2.1 KiB
2.1 KiB
Final Deployment Plan - Parallel Execution Optimized
Configuration Summary
Deployment Regions (24)
- Total vCPUs: 240 (24 × 10)
- Validators: 48 (2 per region)
- System Nodes: 72 (3 per region)
- Sentry Pods: 24-48 (on system nodes, no quota)
Administrative Region
- West Europe: Admin only (monitoring, management, control plane)
- No Validators: West Europe excluded from validator deployment
- No Sentries: West Europe excluded from sentry deployment
Parallel Execution Strategy
Phase 1: Infrastructure (30-60 minutes)
cd terraform/well-architected/cloud-sovereignty
terraform init
terraform plan -out=tfplan-parallel -parallelism=50
terraform apply -parallelism=50 tfplan-parallel
- Parallelism: 50 (Terraform handles concurrent resource creation)
- Speed: 4-8x faster than sequential
Phase 2: Kubernetes Configuration (5-10 minutes)
./scripts/deployment/configure-kubernetes-parallel.sh
- Parallelism: 24 (xargs -P 24)
- Speed: 12-24x faster than sequential
Phase 3: Besu Network (10-15 minutes)
./scripts/deployment/deploy-besu-parallel.sh
- Parallelism: 24 (xargs -P 24)
- Speed: 12-18x faster than sequential
Phase 4: Contracts (1-2 hours)
- Deploy to Ethereum Mainnet
- Deploy to Chain-138
- Can run in parallel for different networks
Phase 5: CCIP Integration (1-2 hours)
- Configure routers
- Fund contracts
- Test integration
Total Deployment Time
- Sequential: 5-9 hours
- Parallel: 45-85 minutes (infrastructure + K8s + Besu)
- Full Deployment: 2-4 hours (including contracts and CCIP)
- Speedup: 6-12x faster
Quick Start
# Complete parallel deployment
./scripts/deployment/deploy-all-parallel.sh
Verification
# Verify all clusters
./scripts/deployment/verify-all-clusters-parallel.sh
Benefits
- Speed: 6-12x faster deployment
- Efficiency: All 24 regions deploy simultaneously
- Resilience: One region's failure doesn't block others
- Optimization: Maximum use of 240 vCPU quota
- Admin Separation: West Europe dedicated to admin tasks