Well architected
Google Cloud Well-Architected Framework reference. Six pillars: operational excellence, security, reliability, cost optimization, performance, and sustainability. Referenced by gcp-architect and gcp-security for every design review. Use when the user mentions: GCP framework, architecture pillars, reliability GCP, cost optimization GCP, performance GCP, sustainability GCP, WAF review.From its SKILL.md
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SKILL.md
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GCP Well-Architected Framework
Six pillars that every GCP workload should be evaluated against. Referenced in every HLD, security review, and operational readiness check.
The Six Pillars
| Pillar | Core Question | Key Practices |
|---|---|---|
| Operational Excellence | Can we build, run, and evolve the system reliably? | IaC, CI/CD, runbooks, monitoring-as-code |
| Security | Is the system protected against threats? | Least-privilege IAM, encryption, no public exposure by default |
| Reliability | Will the system recover from failures? | Multi-region, health checks, SLOs, chaos testing |
| Cost Optimization | Are we spending efficiently? | Right-sizing, committed use, lifecycle policies, budget alerts |
| Performance | Can the system handle load and scale? | Autoscaling, CDN, caching, regional proximity |
| Sustainability | Are we minimizing environmental impact? | Carbon-aware regions, efficient resource use |
Quick Review Checklist (per design)
Operational Excellence
- Infrastructure as Code (Terraform or Config Connector)
- CI/CD pipeline with automated tests
- Runbook for each primary failure mode
- Alerting tied to SLOs
Security
- Least-privilege IAM throughout
- No public exposure without intent
- Secrets in Secret Manager
- Network deny-by-default
Reliability
- SLO defined (availability + latency)
- Health checks configured
- Multi-zone or multi-region for production
- Backup and recovery tested
Cost Optimization
- Right-sized instances (use GCP recommender)
- Committed use discounts evaluated
- Budget alerts configured
- Lifecycle policies on storage
Performance
- Load tested at target traffic
- Caching layer evaluated
- CDN for static assets
- Autoscaling configured
Sustainability
- Low-carbon region selected where latency allows
- Idle resources scheduled for shutdown