2026 OpenClaw MeshMac: Jira Automation Webhook → Multi-Node Shared Build, Status Broadcast & Failure Summary

Gateway roles, TLS, and health probes

Jira Cloud calls your automation from Atlassian-controlled infrastructure. Treat that as untrusted Internet ingress: only the gateway terminates TLS and verifies headers; MeshMac workers stay on private paths and join through your internal queue. That layout matches the multi-node deployment guide and avoids rotating a webhook secret every time you add a Mac.

1. Install OpenClaw on the gateway host, pin OPENCLAW_CONFIG_ROOT, and run under a supervisor that survives reboots while Xcode updates roll across builders.
2. Publish one URL such as https://gateway.example/jira/openclaw behind your reverse proxy; keep body size limits sensible and document WebSocket versus plain HTTP paths per TLS edge notes.
3. Prove readiness with openclaw doctor, structured logs, and an HTTP probe that fails when the process cannot reach your queue—merge the checklist from skills prewarm and health probes so load balancers drain bad instances during deploys.
4. Size concurrency using gateway rate limits and session concurrency; log correlation_id, route, and enqueue latency for every automation hit.

If you already model labels and locks in Jira, reuse that discipline with the Jira Automation build-lock matrix so queue depth and human edits stay aligned.

Jira Automation: Send web request step by step

In Jira Software Cloud, open Project settings → Automation, create a rule, and narrow it with JQL (for example issues in a “Ready for build” column). Add the Send web request action, choose POST, set Content type to application/json, and paste the gateway URL. Build a JSON body that includes issue.key, stable workflow metadata, and optional actor fields so OpenClaw can log who moved the card.

1. Add a custom header such as X-Meshmac-Jira-Token whose value is a 32+ byte random string generated offline; Automation stores it in the rule—rotate by duplicating the rule with a dual-read window on the gateway.
2. Guardrails: require a label or component before the Send web request action runs so chatter on unrelated tickets never triggers compiles.
3. Dry run: transition a canary issue, watch the automation audit log, and confirm the gateway access log shows a single POST with your correlation fields.

Related webhook patterns: shared build notify webhooks and the OpenClaw hub.

Inbound verification, idempotency, multi-node handoff

Verify before you parse business logic. Load the expected header value from disk with POSIX 0440 per secrets and least privilege, compare in constant time, return 401 on mismatch, and only then parse JSON. Buffer the raw body if you later add signatures; middleware that mutates whitespace breaks audits the same way it breaks HMAC integrations.

1. Normalize each accepted payload into issue_key, transition_id (or label set hash), repo_ref, requester, and an idempotency_key derived from issue key plus transition plus a five-minute bucket—this dampens duplicate deliveries when editors jitter columns.
2. Enqueue durably (Redis stream, RabbitMQ, or OpenClaw tasks per task queue retry steps) and return 200 only after commit so Jira’s retries do not create shadow jobs; ordering nuances live in task queue sync.
3. Workers dequeue, set mesh_node_id, run the shared script entrypoint, and publish completion events inward; only the gateway talks outbound to Jira REST and chat URLs.
4. Ignore fast: when JQL was too broad, answer 200 with a no-op body after logging so Automation stays green without enqueueing noise.

Plan gateway loss with load balance and failover so DNS moves without retyping Jira URLs.

Status broadcast and failure summary back to Jira

Successful builds should deduplicate chat noise: emit “queued → running → done” with the same idempotency_key window you use for webhooks. Reuse your existing outbound hooks (Teams, Google Chat, Slack) from the gateway only.

When a build fails, post a short Jira comment from the gateway using REST: issue key, commit SHA, failing target, last twenty lines of logs (redacted), and the mesh_node_id. Keep the service account dedicated to automation comments; never reuse an admin key. If comments must mention secrets, link to your internal run viewer instead of pasting tokens.

Rotate API credentials with the same operational cadence as chat tokens (token rotation) and page humans if both chat and Jira updates fail.

Retry template (outbound Jira REST)

Copy this structure into your gateway worker or OpenClaw task manifest—tune numbers for your rate limits. The goal is exponential backoff with jitter, hard caps, and distinct handling for 429 versus 401.

jira_comment_retry:
  max_attempts: 6
  base_delay_ms: 400
  max_delay_ms: 30000
  jitter_ratio: 0.25
  retry_on_status: [408, 409, 425, 429, 500, 502, 503, 504]
  no_retry_on_status: [400, 401, 403, 404]
  respect_retry_after: true
  dedupe_key: "{{ issue_key }}:{{ idempotency_key }}:comment"

Token and permission checklist

• Inbound header secret: random, stored 0440, never logged in full, rotated on staff changes.
• Jira REST user: API token (Cloud) scoped to browse + add comments on the target project only; forbid global admin keys.
• Outbound chat URLs: incoming-webhook style endpoints with channel-scoped tokens, not user OAuth unless required.
• Builders: SSH or mesh credentials without Jira access—reduces blast radius when a laptop image leaks.

FAQ

Automation audit shows success but the gateway never logs a request

Double-check the URL hostname (typoed subdomain), confirm DNS resolves publicly, and verify you did not point to an internal-only hostname. If you recently moved TLS to a new cert, ensure Jira trusts the chain. Compare timestamps between Jira audit entries and gateway access logs to detect clock skew or blocked egress from a temporary Atlassian incident.

We get HTTP 403 before OpenClaw runs

403 usually means an edge policy blocked the request: geo rules, IP allowlists missing Atlassian egress ranges, WAF rules on unknown headers, or mutual TLS required on the listener. Reproduce with curl -v using the same headers from a bastion, then relax the specific rule once identified. If 403 comes from Jira outbound instead, confirm the automation role still has permission to call external URLs.

Duplicate builds enqueue when someone edits description text

Tighten JQL, require a dedicated label for build dispatch, and hash only the fields you care about inside the idempotency key. Debounce rapid transitions in the mapper and ignore cosmetic field updates that reuse the same transition id within your time bucket.

Comments succeed in staging but fail in production with 401

Tokens are per-site; verify the Cloud site URL matches the API token owner email pairing, regenerate the token if admins revoked it, and ensure the gateway loads the new secret file after deploy. Do not retry 401 in a tight loop—fix credentials first.