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OpenShield Render deployment

OpenShield uses a manual, deterministic GitHub Actions workflow to deploy the API and scan worker to Render. Deployments are coordinated around one immutable GitHub SHA, but they are not atomic.

Service layout

Environment Service Type Branch Start command
Staging openshield-api-staging web dev ./startup.sh
Staging openshield-worker-staging worker dev python -m scanner.worker
Production openshield-api web main ./startup.sh
Production openshield-worker worker main python -m scanner.worker

All four services use autoDeployTrigger: "off". Render does not independently deploy either worker or API service; GitHub Actions is the sole deployment controller. The workflow may only be dispatched as follows:

  • staging from the dev branch;
  • production from the main branch.

Any other branch/environment combination fails during preflight before a Render deployment is created. The job uses the selected GitHub Environment, allowing maintainers to add approval gates and protection rules for staging or production.

The API startup applies database migrations with alembic upgrade head and then executes Gunicorn. The worker runs only in its separate Render worker service.

Required configuration

Configure these GitHub Actions secrets for every deployment:

Secret Purpose
RENDER_API_KEY Authenticate Render API requests
RENDER_STAGING_SERVICE_ID Staging API service ID
RENDER_STAGING_WORKER_SERVICE_ID Staging worker service ID
RENDER_PRODUCTION_SERVICE_ID Production API service ID
RENDER_PRODUCTION_WORKER_SERVICE_ID Production worker service ID
STAGING_API_URL Staging API health and smoke-test URL
PRODUCTION_API_URL Production API health and smoke-test URL

When run_smoke_tests is enabled, these existing secrets are also mandatory:

  • JWT_SECRET
  • AZURE_SUBSCRIPTION_ID
  • AZURE_CLIENT_ID
  • AZURE_CLIENT_SECRET
  • AZURE_TENANT_ID

They are not required for a health-only deployment. The preflight validates every value required for the selected operation before either deployment POST and never prints secret values.

Each Render service also needs its application environment configured. Within an environment, the API and worker must use matching DATABASE_URL and JWT_SECRET values and the required Azure credentials. Values declared with sync: false in the Blueprint must be configured in Render and are never stored in this repository.

The two API services also require ALLOWED_ORIGINS. Set the staging API to its staging frontend origin and the production API to its production frontend origin. When more than one origin is required, use the comma-separated format accepted by the Flask application. Leaving this value unset enables wildcard CORS and is not acceptable for a real staging or production environment. Do not add this setting to worker services.

Coordinated deterministic deployment

For the selected environment, the workflow:

  1. validates the selected branch, service IDs, API URL, SHA, Render key, and any enabled smoke-test credentials;
  2. creates one API deployment pinned to github.sha and records its exact ID;
  3. creates one worker deployment pinned to the same github.sha and records its exact ID;
  4. polls each exact deployment ID independently until both are live;
  5. runs the API /health gate only after both services are live;
  6. optionally runs the smoke suite only after both deployments and health succeed.

The deployment-creation POST is attempted once. An ambiguous POST network failure may mean Render accepted the request even though Actions did not receive its ID, so automatically repeating the POST could create a duplicate deployment.

Polling GET requests retry transient network failures, HTTP 429, and selected HTTP 5xx responses with bounded backoff. Permanent errors, malformed responses, terminal Render failures, and the overall timeout fail immediately. Retry time counts against the overall timeout. Logs identify the service, SHA, deployment ID when known, and last status without printing credentials.

Migration and worker startup ordering

API startup owns database migration execution through alembic upgrade head. The worker can begin querying PostgreSQL while a migration is still completing, so it may temporarily encounter database errors; the current worker loop catches these errors and retries. This does not make every future migration safe. Non-backward- compatible schema changes require deliberate API/worker rollout planning, and maintainers should monitor worker logs during the first deployment after a schema migration. Do not run migrations independently in both services.

Partial failure and recovery

API and worker deployment is coordinated, not atomic. Possible partial states include:

  • the API deployment is created but worker creation fails;
  • one deployment reaches live while the other fails;
  • Actions loses contact while Render continues an accepted deployment;
  • a rerun creates new deployment IDs for the same SHA.

When this happens:

  1. inspect both services in Render and record the API and worker deployment IDs;
  2. confirm the commit SHA attached to each deployment;
  3. rerun the workflow from the correct branch for a current-branch deployment, or use the manual rollback procedure below for a historical SHA;
  4. do not manually deploy a different commit to only one service;
  5. confirm both services converge on the same SHA before treating the environment as healthy.

If the initial POST failed ambiguously, first inspect Render for a deployment at the requested SHA before rerunning. A rerun is safe operationally only when maintainers understand whether the earlier request was accepted.

Worker verification limitation

Render reporting the worker deployment as live proves that Render deployed and started the service. It does not prove that the worker can connect to the database, claim queued scans, process them, or persist completed results. This repository does not currently expose a worker heartbeat or queue-processing health endpoint. Application-level worker verification therefore remains a separate live step: queue a controlled scan and confirm it is claimed and completed successfully.

Blueprint validation

Local YAML parsing verifies syntax only. It is not equivalent to validation against Render's current Blueprint schema. Maintainers may validate the Blueprint through the Render dashboard preview or Render's supported Blueprint validation API before syncing services. Live validation requires Render credentials and must not be reported as completed unless the live API or dashboard was actually used.

Manual deployment and verification

  1. Open Actions > Deploy API and worker to Render > Run workflow.
  2. Select dev with staging, or main with production.
  3. Choose whether to run the real-scan smoke tests.
  4. Record the GitHub SHA and both Render deployment IDs from the workflow logs.
  5. Confirm the API health result and, if enabled, the smoke-test result.
  6. Perform the application-level worker verification described above.
  7. Confirm both Render services report the same SHA.

A normal workflow dispatch always deploys github.sha from the selected current dev or main ref. It cannot deploy an arbitrary historical SHA.

Rollback

Historical rollback must currently be performed with the deployment client or the Render dashboard/API. The rollback is coordinated but not atomic: invoke it for both API and worker using the same known-good SHA, capture both deployment IDs, and confirm both services converge before treating the environment as healthy.

Create and wait for the API deployment:

RENDER_API_KEY="<render-api-key>" \
RENDER_SERVICE_ID="<api-service-id>" \
RENDER_SERVICE_NAME="API" \
GITHUB_SHA="<known-good-sha>" \
python scripts/render_deploy.py create
# deploy_id=<deployment-id>

RENDER_API_KEY="<render-api-key>" \
RENDER_SERVICE_ID="<api-service-id>" \
RENDER_SERVICE_NAME="API" \
RENDER_DEPLOY_ID="<deployment-id>" \
GITHUB_SHA="<known-good-sha>" \
python scripts/render_deploy.py wait

Repeat the equivalent commands for the worker:

RENDER_API_KEY="<render-api-key>" \
RENDER_SERVICE_ID="<worker-service-id>" \
RENDER_SERVICE_NAME="worker" \
GITHUB_SHA="<known-good-sha>" \
python scripts/render_deploy.py create
# deploy_id=<deployment-id>

RENDER_API_KEY="<render-api-key>" \
RENDER_SERVICE_ID="<worker-service-id>" \
RENDER_SERVICE_NAME="worker" \
RENDER_DEPLOY_ID="<deployment-id>" \
GITHUB_SHA="<known-good-sha>" \
python scripts/render_deploy.py wait

For a simpler one-service operation, default deploy mode creates and waits for a single service:

RENDER_API_KEY="<render-api-key>" \
RENDER_SERVICE_ID="<service-id>" \
RENDER_SERVICE_NAME="<API-or-worker>" \
GITHUB_SHA="<known-good-sha>" \
python scripts/render_deploy.py deploy

Run that command separately for both matching services and confirm both report the same SHA. These examples are documented procedures only; no live rollback was run as part of this change.