deployment-procedures

Safe production deployments require structured pre-deployment checks, controlled rollout, post-deployment verification, and rollback planning. Choose a zero-downtime strategy like rolling, blue-green, or canary deployments based on your specific change risk and platform.

A rollback strategy defines how to recover your platform when a production release fails. You should trigger an explicit rollback based on predefined verification failures, health check anomalies, or monitoring alerts observed during post-deployment verification.

Yes, this deployment workflow applies to containerized services, Kubernetes, serverless platforms, static sites, web apps, and VPS-based environments. It adapts pre-deployment checks and rollback decision-making based on your specific platform selection.

Pre-deployment checks should validate code quality, build readiness, environment configurations, secrets, safety backups, and monitoring plans. Structuring these guardrails before a production release reduces the risk of outages caused by rushed or incomplete deployments.

Choosing between canary and blue-green deployment strategies depends on your change risk level. Canary deployments gradually route traffic to reduce downtime risk for uncertain releases, while blue-green provides instant switching for safer, verified updates.

Emergency production deployments require the same structured five-phase workflow alignment but with accelerated verification. You must still define explicit rollback triggers and platform-specific recovery steps to ensure safe, rapid recovery during high-risk scenarios.