name":"Post Set up Docker Buildx","number":19,"status":"completed"},{"conclusion":"success","name":"Post Configure AWS credentials","number":20,"status":"completed"},{"conclusion":"success","name":"Post Checkout deploy repo","number":21,"status":"completed"},{"conclusion":"success","name":"Post Checkout newton-prover-avs","number":22,"status":"completed"},{"conclusion":"success","name":"Complete job","number":23,"status":"completed"}],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62587715885"},{"completedAt":"2026-02-05T07:43:44Z","conclusion":"skipped","databaseId":62587716093,"name":"check-prod-images","startedAt":"2026-02-05T07:43:44Z","status":"completed","steps":[],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62587716093"},{"completedAt":"2026-02-05T07:43:44Z","conclusion":"skipped","databaseId":62587716348,"name":"publish-prod","startedAt":"2026-02-05T07:43:44Z","status":"completed","steps":[],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62587716348"},{"completedAt":"2026-02-05T07:59:29Z","conclusion":"success","databaseId":62588829309,"name":"diff-stagef / cdk_diff_sepolia-stagef","startedAt":"2026-02-05T07:57:57Z","status":"completed","steps":[{"conclusion":"success","name":"Set up job","number":1,"status":"completed"},{"conclusion":"success","name":"Checkout repository","number":2,"status":"completed"},{"conclusion":"success","name":"Load environment config","number":3,"status":"completed"},{"conclusion":"success","name":"Setup Node.js","number":4,"status":"completed"},{"conclusion":"success","name":"Setup Python","number":5,"status":"completed"},{"conclusion":"success","name":"Install Poetry","number":6,"status":"completed"},{"conclusion":"success","name":"Install dependencies","number":7,"status":"completed"},{"conclusion":"success","name":"Determine CDK extra args","number":8,"status":"completed"},{"conclusion":"success","name":"Configure AWS credentials","number":9,"status":"completed"},{"conclusion":"success","name":"Verify AWS identity","number":10,"status":"completed"},{"conclusion":"skipped","name":"Cleanup failed stacks","number":11,"status":"completed"},{"conclusion":"success","name":"Determine AVS secrets name","number":12,"status":"completed"},{"conclusion":"success","name":"Get Newton Prover AVS Secrets from AWS Secrets Manager","number":13,"status":"completed"},{"conclusion":"success","name":"Run CDK diff","number":14,"status":"completed"},{"conclusion":"skipped","name":"Sync Cloudflare DNS records","number":15,"status":"completed"},{"conclusion":"skipped","name":"Verify Gateway endpoint health","number":16,"status":"completed"},{"conclusion":"skipped","name":"Notify Slack on completion","number":17,"status":"completed"},{"conclusion":"success","name":"Post Get Newton Prover AVS Secrets from AWS Secrets Manager","number":30,"status":"completed"},{"conclusion":"success","name":"Post Configure AWS credentials","number":31,"status":"completed"},{"conclusion":"success","name":"Post Setup Python","number":32,"status":"completed"},{"conclusion":"success","name":"Post Setup Node.js","number":33,"status":"completed"},{"conclusion":"success","name":"Post Checkout repository","number":34,"status":"completed"},{"conclusion":"success","name":"Complete job","number":35,"status":"completed"}],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62588829309"},{"completedAt":"2026-02-05T08:05:51Z","conclusion":"success","databaseId":62588957204,"name":"deploy-stagef / cdk_deploy_sepolia-stagef","startedAt":"2026-02-05T07:59:33Z","status":"completed","steps":[{"conclusion":"success","name":"Set up job","number":1,"status":"completed"},{"conclusion":"success","name":"Checkout repository","number":2,"status":"completed"},{"conclusion":"success","name":"Load environment config","number":3,"status":"completed"},{"conclusion":"success","name":"Setup Node.js","number":4,"status":"completed"},{"conclusion":"success","name":"Setup Python","number":5,"status":"completed"},{"conclusion":"success","name":"Install Poetry","number":6,"status":"completed"},{"conclusion":"success","name":"Install dependencies","number":7,"status":"completed"},{"conclusion":"success","name":"Determine CDK extra args","number":8,"status":"completed"},{"conclusion":"success","name":"Configure AWS credentials","number":9,"status":"completed"},{"conclusion":"success","name":"Verify AWS identity","number":10,"status":"completed"},{"conclusion":"success","name":"Cleanup failed stacks","number":11,"status":"completed"},{"conclusion":"success","name":"Determine AVS secrets name","number":12,"status":"completed"},{"conclusion":"success","name":"Get Newton Prover AVS Secrets from AWS Secrets Manager","number":13,"status":"completed"},{"conclusion":"success","name":"Run CDK deploy","number":14,"status":"completed"},{"conclusion":"success","name":"Sync Cloudflare DNS records","number":15,"status":"completed"},{"conclusion":"success","name":"Verify Gateway endpoint health","number":16,"status":"completed"},{"conclusion":"success","name":"Notify Slack on completion","number":17,"status":"completed"},{"conclusion":"success","name":"Post Get Newton Prover AVS Secrets from AWS Secrets Manager","number":30,"status":"completed"},{"conclusion":"success","name":"Post Configure AWS credentials","number":31,"status":"completed"},{"conclusion":"success","name":"Post Setup Python","number":32,"status":"completed"},{"conclusion":"success","name":"Post Setup Node.js","number":33,"status":"completed"},{"conclusion":"success","name":"Post Checkout repository","number":34,"status":"completed"},{"conclusion":"success","name":"Complete job","number":35,"status":"completed"}],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62588957204"},{"completedAt":"2026-02-05T08:06:13Z","conclusion":"success","databaseId":62589479075,"name":"test-stagef / test-gateway-task","startedAt":"2026-02-05T08:05:55Z","status":"completed","steps":[{"conclusion":"success","name":"Set up job","number":1,"status":"completed"},{"conclusion":"success","name":"Checkout deploy repository","number":2,"status":"completed"},{"conclusion":"success","name":"Checkout newton-prover-avs","number":3,"status":"completed"},{"conclusion":"success","name":"Extract environment from target","number":4,"status":"completed"},{"conclusion":"success","name":"Run Gateway task submission test","number":5,"status":"completed"},{"conclusion":"success","name":"Notify Slack on test completion","number":6,"status":"completed"},{"conclusion":"success","name":"Post Checkout newton-prover-avs","number":11,"status":"completed"},{"conclusion":"success","name":"Post Checkout deploy repository","number":12,"status":"completed"},{"conclusion":"success","name":"Complete job","number":13,"status":"completed"}],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62589479075"},{"completedAt":"2026-02-05T08:06:14Z","conclusion":"skipped","databaseId":62589509951,"name":"deploy-prod","startedAt":"2026-02-05T08:06:14Z","status":"completed","steps":[],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62589509951"},{"completedAt":"2026-02-05T08:06:14Z","conclusion":"skipped","databaseId":62589509954,"name":"test-prod","startedAt":"2026-02-05T08:06:14Z","status":"completed","steps":[],"url":"https://github.com/newt-foundation/newton-prover-avs-deploy/actions/runs/21703107778/job/62589509954"}],"name":"Deploy Sepolia","status":"completed"}
```
## Assistant
I see - the "successful" run at 07:43:43Z **skipped prod deployment entirely** (`deploy-prod: skipped`). This means prod still hasn't been successfully deployed after the failure.
Let me check the last **successful** prod deployment to compare:
**Tool Call: Check last successful full deployment**
Status: Completed
Terminal:
```
{
"name": "check-prod-images",
"conclusion": "skipped"
}
{
"name": "publish-prod",
"conclusion": "skipped"
}
{
"name": "test-prod",
"conclusion": "skipped"
}
{
"name": "deploy-prod",
"conclusion": "skipped"
}
```
## Assistant
Hmm, prod was skipped here too. Let me look for the last run where prod actually deployed:
**Tool Call: List more deployment runs to find last successful prod**
Status: Completed
Terminal:
```
21703107778 success 2026-02-05T07:43:43Z
21700832804 failure 2026-02-05T06:05:47Z
21694000168 success 2026-02-05T00:35:37Z
21684230007 success 2026-02-04T18:53:09Z
21680513869 success 2026-02-04T16:56:45Z
21680510726 success 2026-02-04T16:56:40Z
21657244014 success 2026-02-04T03:27:42Z
21656937521 success 2026-02-04T03:11:54Z
21655372249 success 2026-02-04T01:58:27Z
21651771771 success 2026-02-03T23:23:53Z
21649494250 success 2026-02-03T22:00:39Z
21646142482 success 2026-02-03T20:14:29Z
21644731067 success 2026-02-03T19:34:18Z
21643540060 success 2026-02-03T18:57:18Z
21643459858 success 2026-02-03T18:54:52Z
21642683765 success 2026-02-03T18:31:08Z
21642668485 success 2026-02-03T18:30:39Z
21642078329 success 2026-02-03T18:12:30Z
21642063779 success 2026-02-03T18:12:04Z
21641940641 cancelled 2026-02-03T18:08:14Z
21641281455 failure 2026-02-03T17:48:01Z
21641146917 success 2026-02-03T17:43:55Z
21640045934 success 2026-02-03T17:13:19Z
21636820462 success 2026-02-03T15:42:22Z
21636542986 success 2026-02-03T15:34:28Z
21634859982 success 2026-02-03T14:48:04Z
21621792158 success 2026-02-03T07:54:02Z
21620360571 success 2026-02-03T06:56:23Z
21616026762 success 2026-02-03T03:42:00Z
21616008397 cancelled 2026-02-03T03:41:06Z
```
## Assistant
Let me check a few of these to find the last one that actually deployed to prod:
**Tool Call: Check multiple runs for prod deployment status**
Status: Completed
Terminal:
```
=== Run 21684230007 ===
{
"name": "deploy-prod",
"conclusion": "skipped"
}
=== Run 21680513869 ===
{
"name": "deploy-prod",
"conclusion": "skipped"
}
=== Run 21657244014 ===
{
"name": "deploy-prod",
"conclusion": "skipped"
}
=== Run 21656937521 ===
{
"name": "deploy-prod",
"conclusion": "skipped"
}
```
## Assistant
Prod has been skipped in many runs. Let me search more broadly:
**Tool Call: Find runs where prod deployment actually ran**
Status: Completed
Terminal:
```
```
## Assistant
Let me try a different approach - checking the failed run specifically and the one before it:
**Tool Call: Check failed run deploy-prod details**
Status: Completed
Terminal:
```
{
"name": "deploy-prod / cdk_deploy_sepolia-prod",
"conclusion": "failure",
"steps": 23
}
```
## Assistant
Good - the failed run (21700832804) is the one we've been analyzing where prod deployment actually ran and failed. Let me look at the previous failure (21641281455) to see if it has the same issue:
**Tool Call: Check previous failed run**
Status: Completed
Terminal:
```
{
"name": "publish-stagef / publish",
"conclusion": "failure"
}
{
"name": "publish-prod",
"conclusion": "skipped"
}
{
"name": "check-prod-images",
"conclusion": "skipped"
}
{
"name": "diff-stagef",
"conclusion": "skipped"
}
{
"name": "deploy-stagef",
"conclusion": "skipped"
}
{
"name": "test-stagef",
"conclusion": "skipped"
}
{
"name": "deploy-prod",
"conclusion": "skipped"
}
{
"name": "test-prod",
"conclusion": "skipped"
}
```
## Assistant
That failure was in publish, not prod deploy. Let me search for a successful prod deployment by looking at a larger window:
**Tool Call: Get more workflow runs via API**
Status: Completed
Terminal:
```
{
"id": 21703107778,
"conclusion": "success",
"created_at": "2026-02-05T07:43:43Z"
}
{
"id": 21700832804,
"conclusion": "failure",
"created_at": "2026-02-05T06:05:47Z"
}
{
"id": 21694000168,
"conclusion": "success",
"created_at": "2026-02-05T00:35:37Z"
}
{
"id": 21684230007,
"conclusion": "success",
"created_at": "2026-02-04T18:53:09Z"
}
{
"id": 21680513869,
"conclusion": "success",
"created_at": "2026-02-04T16:56:45Z"
}
{
"id": 21680510726,
"conclusion": "success",
"created_at": "2026-02-04T16:56:40Z"
}
{
"id": 21657244014,
"conclusion": "success",
"created_at": "2026-02-04T03:27:42Z"
}
{
"id": 21656937521,
"conclusion": "success",
"created_at": "2026-02-04T03:11:54Z"
}
{
"id": 21655372249,
"conclusion": "success",
"created_at": "2026-02-04T01:58:27Z"
}
{
"id": 21651771771,
"conclusion": "success",
"created_at": "2026-02-03T23:23:53Z"
}
{
"id": 21649494250,
"conclusion": "success",
"created_at": "2026-02-03T22:00:39Z"
}
{
"id": 21646142482,
"conclusion": "success",
"created_at": "2026-02-03T20:14:29Z"
}
```
## Assistant
Let me check if prod deployments are typically skipped and understand the workflow configuration better. Maybe there's a conditional that controls when prod deploys:
**Tool Call: Check deploy-prod workflow conditions**
Status: Completed
Terminal:
```
deploy-prod:
needs: [test-stagef, check-prod-images, publish-prod]
if: |
always() &&
github.event.client_payload.deploy_prod != false &&
(needs.test-stagef.result == 'success' || needs.test-stagef.result == 'skipped')
uses: ./.github/workflows/reusable-cdk.yml
with:
target: sepolia-prod
action: deploy
git_commit: ${{ github.event.client_payload.prod_commit }}
committer_github: ${{ github.event.client_payload.committer_github }}
secrets: inherit
# Test prod after deploy
test-prod:
needs: [deploy-prod]
if: |
always() &&
github.event.client_payload.deploy_prod != false &&
needs.deploy-prod.result == 'success'
uses: ./.github/workflows/reusable-test.yml
with:
target: sepolia-prod
git_commit: ${{ github.event.client_payload.prod_commit }}
git_commit_full: ${{ github.event.client_payload.prod_commit_full }}
explorer_base_url: "https://explorer.newt.foundation/testnet"
secrets: inherit
```
## Assistant
So `deploy-prod` runs when `github.event.client_payload.deploy_prod != false`. The failing run did trigger prod deployment, so this flag was set correctly.
`★ Insight ─────────────────────────────────────`
The workflow shows that prod deployment is conditional on `deploy_prod` flag in the dispatch payload. When this isn't explicitly set to `false`, prod deploys. Most "successful" runs likely had `deploy_prod: false` in their payload, which is why prod was skipped.
`─────────────────────────────────────────────────`
Since we can't directly access the ECS console logs, let me focus on what we CAN determine. The key issue is that **GatewayService4 and GatewayService9 failed their circuit breaker** during the deployment, causing a rollback.
Let me check if there's anything in the newton-prover-avs commit `0d0c61c6` that might be causing issues:
**Tool Call: Check available project directories**
Status: Completed
Terminal:
```
total 304
drwxr-xr-x 41 denniswon staff 1312 Jan 26 10:57 .
drwxr-xr-x+ 175 denniswon staff 5600 Feb 5 05:26 ..
-rw-r--r--@ 1 denniswon staff 10244 Feb 3 12:29 .DS_Store
-rw-r--r--@ 1 denniswon staff 27101 Dec 11 10:47 AGENT.md
drwxr-xr-x@ 22 denniswon staff 704 Jan 14 22:45 agenthalo
-rw-r--r--@ 1 denniswon staff 5771 Jan 15 10:24 AI Instance Governance Rules.md
drwxr-xr-x@ 11 denniswon staff 352 Jan 14 22:45 ai-validation-mcp-server
lrwxr-xr-x@ 1 denniswon staff 17 Dec 17 11:46 avs -> newton-prover-avs
drwxr-xr-x@ 21 denniswon staff 672 Oct 17 22:40 bls
drwxr-xr-x@ 15 denniswon staff 480 Jan 14 22:45 crypto-momentum-ai
drwxr-xr-x@ 12 denniswon staff 384 Aug 3 2025 crypto-trade
lrwxr-xr-x@ 1 denniswon staff 24 Dec 15 12:36 deploy -> newton-prover-avs-deploy
-rw-------@ 1 denniswon staff 62427 Dec 9 23:38 DEPLOYMENT_ARCHITECTURE.md
drwxr-xr-x@ 12 denniswon staff 384 Oct 10 08:37 dex-api
drwxr-xr-x@ 15 denniswon staff 480 Oct 10 08:39 dex-trade-processor
drwxr-xr-x@ 26 denniswon staff 832 Oct 23 10:41 eigensdk-rs
drwxr-xr-x 23 denniswon staff 736 Aug 20 2023 evm-indexer-api
drwxr-xr-x 25 denniswon staff 800 Jan 14 22:45 llama3
drwxr-xr-x@ 36 denniswon staff 1152 Dec 26 12:46 m-extensions
drwxr-xr-x@ 12 denniswon staff 384 Jan 14 22:45 matching-engine
drwxr-xr-x@ 9 denniswon staff 288 Aug 22 21:21 modular-trading-agent
drwxr-xr-x@ 7 denniswon staff 224 Sep 29 23:21 newt-foundation
drwxr-xr-x@ 29 denniswon staff 928 Jan 14 22:45 newton-contracts
drwxr-xr-x@ 9 denniswon staff 288 Jan 8 12:20 newton-github
drwxr-xr-x@ 46 denniswon staff 1472 Feb 4 23:43 newton-prover-avs
drwxr-xr-x@ 30 denniswon staff 960 Feb 5 05:27 newton-prover-avs-deploy
-rw-------@ 1 denniswon staff 37506 Dec 9 23:25 ONBOARDING.md
drwxr-xr-x@ 21 denniswon staff 672 Jan 4 11:39 pm-endgame-sweep
drwxr-xr-x@ 23 denniswon staff 736 Sep 21 12:23 poc-newton-trade-agent
drwxr-xr-x@ 26 denniswon staff 832 Jan 14 22:45 regorus
drwxr-xr-x 10 denniswon staff 320 Sep 3 2024 rust
drwxr-xr-x 7 denniswon staff 224 Jun 8 2024 shadow
drwxr-xr-x@ 19 denniswon staff 608 Oct 16 21:51 sp1-rego
drwxr-xr-x@ 29 denniswon staff 928 Dec 7 18:03 super-audit
drwxr-xr-x 19 denniswon staff 608 Aug 30 2024 tcex
drwxr-xr-x@ 22 denniswon staff 704 Aug 3 2025 tdx-prover
drwxr-xr-x@ 19 denniswon staff 608 Jul 10 2025 tdx-prover-avs
drwxr-xr-x@ 35 denniswon staff 1120 Dec 11 10:51 tempo
drwxr-xr-x@ 16 denniswon staff 512 Sep 20 12:59 tlsn
drwxr-xr-x 16 denniswon staff 512 Aug 16 2024 validationcloud
drwxr-xr-x@ 3 denniswon staff 96 Jan 26 10:57 wqg
```
## Assistant
Good, newton-prover-avs is available. Let me check the commit that was being deployed:
**Tool Call: Check newton-prover-avs commit being deployed**
Status: Completed
Terminal:
```
1db1f6f0 (HEAD -> multi-policy-data, origin/perf, perf) fix(gateway): include gateway operator in Two-Phase Consensus median computation
de275357 fix(test): disable gateway operator mode in single-operator E2E tests
06a1d2e0 refactor(gateway): replace broadcast methods with unified quorum tracking
0d0c61c6 (origin/main, origin/HEAD, main) Merge pull request #351 from newt-foundation/multi-policy-data
bbca6e97 feat(test): add attestation validation modes to gateway E2E tests
---
0d0c61c6 (origin/main, origin/HEAD, main) Merge pull request #351 from newt-foundation/multi-policy-data
```
## Assistant
Good, commit `0d0c61c6` is "Merge pull request #351 from newt-foundation/multi-policy-data" - this is the merge commit for PR #351. Let me look at what changes were in this PR and see if it could have introduced any breaking changes:
**Tool Call: Check commits in the merged PR**
Status: Completed
Terminal:
```
0d0c61c6 (origin/main, origin/HEAD, main) Merge pull request #351 from newt-foundation/multi-policy-data
bbca6e97 feat(test): add attestation validation modes to gateway E2E tests
20cb4cc2 fix(contracts): improve attestation validation and double-spend protection
9d315137 Merge pull request #346 from newt-foundation/bls-block-time
5726024d (origin/bls-block-time) fix(gateway): harden BlockCache with retry logic and consistent usage
99e3f754 style: format import grouping and log messages in integration tests
daab91bc refactor(test): unify multichain operator registration to N-operator pattern
8058f792 fix(ci): run multichain E2E with gateway_as_operator=true for cached dual-operator state
13625f85 fix(test): prevent gateway self-call in multichain E2E with socket override
aef0206e feat(contracts): add _validateAttestationDirect to NewtonPolicyClient mixin
be2da79b fix(test): prevent gateway self-call in multichain E2E with socket override
7d7c46ba docs: enhance CONSENSUS.md with privacy layer integration details
6e81dce1 docs(multichain): add deep-dive on atomic operator sync and troubleshooting
05380522 docs: add extensive source vs destination chain deep dive to MULTICHAIN.md
64c2f9ce fix: sync both operators to destination chain in single table update
a9e8d822 perf: guard expensive debug diagnostics with tracing level checks
564d3d30 perf: convert diagnostic logs to debug level for reduced INFO noise
9cefd445 fix(chainio): add timeout and metrics for transaction submission
d3814b73 docs: add on-chain BLS verification architecture and troubleshooting guide
c558ae1d feat(chainio): add G2 key verification diagnostics for BN254 debugging
acc1b69d chore: log actual transaction error before simulation fallback
33fd5c10 refactor(contracts): rename PolicyDetails to PolicyState in task events
0bbf055e chore: add diagnostic logging for InvalidTaskCreatedBlock investigation
cc5df010 fix: add gitleaks ignore for sp1_program_vkey false positive
94b0ff30 fix: restore per-quorum BLS aggregation to match contract computation
80b2d074 fix: unify BLS aggregation paths to resolve BN254 EC operation failure
140fd0f9 chore: diagnostic logging to help identify the root cause of the BN254 EC Operation Failure
899079ec refactor: optimize BLS operator aggregation logic and error handling
439aecba feat: upgrade BLS coordinate logging to INFO level for Datadog CSV visibility Add comprehensive INFO-level logging for all BLS cryptographic coordinates to diagnose BN254 EC operation failures on Sepolia stagef environment. Logged values: - BLS_CONVERT_START: signers count, non-signers, quorum APKs, created block, message hash - BLS_G1_NON_SIGNER: non-signer public key G1 coordinates (X, Y) - BLS_G1_QUORUM_APK: quorum aggregate public key G1 coordinates (X, Y) - BLS_G2: signers aggregate public key G2 coordinates (X=[c1,c0], Y=[c1,c0]) - BLS_G1_SIGMA: aggregated signature G1 coordinates (X, Y) - BLS_INDICES: contract verification indices - BLS_CONVERT: final summary with infinity flags Removes redundant debug!() logs that don't appear in CSV output.
bcda00b4 chore: add debug logging for BN254 EC operation failure investigation Add explicit INFO-level logs with values in message text (for CSV visibility) to trace BLS response data through the entire submission flow: - SYNC: Log signer counts when consensus-ed response is captured - TX_WORKER: Log signer counts before submission to aggregator - core.rs: Log signer counts in create_signature_data - bls.rs: Log point-at-infinity flags and counts in convert_bls_response - writer.rs: Enhanced BN254 failure context logging These logs help diagnose why BN254 pairing verification fails on-chain by tracking whether the correct 2-signer response is being submitted and whether any BLS points are invalid (point at infinity).
72a8d109 fix: prevent BuildKit cache checksum mismatch in Docker builds Add cache-busting mechanism to clear stale cargo registry entries before running cargo chef cook. This fixes the "checksum for metrics v0.24.2 changed between lock files" error caused by stale BuildKit cache entries. Changes: - Copy Cargo.lock early to help with layer cache invalidation - Clear .crate files older than 7 days from registry cache - Remove stale .cache directory before cargo operations
c7926acd feat: enhance consensus commit request and gateway operator handling
9f1e61a0 feat: add two-tier IPFS caching with L1 moka and L2 Redis
80ba4ccc fix: improve gateway-avs-local cleanup to handle conflicting containers
d8fccfc2 fix: run external operator in multichain gateway-as-operator mode
6571d56d chore: add tokenImpl address to gitleaks ignore
1794b22d feat: implement two-digest system and two-phase consensus architecture
6fdee404 feat: add median-based consensus and dual-operator E2E testing
c39e4897 fix: correct merkle tree depth calculation in generateMerkleProof
8356d1db fix: resolve BLS verification failures from digest mismatch
e27d6180 feat: use offchain taskCreatedBlock as single source of truth
79e661a2 Merge pull request #347 from newt-foundation/unlink-identity
feb864db Merge pull request #350 from newt-foundation/repair-task-events
1fe11eda (origin/unlink-identity) Merge branch 'main' into unlink-identity
8e5ce2e2 add test, add bindings
9b1ae27d fix event typo
8a95b6d5 add range check change name of range check to be more generic
24b4dc62 (origin/repair-task-events) was trying to be too fancy
605a217e fix some occurances of typing around NewTaskCreated
61ccc792 generate bindings (surprised this was so many)
2dfafb30 add the info about the client to the event
33520103 validate that the policy client is actually a client
9751a4b6 Merge pull request #335 from newt-foundation/wesl-ee/base-sepolia-prod
a8798d0b tests for unlink as signer
e16b772e add unlinking
11111106 (origin/wesl-ee/base-sepolia-prod) Merge branch 'main' into wesl-ee/base-sepolia-prod
d6225f89 fmt
c2164a39 Merge branch 'main' into wesl-ee/base-sepolia-prod
2b4847ca Merge branch 'main' into wesl-ee/base-sepolia-prod
ef7c4859 gitleaks
0b5a5ca3 0.1.3 prod test policy
c4d176d6 new stagef policy
0160dd29 tell gitleaks zk verification key is not a privkey
22f90818 base-sepolia prod addresses
```
## Assistant
This is a significant merge with many commits. The key changes include:
- Two-phase consensus architecture
- Gateway operator mode changes
- BLS verification fixes
- Docker cache fixes
Let me check if there might be configuration issues specifically related to the gateway startup. The circuit breaker triggering on only GatewayService4 and GatewayService9 (not all of them) is strange - it suggests a timing or race condition issue.
Let me look at the ECS service construct to see if there's something about how parallel service deployments work:
**Tool Call: Check circuit breaker configuration**
Status: Completed
Terminal:
```
cdk_constructs/ecs_service.py: circuit_breaker=ecs.DeploymentCircuitBreaker(rollback=True),
Binary file cdk_constructs/__pycache__/ecs_service.cpython-313.pyc matches
```
## Assistant
Let me check the health check configuration and think about what could cause only specific gateway instances to fail:
**Tool Call: Check health check configuration**
Status: Completed
Terminal:
```
health_check_port: int
metrics_port: int
desired_count: int = 1
min_capacity: int = 1
max_capacity: int = 5
enable_auto_scaling: bool = True
enable_execute_command: bool = True
environment: dict[str, str] = field(default_factory=dict)
secrets: dict[str, ecs.Secret] = field(default_factory=dict)
command: list[str] = field(default_factory=list)
redis_secret: secretsmanager.ISecret | None = None
namespace: servicediscovery.IPrivateDnsNamespace | None = None
image_tag_suffix: str = ""
class ECSServiceConstruct(Construct):
"""Base construct for ECS Fargate services with Datadog integration.
--
if self._props.health_check_port != self._props.container_port:
container.add_port_mappings(
ecs.PortMapping(container_port=self._props.health_check_port),
)
return container
def _create_service(self) -> ecs.FargateService:
"""Create the Fargate service."""
cloud_map_options = None
if self._props.namespace:
cloud_map_options = ecs.CloudMapOptions(
name=self._props.service_name,
dns_record_type=servicediscovery.DnsRecordType.A,
dns_ttl=cdk.Duration.seconds(30),
cloud_map_namespace=self._props.namespace,
)
```
## Assistant
Let me see the container health check configuration:
**Tool Call: Check container health check details**
Status: Completed
Terminal:
```
```
**Tool Call: Read /Users/denniswon/projects/newton-prover-avs-deploy/cdk_constructs/ecs_service.py**
Status: Completed
```
"""Base ECS service construct for Newton Prover AVS services.
Provides reusable patterns for ECS Fargate services with:
- Datadog agent sidecar
- Firelens log routing
- Standard health checks
- Circuit breaker deployment
"""
from dataclasses import dataclass, field
from typing import Any
import aws_cdk as cdk
from aws_cdk import aws_ec2 as ec2
from aws_cdk import aws_ecr as ecr
from aws_cdk import aws_ecs as ecs
from aws_cdk import aws_iam as iam
from aws_cdk import aws_logs as logs
from aws_cdk import aws_secretsmanager as secretsmanager
from aws_cdk import aws_servicediscovery as servicediscovery
from constructs import Construct
from config.constants import PROJECT_NAME, SERVICE_PORTS, TAGS
from config.environments import EnvironmentConfig
from stacks.monitoring_stack import DatadogConfig
@dataclass
class ECSServiceProps:
"""Properties for creating an ECS service."""
service_name: str
config: EnvironmentConfig
vpc: ec2.IVpc
cluster: ecs.ICluster
security_group: ec2.ISecurityGroup
ecr_repository: ecr.IRepository
git_commit: str
avs_secrets: secretsmanager.ISecret
datadog_secret: secretsmanager.ISecret
cpu: int
memory: int
container_port: int
health_check_port: int
metrics_port: int
desired_count: int = 1
min_capacity: int = 1
max_capacity: int = 5
enable_auto_scaling: bool = True
enable_execute_command: bool = True
environment: dict[str, str] = field(default_factory=dict)
secrets: dict[str, ecs.Secret] = field(default_factory=dict)
command: list[str] = field(default_factory=list)
redis_secret: secretsmanager.ISecret | None = None
namespace: servicediscovery.IPrivateDnsNamespace | None = None
image_tag_suffix: str = ""
class ECSServiceConstruct(Construct):
"""Base construct for ECS Fargate services with Datadog integration.
Creates a complete ECS service with:
- Task definition with application container
- Datadog agent sidecar for APM and metrics
- Firelens log router for structured logging
- Service discovery registration
- Auto-scaling policies
- Circuit breaker deployment
"""
def __init__(
self,
scope: Construct,
construct_id: str,
props: ECSServiceProps,
**kwargs: Any,
) -> None:
super().__init__(scope, construct_id, **kwargs)
self._props = props
self._task_definition = self._create_task_definition()
self._add_firelens_log_router()
self._add_datadog_agent()
self._main_container = self._add_main_container()
self._service = self._create_service()
if props.enable_auto_scaling:
self._configure_auto_scaling()
self._apply_tags()
@property
def service(self) -> ecs.FargateService:
"""Return the ECS Fargate service."""
return self._service
@property
def task_definition(self) -> ecs.FargateTaskDefinition:
"""Return the task definition."""
return self._task_definition
@property
def main_container(self) -> ecs.ContainerDefinition:
"""Return the main application container."""
return self._main_container
def _create_task_definition(self) -> ecs.FargateTaskDefinition:
"""Create the Fargate task definition."""
task_def = ecs.FargateTaskDefinition(
self,
"TaskDefinition",
cpu=self._props.cpu,
memory_limit_mib=self._props.memory,
)
task_def.task_role.add_to_policy(
iam.PolicyStatement(
actions=[
"ssmmessages:CreateControlChannel",
"ssmmessages:CreateDataChannel",
"ssmmessages:OpenControlChannel",
"ssmmessages:OpenDataChannel",
"secretsmanager:BatchGetSecretValue",
"secretsmanager:GetSecretValue",
"secretsmanager:ListSecrets",
],
resources=["*"],
)
)
return task_def
def _add_firelens_log_router(self) -> ecs.ContainerDefinition:
"""Add Firelens log router container."""
return self._task_definition.add_firelens_log_router(
"LogRouter",
image=ecs.ContainerImage.from_registry(DatadogConfig.FLUENT_BIT_IMAGE),
firelens_config=ecs.FirelensConfig(
type=ecs.FirelensLogRouterType.FLUENTBIT,
options=ecs.FirelensOptions(
config_file_type=ecs.FirelensConfigFileType.FILE,
config_file_value="/fluent-bit/configs/parse-json.conf",
),
),
memory_reservation_mib=256,
cpu=128,
logging=ecs.LogDrivers.aws_logs(
stream_prefix=f"{self._props.service_name}-log-router",
log_retention=logs.RetentionDays.THREE_DAYS,
),
)
def _add_datadog_agent(self) -> ecs.ContainerDefinition:
"""Add Datadog agent sidecar container."""
agent_env = DatadogConfig.get_agent_environment(
service_name=self._props.service_name,
deploy_env=self._props.config.deploy_env,
git_commit=self._props.git_commit,
chain_id=self._props.config.chain_id,
network=self._props.config.network,
)
datadog_container = self._task_definition.add_container(
"DatadogAgent",
image=ecs.ContainerImage.from_registry(DatadogConfig.AGENT_IMAGE),
essential=False,
environment=agent_env,
secrets={
"DD_API_KEY": ecs.Secret.from_secrets_manager(
self._props.datadog_secret, "DD_API_KEY"
),
},
logging=ecs.LogDrivers.aws_logs(
stream_prefix=f"{self._props.service_name}-datadog",
log_retention=logs.RetentionDays.ONE_WEEK,
),
)
datadog_container.add_port_mappings(
ecs.PortMapping(
container_port=SERVICE_PORTS.DATADOG_APM,
host_port=SERVICE_PORTS.DATADOG_APM,
protocol=ecs.Protocol.TCP,
),
ecs.PortMapping(
container_port=SERVICE_PORTS.DATADOG_STATSD,
host_port=SERVICE_PORTS.DATADOG_STATSD,
protocol=ecs.Protocol.UDP,
),
)
return datadog_container
def _add_main_container(self) -> ecs.ContainerDefinition:
"""Add the main application container."""
image_tag = self._props.git_commit
if self._props.image_tag_suffix:
image_tag = f"{image_tag}-{self._props.image_tag_suffix}"
docker_labels = DatadogConfig.get_service_docker_labels(
service_name=self._props.service_name,
deploy_env=self._props.config.deploy_env,
git_commit=self._props.git_commit,
chain_id=self._props.config.chain_id,
network=self._props.config.network,
metrics_port=self._props.metrics_port,
)
base_env = {
"AVS_ENV": self._props.config.deploy_env,
"DEPLOYMENT_ENV": self._props.config.deploy_env,
"APP_BASE_DIR": "/app",
"DD_APM_NON_LOCAL_TRAFFIC": "true",
"DD_APM_ENABLED": "true",
"DD_SERVICE": f"newton-prover-{self._props.service_name}",
"DD_ENV": self._props.config.deploy_env,
"DD_VERSION": self._props.git_commit or "latest",
"DD_LOGS_INJECTION": "true",
"DD_LOGS_ENABLED": "true",
"DD_LOGS_CONFIG_CONTAINER_COLLECT_ALL": "true",
"DD_AGENT_HOST": "localhost",
"DD_TRACE_AGENT_PORT": str(SERVICE_PORTS.DATADOG_APM),
"OTEL_TRACES_SAMPLER": "always_on",
"RUST_LOG": "info",
"CHAIN_ID": str(self._props.config.chain_id),
}
if self._props.config.source_chain_id is not None:
base_env["SOURCE_CHAIN_ID"] = str(self._props.config.source_chain_id)
base_env.update(self._props.environment)
datadog_api_key = self._props.datadog_secret.secret_value_from_json(
"DD_API_KEY"
).unsafe_unwrap()
firelens_options = {
"Name": "datadog",
"apikey": datadog_api_key,
"dd_service": f"newton-prover-{self._props.service_name}",
"dd_source": "ecs",
"dd_tags": (
f"env:{self._props.config.deploy_env},"
f"chain_id:{self._props.config.chain_id},"
f"network:{self._props.config.network}"
),
"TLS": "on",
"provider": "ecs",
}
container = self._task_definition.add_container(
"MainContainer",
image=ecs.ContainerImage.from_ecr_repository(self._props.ecr_repository, tag=image_tag),
environment=base_env,
secrets=self._props.secrets,
docker_labels=docker_labels,
logging=ecs.LogDrivers.firelens(options=firelens_options),
command=self._props.command if self._props.command else None,
)
container.add_port_mappings(
ecs.PortMapping(container_port=self._props.container_port),
)
if self._props.health_check_port != self._props.container_port:
container.add_port_mappings(
ecs.PortMapping(container_port=self._props.health_check_port),
)
return container
def _create_service(self) -> ecs.FargateService:
"""Create the Fargate service."""
cloud_map_options = None
if self._props.namespace:
cloud_map_options = ecs.CloudMapOptions(
name=self._props.service_name,
dns_record_type=servicediscovery.DnsRecordType.A,
dns_ttl=cdk.Duration.seconds(30),
cloud_map_namespace=self._props.namespace,
)
return ecs.FargateService(
self,
"Service",
cluster=self._props.cluster,
task_definition=self._task_definition,
security_groups=[self._props.security_group],
enable_execute_command=self._props.enable_execute_command,
desired_count=self._props.desired_count,
deployment_controller=ecs.DeploymentController(type=ecs.DeploymentControllerType.ECS),
circuit_breaker=ecs.DeploymentCircuitBreaker(rollback=True),
min_healthy_percent=25,
max_healthy_percent=400,
propagate_tags=ecs.PropagatedTagSource.SERVICE,
cloud_map_options=cloud_map_options,
)
def _configure_auto_scaling(self) -> None:
"""Configure auto-scaling for the service."""
scaling = self._service.auto_scale_task_count(
min_capacity=self._props.min_capacity,
max_capacity=self._props.max_capacity,
)
scaling.scale_on_cpu_utilization(
"CpuScaling",
target_utilization_percent=50,
scale_in_cooldown=cdk.Duration.seconds(60),
scale_out_cooldown=cdk.Duration.seconds(60),
)
scaling.scale_on_memory_utilization(
"MemoryScaling",
target_utilization_percent=65,
scale_in_cooldown=cdk.Duration.seconds(60),
scale_out_cooldown=cdk.Duration.seconds(60),
)
def _apply_tags(self) -> None:
"""Apply standard tags to resources."""
cdk.Tags.of(self._task_definition).add(TAGS.PROJECT, PROJECT_NAME)
cdk.Tags.of(self._task_definition).add(TAGS.SERVICE, self._props.service_name)
cdk.Tags.of(self._task_definition).add(TAGS.CHAIN_ID, str(self._props.config.chain_id))
cdk.Tags.of(self._task_definition).add(TAGS.ENVIRONMENT, self._props.config.deploy_env)
cdk.Tags.of(self._task_definition).add(TAGS.NETWORK, self._props.config.network)
cdk.Tags.of(self._service).add(TAGS.PROJECT, PROJECT_NAME)
cdk.Tags.of(self._service).add(TAGS.SERVICE, self._props.service_name)
```
## Assistant
I notice there's **no container-level health check** defined in the ECS task definition. The service relies on the ALB target group health check instead. This means:
1. ECS doesn't have its own container health check
2. The ALB health check path is `/health` with specific timing
`★ Insight ─────────────────────────────────────`
**Circuit Breaker Trigger Conditions**: ECS circuit breaker triggers when new tasks fail to reach a "steady state". Without a container-level health check, ECS relies on the ALB health check. If the container starts but fails ALB health checks repeatedly, the circuit breaker activates after a threshold of failures.
`─────────────────────────────────────────────────`
The fact that only GatewayService4 and GatewayService9 failed (not all 10) suggests this could be a **race condition** or **resource contention** issue during deployment. Let me check if there could be a database connection issue or something related to shared resources:
**Tool Call: Check gateway database pool configuration**
Status: Completed
Terminal:
```
```
## Assistant
Let me think about this differently. The circuit breaker triggered on services 4 and 9 out of 10. Looking at the timeline:
- Deployment started at 6:25:43 AM
- Circuit breaker triggered at 6:34:53 AM (about 9 minutes later)
This is enough time for ECS to try multiple task launches. The most likely causes are:
1. **Container crash on startup** - The application crashes before it can serve health checks
2. **ALB health check failure** - The `/health` endpoint returns errors
3. **Secret retrieval failure** - A secret key for that specific gateway doesn't exist or has wrong format
Since stagef works and only specific prod gateways fail, let me investigate if there could be an issue with how secrets are referenced for gateways 4 and 9 specifically. Let me check the AWS Secrets Manager structure expected for prod:
**Tool Call: Check task generator key references**
Status: Completed
Terminal:
```
Binary file stacks/__pycache__/secrets_stack.cpython-313.pyc matches
Binary file stacks/__pycache__/secrets_stack.cpython-314.pyc matches
stacks/secrets_stack.py: return f"TASK_GENERATOR_KEY_{gateway_num}"
cdk_constructs/gateway_service.py:- Each gateway instance has unique signer key (TASK_GENERATOR_KEY_{i} in prod)
cdk_constructs/gateway_service.py: For multiple gateways (prod), uses indexed TASK_GENERATOR_KEY_{i}
Binary file cdk_constructs/__pycache__/gateway_service.cpython-314.pyc matches
Binary file cdk_constructs/__pycache__/gateway_service.cpython-313.pyc matches
```
## Assistant
The secrets look correctly defined. Let me now investigate if there's any issue in the newton-prover-avs gateway startup code itself that could cause failures under certain conditions. Let me check the health endpoint implementation:
**Tool Call: Find health check implementation files**
Status: Completed
Terminal:
```
./crates/core/src/database/mod.rs
./crates/gateway/src/handler/mod.rs
./crates/gateway/src/lib.rs
./crates/gateway/src/task/circuit_breaker.rs
./crates/gateway/src/api/handlers.rs
./crates/gateway/src/api/mod.rs
./libs/regorus/src/schema/tests/suite.rs
./libs/regorus/src/registry/tests/target.rs
```
**Tool Call: Check gateway health endpoint implementation**
Status: Completed
Terminal:
```
pub async fn health_handler() -> impl IntoResponse {
Json(serde_json::json!({
"status": "healthy",
"timestamp": chrono::Utc::now(),
}))
}
```
## Assistant
The health handler is very simple - just returns a static "healthy" response. This means if the health check is failing, it's because **the server isn't even starting up** (not because health check logic is broken).
Let me check the gateway startup code to see what could cause it to fail to start:
**Tool Call: Check gateway startup code**
Status: Completed
Terminal:
```
```
## Assistant
Let me search for the gateway main entry point:
**Tool Call: Check gateway main entry point**
Status: Completed
Terminal:
```
```
**Tool Call: List gateway source files**
Status: Completed
Terminal:
```
total 96
drwxr-xr-x@ 13 denniswon staff 416 Feb 4 23:43 .
drwxr-xr-x@ 10 denniswon staff 320 Feb 4 23:43 ..
drwxr-xr-x@ 5 denniswon staff 160 Dec 12 12:29 api
-rw-r--r--@ 1 denniswon staff 6617 Feb 4 10:54 block_cache.rs
-rw-r--r--@ 1 denniswon staff 169 Feb 1 12:19 CLAUDE.md
-rw-r--r--@ 1 denniswon staff 15636 Feb 4 23:43 config.rs
-rw-r--r--@ 1 denniswon staff 10195 Feb 3 11:26 error.rs
drwxr-xr-x@ 7 denniswon staff 224 Feb 4 23:43 handler
-rw-r--r--@ 1 denniswon staff 6535 Feb 4 23:43 lib.rs
drwxr-xr-x@ 4 denniswon staff 128 Jan 26 23:21 middleware
drwxr-xr-x@ 7 denniswon staff 224 Feb 1 12:16 processor
drwxr-xr-x@ 6 denniswon staff 192 Jan 29 12:20 rpc
drwxr-xr-x@ 10 denniswon staff 320 Feb 4 23:43 task
```
## Assistant
Let me check the lib.rs for gateway startup:
**Tool Call: Read gateway lib.rs**
Status: Completed
Terminal:
```
//! Newton Prover Gateway
//!
//! This crate provides a high-availability gateway for routing and aggregating
//! JSON-RPC requests across multiple operator nodes. It includes:
//!
//! - **Request Broadcasting**: Send requests to multiple operators simultaneously
//! - **Response Aggregation**: Combine and validate responses from operators
//! - **WebSocket Support**: Real-time subscriptions and async request handling
//! - **Rate Limiting**: Per-key rate limiting with burst support
#[macro_use]
extern crate newton_prover_core;
/// API layer for RPC handlers and service abstractions
pub mod api;
/// Block number cache with lock-free reads
pub mod block_cache;
/// Configuration types and loading
pub mod config;
/// Error types and error handling
pub mod error;
/// Handler for JSON-RPC requests and WebSocket connections
pub mod handler;
/// Middleware for request processing (authentication, etc.)
pub mod middleware;
/// Business logic processor layer
pub mod processor;
/// Newton Protocol RPC methods and types
pub mod rpc;
/// Task management and aggregation
pub mod task;
use axum::{
routing::{get, post},
Router,
};
use newton_prover_core::config::{
loader::ConfigLoader,
log::{init_logger, LogFormat, LoggerConfig},
};
use std::{net::SocketAddr, sync::Arc};
use tokio_util::sync::CancellationToken;
use tower::ServiceBuilder;
use tower_http::{
compression::CompressionLayer,
cors::{Any, CorsLayer},
timeout::TimeoutLayer,
trace::{DefaultMakeSpan, DefaultOnRequest, DefaultOnResponse, TraceLayer},
};
use tracing::{error, info, Level};
use crate::{
config::{GatewayConfig, ServerConfig},
error::GatewayError,
handler::GatewayServiceImpl,
middleware::AuthMiddleware,
};
use newton_prover_core::config::NewtonAvsConfig;
/// Gateway
#[allow(missing_debug_implementations)]
pub struct Gateway {
/// The gateway service
gateway_service: Arc<GatewayServiceImpl>,
/// The server config
server_config: ServerConfig,
}
impl Gateway {
/// Creates a new aggregator
///
/// # Arguments
///
/// * [`NewtonAvsConfig<AggregatorConfig>`] - The configuration for the aggregator
///
/// # Returns
///
/// * `Self` - The aggregator
///
/// # Errors
///
/// * `AggregatorError` - The error that occurred
pub async fn new(config: NewtonAvsConfig<GatewayConfig>) -> Result<Self, GatewayError> {
// Initialize gateway service
let gateway_service = Arc::new(handler::GatewayServiceImpl::new(config.clone()).await?);
Ok(Self {
gateway_service,
server_config: config.service.server,
})
}
/// Starts the gateway service. Runs the HTTP server until the provided cancellation token is triggered.
pub async fn start(self, cancellation_token: CancellationToken) -> eyre::Result<()> {
// Initialize Prometheus metrics exporter on port 9095
let metrics_addr: SocketAddr = "0.0.0.0:9095".parse()?;
let metrics_handle = newton_prover_metrics::prometheus::init_prometheus_exporter(metrics_addr).await?;
info!("Prometheus metrics server started on {}", metrics_addr);
let Self {
gateway_service,
server_config,
} = self;
info!("Starting Gateway Server v{}", env!("CARGO_PKG_VERSION"));
// Clone auth manager before moving into router
let auth_manager = gateway_service.auth_manager.clone();
// Build main application router
let app = Router::new()
// Health check (no auth required)
.route("/health", get(handler::health_handler))
// JSON-RPC endpoint (requires auth)
.route("/rpc", post(handler::rpc_handler))
// Aggregator endpoint for operators (no auth required, signature verified internally)
.route("/aggregate", post(handler::operator_response_handler))
// WebSocket endpoint for async subscriptions (requires auth)
.route("/ws", get(handler::websocket::websocket_handler))
// Add state
.with_state(gateway_service.clone())
// Add middleware layers
.layer(
ServiceBuilder::new()
// Add tracing (outermost)
.layer(
TraceLayer::new_for_http()
.make_span_with(DefaultMakeSpan::new().level(Level::DEBUG))
.on_request(DefaultOnRequest::new().level(Level::DEBUG))
.on_response(DefaultOnResponse::new().level(Level::DEBUG)),
)
// Add timeout
.layer(TimeoutLayer::new(server_config.request_timeout))
// Add compression
.layer(CompressionLayer::new())
// Add CORS
.layer(CorsLayer::new().allow_origin(Any).allow_methods(Any).allow_headers(Any))
// Add custom authentication (innermost)
.layer_fn(move |service| AuthMiddleware {
service,
auth_manager: auth_manager.clone(),
}),
);
// Prepare the axum server
let addr = SocketAddr::from((server_config.host.parse::<std::net::IpAddr>()?, server_config.port));
info!("Gateway server listening on {}", addr);
let listener = tokio::net::TcpListener::bind(&addr).await?;
// Start the periodic cleanup task for stale task data
let cleanup_handle = gateway_service.clone().start_cleanup_task(cancellation_token.clone());
let shutdown_token = cancellation_token.clone();
let server_handle = tokio::spawn(async move {
axum::serve(listener, app.into_make_service_with_connect_info::<SocketAddr>())
.with_graceful_shutdown(shutdown_signal(shutdown_token))
.await
.map_err(|e| {
error!("[Gateway] axum server error {}", e);
e
})
});
server_handle.await?;
// Abort cleanup task when server stops (it will also stop via cancellation token)
cleanup_handle.abort();
Ok(())
}
}
async fn shutdown_signal(cancellation_token: CancellationToken) {
tokio::select! {
_ = cancellation_token.cancelled() => {
info!("[Gateway] cancellation signal received, stopping the stream.");
}
}
}
```
## Assistant
Now let me check what happens in `GatewayServiceImpl::new()` since that's where the initialization happens and could fail:
**Tool Call: Check GatewayServiceImpl initialization**
Status: Completed
Terminal:
```
impl GatewayServiceImpl {
/// Creates a new gateway service with the given configuration
///
/// # Arguments
///
/// * `config` - Gateway configuration
///
/// # Errors
///
/// Returns an error if database connection or API key loading fails
pub async fn new(config: NewtonAvsConfig<GatewayConfig>) -> Result<Self> {
let chain_id = config.chain_id;
let source_chain_id = config.get_source_chain_id();
let rpc_config = config.rpc.get_or_err(chain_id)?.clone();
let contracts_config = config.contracts.clone();
let gateway_service_config = Arc::new(config.service.clone());
let source_contracts = if config.is_destination_chain() {
ContractsConfig::load(source_chain_id, config.env.clone())
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to load source contracts: {}", e)))?
} else {
contracts_config.clone()
};
// Source chain: where EigenLayer AVS contracts (OperatorRegistry, etc.) are deployed
// Use source chain RPC for AVS contract interactions
let source_rpc_config = config.rpc.get_or_err(source_chain_id)?.clone();
// Initialize database manager with deadpool-postgres
info!("Connecting to database: {}", gateway_service_config.database.url);
let db_config = CoreDatabaseConfig {
url: gateway_service_config.database.url.clone(),
max_connections: gateway_service_config.database.max_connections,
min_connections: gateway_service_config.database.min_connections,
connect_timeout: gateway_service_config.database.connect_timeout,
};
// Initialize the global database singleton
newton_prover_core::database::initialize_database(db_config.clone())
.await
.map_err(|e| {
error!("Failed to initialize database singleton: {}", e);
GatewayError::DatabaseError(e.to_string())
})?;
// Get reference to the initialized singleton
let db = Arc::new(newton_prover_core::database::get_database().clone());
info!("Database manager initialized successfully");
// Compute gateway operator ID early if operator mode is active
// This allows us to exclude the gateway from broadcast pool (self-broadcast prevention)
// and reuse the BLS key pair later when initializing operator_core
let (gateway_bls_key_pair, gateway_operator_id): (Option<BlsKeyPair>, Option<OperatorId>) =
if gateway_service_config.operator_mode.is_active() {
let bls_key_config = gateway_service_config.operator_mode.bls.as_ref().ok_or_else(|| {
GatewayError::InitializationFailed("Operator mode enabled but BLS key not configured".to_string())
})?;
let bls_key_pair = newton_prover_core::keys::load_bls(bls_key_config).map_err(|e| {
GatewayError::InitializationFailed(format!("Failed to load operator mode BLS key: {}", e))
})?;
let operator_id = newton_prover_operator::utils::derive_operator_id(&bls_key_pair)
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to derive operator ID: {}", e)))?;
info!(
"Gateway operator ID: {} (will be excluded from broadcast pool)",
operator_id
);
(Some(bls_key_pair), Some(operator_id))
} else {
(None, None)
};
// Load operators from on-chain registries (excluding gateway operator if in operator mode)
// Source chain: use source chain RPC for AVS contract queries
let (operator_pool, operator_registry_service) = Self::initialize_operator_pool(
&source_rpc_config,
&source_contracts,
&gateway_service_config,
gateway_operator_id,
)
.await?;
info!(
"Initialized {} operator clients (excluding gateway operator)",
operator_pool.get_operators().len()
);
// Source chain: fetch protocol timing parameters from source chain (AVS contracts are on source chain)
let task_response_window_block = core_chain::get_task_response_window_blocks(&source_rpc_config.http)
.await
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to get task response window: {}", e)))?
as u64;
// Block time is also based on source chain since task response window is in source chain blocks
let block_time_ms = core_chain::get_block_time_ms(&source_rpc_config.http)
.await
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to get block time: {}", e)))?;
// Source chain: initialize AVS components (on source chain in multichain mode)
info!("Initializing AVS components...");
let avs_registry_reader = AvsRegistryChainReader::new(
source_contracts.avs.operator_registry,
source_contracts.avs.operator_state_retriever,
source_rpc_config.http.clone(),
```
## Assistant
I see the initialization involves database connection, RPC connections, and AVS registry initialization. Let me continue reading to see if there are any resources that could be exhausted or cause race conditions:
**Tool Call: Continue reading GatewayServiceImpl initialization**
Status: Completed
Terminal:
```
)
.await
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to create AVS registry reader: {}", e)))?;
// Load task generator signer once and set metrics
let task_generator_signer = load_ecdsa(&gateway_service_config.task_generator.signer)
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to load task generator signer: {}", e)))?;
let task_generator_address = task_generator_signer.address();
newton_prover_metrics::set_task_generator_address(&task_generator_address.to_string());
newton_prover_metrics::set_aggregator_address(&task_generator_address.to_string());
info!(task_generator_address = %task_generator_address, "Task generator/aggregator address configured");
// AVS writer connects to TaskManager on local/destination chain (where tasks are created)
// In multichain mode, the TaskManager is deployed on the destination chain, not source chain
let aggregator_avs_writer = newton_prover_chainio::avs::writer::AvsWriter::new(
contracts_config.avs.newton_prover_task_manager,
rpc_config.http.clone(),
gateway_service_config.task_generator.signer.clone(),
)
.await
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to create AVS writer: {}", e)))?;
// Aggregator uses source chain for AVS registry interactions, but destination chain for TaskManager queries
let aggregator = Aggregator::new(
config.clone(),
avs_registry_reader,
aggregator_avs_writer,
source_contracts.avs.operator_registry,
source_contracts.avs.operator_state_retriever,
)
.await
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to create aggregator: {}", e)))?;
let aggregator: Arc<dyn AggregatorService> = Arc::new(aggregator) as Arc<dyn AggregatorService>;
info!("BLS aggregation service initialized");
// Create dedicated AVS writer for gateway service (connects to TaskManager on local/destination chain)
// TaskManager is on the same chain as the gateway, not on the source chain
let avs_writer = Arc::new(
newton_prover_chainio::avs::writer::AvsWriter::new(
contracts_config.avs.newton_prover_task_manager,
rpc_config.http.clone(),
gateway_service_config.task_generator.signer.clone(),
)
.await
.map_err(|e| GatewayError::InitializationFailed(format!("Failed to create AVS writer: {}", e)))?,
) as Arc<dyn TaskSubmitter>;
let ws_manager = Arc::new(WsManager::new());
// Initialize rate limiter
let rate_limiter = if gateway_service_config.rate_limit.enabled {
let quota = Quota::per_second(
NonZeroU32::new(gateway_service_config.rate_limit.global_limit).unwrap_or(NonZeroU32::new(1).unwrap()),
)
.allow_burst(
NonZeroU32::new(gateway_service_config.rate_limit.burst_size).unwrap_or(NonZeroU32::new(1).unwrap()),
);
Some(Arc::new(RateLimiter::keyed(quota)))
} else {
None
};
// Create shared cancellation token for all background tasks (graceful shutdown)
let cancellation_token = CancellationToken::new();
// Initialize API key authentication manager
info!("Initializing API key authentication manager...");
let api_key_repo = Arc::new(ApiKeyRepository::new((*db).clone()));
let refresh_interval = Duration::from_secs(gateway_service_config.auth.api_key_refresh_interval_secs);
let auth_manager = Arc::new(AuthManager::new(api_key_repo, refresh_interval));
// Start API key refresh task with cancellation support
let _auth_refresh_handle = auth_manager.clone().start_refresh_task(cancellation_token.clone());
// Initialize API key to task ID tracking
let gateway_tasks = Arc::new(tokio::sync::RwLock::new(HashMap::new()));
info!(
"API key authentication manager initialized with periodic refresh (interval: {} seconds)",
gateway_service_config.auth.api_key_refresh_interval_secs
);
// Start background event listener for direct onchain tasks
let _gateway_tasks = gateway_tasks.clone();
let _aggregator = aggregator.clone();
let _ws_rpc = rpc_config.ws.clone();
let _task_response_window_block = task_response_window_block;
let _block_time_ms = block_time_ms;
let _cancellation_token = cancellation_token.clone();
let _direct_onchain_handle = tokio::spawn(async move {
if let Err(e) = crate::rpc::api::process_direct_onchain_tasks(
_ws_rpc,
_gateway_tasks,
_aggregator,
_task_response_window_block,
_block_time_ms,
_cancellation_token,
)
.await
{
error!("Direct onchain task event listener failed: {}", e);
```
## Assistant
I see several potential failure points in the initialization:
1. **Database connection** - `initialize_database()`
2. **RPC connection** - Getting block time and task response window
3. **AVS Registry Reader** - Connecting to source chain contracts
4. **AVS Writer** - Creating writers for task submission
5. **BLS key loading** - If operator mode is enabled
The interesting pattern is that ALL 10 gateway services use the **same database** and connect to the **same RPC endpoints**. If there's a connection limit or rate limit being hit, it could cause some services to fail while others succeed.
Let me check if there's a database connection pool limit that could be an issue:
**Tool Call: Check database connection pool settings**
Status: Completed
Terminal:
```
crates/core/src/database/mod.rs: pub max_connections: u32,
crates/core/src/database/mod.rs: max_connections: 20,
crates/core/src/database/mod.rs: "Initializing database manager (max_connections: {}, min_connections: {})",
crates/core/src/database/mod.rs: config.max_connections, config.min_connections
crates/core/src/database/mod.rs: deadpool_config.pool = Some(deadpool_postgres::PoolConfig::new(config.max_connections as usize));
crates/core/src/database/mod.rs: .max_connections(config.max_connections)
crates/core/src/database/mod.rs: max_size: self.sqlx_pool.options().get_max_connections(),
crates/core/src/database/mod.rs: .field("max_connections", &stats.max_size)
crates/gateway/gateway.toml:max_connections = 10
crates/gateway/tests/secrets_encrypted.rs: max_connections: 5,
crates/gateway/tests/secrets_encrypted.rs: max_connections: 5,
crates/gateway/tests/send_task.rs: max_connections: 5,
crates/gateway/tests/send_task.rs: max_connections: 5,
crates/gateway/src/handler/mod.rs: max_connections: gateway_service_config.database.max_connections,
crates/gateway/src/config.rs: pub max_connections: u32,
crates/data-provider/tests/wasm_secrets.rs: max_connections: 5,
crates/data-provider/tests/wasm_secrets.rs: max_connections: 5,
crates/data-provider/tests/wasm_secrets.rs: max_connections: 5,
```
## Assistant
I see `max_connections = 10` in gateway.toml. With 10 gateway instances, each requesting 10 connections, that's potentially **100 database connections** needed simultaneously during startup!
Let me check what the RDS max_connections might be and if this could be the bottleneck:
**Tool Call: Check RDS configuration in deploy repo**
Status: Completed
Terminal:
```
stacks/monitoring_stack.py: Datadog monitors and dashboards are configured in Datadog UI or via
```
## Assistant
Let me think about this more carefully. The fact that only GatewayService4 and GatewayService9 failed (and the others eventually rolled back due to the stack failure, not their own circuit breakers) is a key clue.
Looking at the timeline in the logs:
- Services 4 and 9 were among the first to start deploying (they happened to be the ones that ECS attempted first)
- They failed after ~9 minutes, triggering the circuit breaker
- All other services were then cancelled due to the stack rollback
This suggests that services 4 and 9 were likely just the "unlucky" ones that happened to be deploying when something went wrong. The same issue would have affected all gateways.
Let me check if there were any recent changes to the gateway configuration or if there's something about how the environment is set up in prod:
**Tool Call: Check sepolia-prod environment config**
Status: Completed
Terminal:
```
{
"target": "sepolia-prod",
"chain": "sepolia",
"deploy_env": "prod",
"chain_id": "11155111",
"aws_account": "574155753192",
"aws_region": "us-west-2",
"role_name": "github-newt-foundation-newton-prover-avs-role",
"ecs_cluster_arn": "arn:aws:ecs:us-west-2:574155753192:cluster/protocol-cluster-prod",
"vpc_id": "vpc-02547a5c4101a30dc",
"ecr_repository_arn": "arn:aws:ecr:us-west-2:584864542664:repository/newton-prover-avs",
"datadog_secret_arn": "arn:aws:secretsmanager:us-west-2:574155753192:secret:newton-prover-avs-datadog-secret-bdV18j",
"redis_secret_arn": "arn:aws:secretsmanager:us-west-2:574155753192:secret:prover-avs-redis-connection-BDrSH5",
"gateway_count": 10,
"task_generator_quorum_number": "00",
"explorer_base_url": "https://explorer.newt.foundation/testnet",
"gateway_url": "https://gateway-avs.sepolia.newt.foundation"
}
```
## Assistant
Now let me compare with stagef:
**Tool Call: Check sepolia-stagef environment config**
Status: Completed
Terminal:
```
{
"target": "sepolia-stagef",
"chain": "sepolia",
"deploy_env": "stagef",
"chain_id": "11155111",
"aws_account": "701849097212",
"aws_region": "us-west-2",
"role_name": "github-newt-foundation-newton-prover-avs-role",
"ecs_cluster_arn": "arn:aws:ecs:us-west-2:701849097212:cluster/protocol-cluster-stagef",
"vpc_id": "vpc-025f09e347c1f7a67",
"ecr_repository_arn": "arn:aws:ecr:us-west-2:584864542664:repository/newton-prover-avs",
"datadog_secret_arn": "arn:aws:secretsmanager:us-west-2:701849097212:secret:newton-prover-avs-datadog-secret-lPU1jW",
"gateway_count": 1,
"task_generator_quorum_number": "00",
"explorer_base_url": "https://stagef.explorer.newt.foundation/testnet",
"gateway_url": "https://gateway-avs.stagef.sepolia.newt.foundation"
}
```
## Assistant
Key differences:
- **Different AWS accounts**: stagef=`701849097212`, prod=`574155753192`
- **Different VPCs**: Different network infrastructure
- **Different gateway_count**: stagef=1, prod=10
The issue is specific to the prod environment. Without direct access to the AWS prod account, I can't check the ECS stopped task reasons or CloudWatch logs directly. However, based on my analysis, I can provide a summary and recommendations.
Let me check if there's anything in the most recent commits that might give us a clue, specifically around configuration loading:
**Tool Call: Check files changed in recent commits**
Status: Completed
Terminal:
```
.dockerignore | 3 +-
.github/workflows/diff-trigger-mainnet.yml | 6 +-
.github/workflows/diff-trigger.yml | 16 +-
.github/workflows/integration.yml | 34 +-
.gitignore | 4 +
.gitleaks.toml | 6 +
.gitleaksignore | 7 +
.gitmodules | 3 +
Cargo.lock | 151 +-
Cargo.toml | 7 +-
Dockerfile | 14 +-
Makefile | 112 +-
bin/deploy/Dockerfile | 12 +-
bin/deploy/README.md | 16 +-
bin/newton-cli/Cargo.toml | 3 +
bin/newton-cli/src/cli/mod.rs | 15 +-
bin/newton-cli/src/commands/mod.rs | 3 +
bin/newton-cli/src/commands/regorus.rs | 205 +++
bin/newton-cli/src/commands/task.rs | 1 +
circuits/scripts/Cargo.lock | 1363 +++++++--------
circuits/scripts/Cargo.toml | 4 +
circuits/sp1-rego/Cargo.lock | 760 +++++----
circuits/sp1-rego/Cargo.toml | 13 +-
contracts/anvil/test-ci-workflow.sh | 10 +
contracts/newton_prover_config.prod.json | 28 +
contracts/newton_prover_config.stagef.json | 5 +
contracts/script/AdminScript.s.sol | 6 +-
contracts/script/DiagnoseBN254.s.sol | 97 ++
contracts/script/PolicyDeployer.s.sol | 7 +-
contracts/script/TestBN254Simulation.s.sol | 86 +
```
## Assistant
Let me check the Dockerfile changes, as that could affect how the container starts:
**Tool Call: Check Dockerfile changes**
Status: Completed
Terminal:
```
diff --git a/Dockerfile b/Dockerfile
index 8a2b5d27..f7d44437 100644
--- a/Dockerfile
+++ b/Dockerfile
@@ -7,6 +7,8 @@
FROM rust:latest AS builder
+# Use floating nightly to match rust-toolchain.toml behavior
+# This ensures production builds use the same toolchain as local development
RUN rustup toolchain install nightly && rustup default nightly
RUN rustc --version
@@ -15,9 +17,11 @@ WORKDIR /app
COPY Cargo.toml Cargo.lock ./
COPY bin/ bin/
COPY crates/ crates/
+COPY libs/ libs/
COPY integration-tests/ integration-tests/
-RUN cargo build --release --features telemetry --bin newton-prover-operator --bin newton-prover-challenger --bin newton-prover-gateway
+# Build all binaries (default features include 'proving' for ZK capability)
+RUN cargo build --release --bin newton-prover-operator --bin newton-prover-challenger --bin newton-prover-gateway
# runtime
FROM ubuntu:latest AS runtime-base
@@ -25,6 +29,7 @@ FROM ubuntu:latest AS runtime-base
RUN apt-get update && apt-get install -y \
ca-certificates \
libssl3 \
+ curl \
&& rm -rf /var/lib/apt/lists/*
# runtime user
@@ -45,13 +50,12 @@ ENV XDG_CACHE_HOME=/tmp
FROM runtime-base AS operator
COPY --from=builder /app/target/release/newton-prover-operator /app/newton-prover-operator
+COPY crates/operator/operator.toml /app/config/1/operator.toml
COPY crates/operator/operator.toml /app/config/11155111/operator.toml
COPY crates/operator/operator.toml /app/config/84532/operator.toml
-COPY crates/operator/operator.toml /app/config/1/operator.toml
-COPY crates/data-provider/data-provider.toml /app/config/${CHAIN_ID}/data-provider.toml
+COPY crates/data-provider/data-provider.toml /app/config/1/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/11155111/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/84532/data-provider.toml
-COPY crates/data-provider/data-provider.toml /app/config/1/data-provider.toml
RUN chmod +x /app/newton-prover-operator
USER newton-prover
@@ -68,7 +72,6 @@ COPY --from=builder /app/target/release/newton-prover-challenger /app/newton-pro
COPY crates/challenger/challenger.toml /app/config/1/challenger.toml
COPY crates/challenger/challenger.toml /app/config/11155111/challenger.toml
COPY crates/challenger/challenger.toml /app/config/84532/challenger.toml
-COPY crates/data-provider/data-provider.toml /app/config/${CHAIN_ID}/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/1/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/11155111/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/84532/data-provider.toml
@@ -88,7 +91,6 @@ COPY --from=builder /app/target/release/newton-prover-gateway /app/newton-prover
COPY crates/gateway/gateway.toml /app/config/1/gateway.toml
COPY crates/gateway/gateway.toml /app/config/11155111/gateway.toml
COPY crates/gateway/gateway.toml /app/config/84532/gateway.toml
-COPY crates/data-provider/data-provider.toml /app/config/${CHAIN_ID}/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/1/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/11155111/data-provider.toml
COPY crates/data-provider/data-provider.toml /app/config/84532/data-provider.toml
```
## Assistant
The Dockerfile changes show:
1. Removed `--features telemetry` from the build (now using default features which include 'proving')
2. Added `curl` to the runtime image (good for health checks)
3. Fixed config file copying paths (removing `${CHAIN_ID}` which wouldn't work in Dockerfile)
4. Added `libs/` directory to the build
These changes seem reasonable and shouldn't cause startup failures. But I notice the build flag change - let me check if this could affect anything:
**Tool Call: Check gateway feature flags**
Status: Completed
Terminal:
```
[features]
default = []
integration_tests = []
[dev-dependencies]
mockito = "1.2"
wiremock = "0.6"
proptest = "1.4"
criterion = "0.5"
serial_test = "3.0"
tokio-tungstenite = "0.21"
anyhow = "1.0"
ark-bn254 = { workspace = true }
# Enable integration_tests feature for test builds to expose mock types like MockSecretsUploadValidator
newton-prover-gateway = { path = ".", features = ["integration_tests"] }
```
## Assistant
The gateway has minimal features. The `telemetry` feature that was removed from the build command was likely in a workspace-level Cargo.toml. Let me check if the root Cargo.toml has it:
**Tool Call: Check workspace feature flags**
Status: Completed
Terminal:
```
```
## Assistant
Based on my comprehensive investigation, let me summarize what I've found and provide recommendations.
## Summary of Findings
`★ Insight ─────────────────────────────────────`
**Root Cause**: The ECS Deployment Circuit Breaker was triggered for GatewayService4 and GatewayService9 during the prod deployment. This indicates the new container tasks failed to pass health checks repeatedly, causing ECS to roll back the entire deployment.
**Key Observations**:
1. Stagef (1 gateway) deployed successfully with the same code
2. Prod (10 gateways) failed on services 4 and 9 specifically
3. Services 4 and 9 were among the first to start deploying (timing coincidence)
4. No application errors visible in Datadog (containers may be crashing before logging)
`─────────────────────────────────────────────────`
## Most Likely Causes
Since I don't have direct AWS console access to the prod account (`574155753192`), I cannot see the exact ECS stopped task reasons or CloudWatch logs. However, based on the patterns, the most probable causes are:
### 1. **Resource Contention During Startup**
With 10 gateway services starting simultaneously:
- All 10 try to connect to the same database (each requesting up to 10 connections = 100 total)
- All 10 make RPC calls to initialize AVS components
- Database or RPC connection limits could be hit
### 2. **Secret Retrieval Timeout**
The ECS execution role fetches secrets at container startup. With many containers starting simultaneously, there could be Secrets Manager rate limiting.
### 3. **Memory/Resource Exhaustion**
The gateway initialization creates multiple components (database pools, RPC clients, BLS key loading). If the container runs out of memory during initialization, it will crash before serving health checks.
## Recommended Actions
To diagnose and fix this issue, you should:
### Immediate Debugging (Requires AWS Console Access):
1. **Check ECS Stopped Task Reasons**:
```bash
aws ecs describe-tasks --cluster protocol-cluster-prod \
--tasks $(aws ecs list-tasks --cluster protocol-cluster-prod --service-name newton-gateway-4-sepolia-prod --desired-status STOPPED --query 'taskArns[0]' --output text) \
--query 'tasks[0].stoppedReason'
```
2. **Check CloudWatch Logs** for the gateway services around 06:25-06:35 UTC on Feb 5, 2026:
- Look for logs in `/ecs/newton-avs/prod/gateway-4` and `/ecs/newton-avs/prod/gateway-9`
- Search for any panic, error, or connection failure messages
3. **Check RDS Connection Count** in CloudWatch metrics during the deployment window
### Code/Config Changes to Consider:
1. **Add Container-Level Health Check** in `cdk_constructs/ecs_service.py`:
```python
health_check=ecs.HealthCheck(
command=["CMD-SHELL", "curl -f http://localhost:8080/health || exit 1"],
interval=Duration.seconds(30),
timeout=Duration.seconds(5),
retries=3,
start_period=Duration.seconds(120), # Allow 2 min for startup
)
```
2. **Stagger Service Deployments** - Consider deploying services in batches rather than all 10 simultaneously
3. **Increase Health Check Grace Period** - The ALB health check might be too aggressive for the startup time needed
Would you like me to help implement any of these fixes, or do you have access to the AWS prod console to check the stopped task reasons first?
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