diff --git a/CONFIGURATION_GUIDE.md b/docs/CONFIGURATION_GUIDE.md similarity index 100% rename from CONFIGURATION_GUIDE.md rename to docs/CONFIGURATION_GUIDE.md diff --git a/docs/DEPLOYMENT_EXECUTION_PLAN.md b/docs/DEPLOYMENT_EXECUTION_PLAN.md deleted file mode 100644 index e9fcfee..0000000 --- a/docs/DEPLOYMENT_EXECUTION_PLAN.md +++ /dev/null @@ -1,539 +0,0 @@ -# Sankofa Phoenix - Deployment Execution Plan - -**Date**: 2025-01-XX -**Status**: Ready for Execution - ---- - -## Executive Summary - -This document provides a step-by-step execution plan for deploying Sankofa and Sankofa Phoenix. All prerequisites are complete, VM YAML files are ready, and infrastructure is operational. - ---- - -## Pre-Execution Checklist - -### ✅ Completed -- [x] Proxmox infrastructure operational (2 sites) -- [x] All 21 VM YAML files updated with enhanced template -- [x] Guest agent configuration complete -- [x] OS images available (ubuntu-22.04-cloud.img) -- [x] Network configuration verified -- [x] Documentation comprehensive -- [x] Scripts ready for deployment - -### ⚠️ Requires Verification -- [ ] Resource quota check (run `./scripts/check-proxmox-quota.sh`) -- [ ] Kubernetes cluster status -- [ ] Database connectivity -- [ ] Keycloak deployment status - ---- - -## Execution Phases - -### Phase 1: Resource Verification (15 minutes) - -**Objective**: Verify Proxmox resources are sufficient for deployment - -**Steps**: -```bash -cd /home/intlc/projects/Sankofa - -# 1. Run resource quota check -./scripts/check-proxmox-quota.sh - -# 2. Review output -# Expected: Available resources >= 72 CPU, 140 GiB RAM, 278 GiB disk - -# 3. If insufficient, document and plan expansion -``` - -**Success Criteria**: -- ✅ Resources sufficient for all 18 VMs -- ✅ Storage pools have adequate space -- ✅ Network connectivity verified - -**Rollback**: None required - verification only - ---- - -### Phase 2: Kubernetes Control Plane (30-60 minutes) - -**Objective**: Deploy and verify Kubernetes control plane components - -**Steps**: -```bash -# 1. Verify Kubernetes cluster -kubectl cluster-info -kubectl get nodes - -# 2. Create namespaces -kubectl create namespace sankofa --dry-run=client -o yaml | kubectl apply -f - -kubectl create namespace crossplane-system --dry-run=client -o yaml | kubectl apply -f - -kubectl create namespace monitoring --dry-run=client -o yaml | kubectl apply -f - - -# 3. Deploy Crossplane -kubectl apply -f gitops/apps/crossplane/ -kubectl wait --for=condition=Ready pod -l app=crossplane -n crossplane-system --timeout=300s - -# 4. Deploy Proxmox Provider -kubectl apply -f crossplane-provider-proxmox/config/ -kubectl wait --for=condition=Installed provider -l pkg.crossplane.io/name=provider-proxmox --timeout=300s - -# 5. Create ProviderConfig -kubectl apply -f crossplane-provider-proxmox/config/provider.yaml - -# 6. Verify -kubectl get pods -n crossplane-system -kubectl get providerconfig -A -``` - -**Success Criteria**: -- ✅ Crossplane pods running -- ✅ Proxmox provider installed -- ✅ ProviderConfig ready - -**Rollback**: -```bash -kubectl delete -f crossplane-provider-proxmox/config/ -kubectl delete -f gitops/apps/crossplane/ -``` - ---- - -### Phase 3: Database and Identity (30-45 minutes) - -**Objective**: Deploy PostgreSQL and Keycloak - -**Steps**: -```bash -# 1. Deploy PostgreSQL (if not external) -kubectl apply -f gitops/apps/postgresql/ # If exists - -# 2. Run database migrations -cd api -npm install -npm run db:migrate - -# 3. Verify migrations -psql -h -U postgres -d sankofa -c "\dt" | grep -E "tenants|billing" - -# 4. Deploy Keycloak -kubectl apply -f gitops/apps/keycloak/ - -# 5. Wait for Keycloak ready -kubectl wait --for=condition=Ready pod -l app=keycloak -n sankofa --timeout=600s - -# 6. Configure Keycloak clients -kubectl apply -f gitops/apps/keycloak/keycloak-clients.yaml -``` - -**Success Criteria**: -- ✅ Database migrations complete (26 migrations) -- ✅ Keycloak pods running -- ✅ Keycloak clients configured - -**Rollback**: -```bash -kubectl delete -f gitops/apps/keycloak/ -# Database rollback: Restore from backup or re-run migrations -``` - ---- - -### Phase 4: Application Deployment (30-45 minutes) - -**Objective**: Deploy API, Frontend, and Portal - -**Steps**: -```bash -# 1. Create secrets -kubectl create secret generic api-secrets -n sankofa \ - --from-literal=DB_PASSWORD= \ - --from-literal=JWT_SECRET= \ - --from-literal=KEYCLOAK_CLIENT_SECRET= \ - --dry-run=client -o yaml | kubectl apply -f - - -# 2. Deploy API -kubectl apply -f gitops/apps/api/ -kubectl wait --for=condition=Ready pod -l app=api -n sankofa --timeout=300s - -# 3. Deploy Frontend -kubectl apply -f gitops/apps/frontend/ -kubectl wait --for=condition=Ready pod -l app=frontend -n sankofa --timeout=300s - -# 4. Deploy Portal -kubectl apply -f gitops/apps/portal/ -kubectl wait --for=condition=Ready pod -l app=portal -n sankofa --timeout=300s - -# 5. Verify health endpoints -curl http://api.sankofa.nexus/health -curl http://frontend.sankofa.nexus -curl http://portal.sankofa.nexus -``` - -**Success Criteria**: -- ✅ All application pods running -- ✅ Health endpoints responding -- ✅ No critical errors in logs - -**Rollback**: -```bash -kubectl rollout undo deployment/api -n sankofa -kubectl rollout undo deployment/frontend -n sankofa -kubectl rollout undo deployment/portal -n sankofa -``` - ---- - -### Phase 5: Infrastructure VMs (15-30 minutes) - -**Objective**: Deploy Nginx Proxy and Cloudflare Tunnel VMs - -**Steps**: -```bash -# 1. Deploy Nginx Proxy VM -kubectl apply -f examples/production/nginx-proxy-vm.yaml - -# 2. Deploy Cloudflare Tunnel VM -kubectl apply -f examples/production/cloudflare-tunnel-vm.yaml - -# 3. Monitor deployment -watch kubectl get proxmoxvm -A - -# 4. Wait for VMs ready (check status) -kubectl wait --for=condition=Ready proxmoxvm nginx-proxy-vm -n default --timeout=600s -kubectl wait --for=condition=Ready proxmoxvm cloudflare-tunnel-vm -n default --timeout=600s - -# 5. Verify VM creation in Proxmox -ssh root@192.168.11.10 "qm list | grep -E 'nginx-proxy|cloudflare-tunnel'" - -# 6. Check guest agent -ssh root@192.168.11.10 "qm guest exec -- cat /etc/os-release" -``` - -**Success Criteria**: -- ✅ Both VMs created and running -- ✅ Guest agent running -- ✅ VMs accessible via SSH -- ✅ Cloud-init completed - -**Rollback**: -```bash -kubectl delete proxmoxvm nginx-proxy-vm -n default -kubectl delete proxmoxvm cloudflare-tunnel-vm -n default -``` - ---- - -### Phase 6: Application VMs (30-60 minutes) - -**Objective**: Deploy all 16 SMOM-DBIS-138 VMs - -**Steps**: -```bash -# 1. Deploy all VMs -kubectl apply -f examples/production/smom-dbis-138/ - -# 2. Monitor deployment (in separate terminal) -watch kubectl get proxmoxvm -A - -# 3. Check controller logs (in separate terminal) -kubectl logs -n crossplane-system -l app=crossplane-provider-proxmox --tail=50 -f - -# 4. Wait for all VMs ready (this may take 10-30 minutes) -# Monitor progress and verify each VM reaches Ready state - -# 5. Verify VM creation -kubectl get proxmoxvm -A -o wide - -# 6. Check guest agent on all VMs -for vm in $(kubectl get proxmoxvm -A -o jsonpath='{.items[*].metadata.name}'); do - echo "Checking $vm..." - kubectl get proxmoxvm $vm -A -o jsonpath='{.status.conditions[*].status}' -done -``` - -**VM Deployment Order** (if deploying sequentially): -1. validator-01, validator-02, validator-03, validator-04 -2. sentry-01, sentry-02, sentry-03, sentry-04 -3. rpc-node-01, rpc-node-02, rpc-node-03, rpc-node-04 -4. services, blockscout, monitoring, management - -**Success Criteria**: -- ✅ All 16 VMs created -- ✅ All VMs in Running state -- ✅ Guest agent running on all VMs -- ✅ Cloud-init completed successfully - -**Rollback**: -```bash -# Delete all VMs -kubectl delete -f examples/production/smom-dbis-138/ -``` - ---- - -### Phase 7: Monitoring Stack (20-30 minutes) - -**Objective**: Deploy monitoring and observability stack - -**Steps**: -```bash -# 1. Deploy Prometheus -kubectl apply -f gitops/apps/monitoring/prometheus/ -kubectl wait --for=condition=Ready pod -l app=prometheus -n monitoring --timeout=300s - -# 2. Deploy Grafana -kubectl apply -f gitops/apps/monitoring/grafana/ -kubectl wait --for=condition=Ready pod -l app=grafana -n monitoring --timeout=300s - -# 3. Deploy Loki -kubectl apply -f gitops/apps/monitoring/loki/ -kubectl wait --for=condition=Ready pod -l app=loki -n monitoring --timeout=300s - -# 4. Deploy Alertmanager -kubectl apply -f gitops/apps/monitoring/alertmanager/ - -# 5. Deploy backup CronJob -kubectl apply -f gitops/apps/monitoring/backup-cronjob.yaml - -# 6. Verify -kubectl get pods -n monitoring -curl http://grafana.sankofa.nexus -``` - -**Success Criteria**: -- ✅ All monitoring pods running -- ✅ Prometheus scraping metrics -- ✅ Grafana accessible -- ✅ Loki ingesting logs -- ✅ Backup CronJob scheduled - -**Rollback**: -```bash -kubectl delete -f gitops/apps/monitoring/ -``` - ---- - -### Phase 8: Network Configuration (30-45 minutes) - -**Objective**: Configure Cloudflare Tunnel, Nginx, and DNS - -**Steps**: -```bash -# 1. Configure Cloudflare Tunnel -./scripts/configure-cloudflare-tunnel.sh - -# Or manually: -# - Create tunnel in Cloudflare dashboard -# - Download credentials JSON -# - Upload to cloudflare-tunnel-vm: /etc/cloudflared/tunnel-credentials.json -# - Update /etc/cloudflared/config.yaml with ingress rules -# - Restart cloudflared service - -# 2. Configure Nginx Proxy -./scripts/configure-nginx-proxy.sh - -# Or manually: -# - SSH into nginx-proxy-vm -# - Update /etc/nginx/conf.d/*.conf -# - Run certbot for SSL certificates -# - Test: nginx -t -# - Reload: systemctl reload nginx - -# 3. Configure DNS -./scripts/setup-dns-records.sh - -# Or manually in Cloudflare: -# - Create A/CNAME records -# - Point to Cloudflare Tunnel -# - Enable proxy (orange cloud) -``` - -**Success Criteria**: -- ✅ Cloudflare Tunnel connected -- ✅ Nginx proxying correctly -- ✅ DNS records created -- ✅ SSL certificates issued -- ✅ Services accessible via public URLs - -**Rollback**: -- Revert DNS changes in Cloudflare -- Restore previous Nginx configuration -- Disable Cloudflare Tunnel - ---- - -### Phase 9: Multi-Tenancy Setup (15-20 minutes) - -**Objective**: Create system tenant and configure multi-tenancy - -**Steps**: -```bash -# 1. Get API endpoint and admin token -API_URL="http://api.sankofa.nexus/graphql" -ADMIN_TOKEN="" - -# 2. Create system tenant -curl -X POST $API_URL \ - -H "Content-Type: application/json" \ - -H "Authorization: Bearer $ADMIN_TOKEN" \ - -d '{ - "query": "mutation { createTenant(input: { name: \"system\", tier: SOVEREIGN }) { id name billingAccountId } }" - }' - -# 3. Get system tenant ID from response -SYSTEM_TENANT_ID="" - -# 4. Add admin user to system tenant -curl -X POST $API_URL \ - -H "Content-Type: application/json" \ - -H "Authorization: Bearer $ADMIN_TOKEN" \ - -d "{ - \"query\": \"mutation { addUserToTenant(tenantId: \\\"$SYSTEM_TENANT_ID\\\", userId: \\\"\\\", role: TENANT_OWNER) }\" - }" - -# 5. Verify tenant -curl -X POST $API_URL \ - -H "Content-Type: application/json" \ - -H "Authorization: Bearer $ADMIN_TOKEN" \ - -d '{ - "query": "query { myTenant { id name status tier } }" - }' -``` - -**Success Criteria**: -- ✅ System tenant created -- ✅ Admin user assigned -- ✅ Tenant accessible via API -- ✅ RBAC working correctly - -**Rollback**: -- Delete tenant via API (if supported) -- Or manually remove from database - ---- - -### Phase 10: Verification and Testing (30-45 minutes) - -**Objective**: Verify deployment and run tests - -**Steps**: -```bash -# 1. Health checks -curl http://api.sankofa.nexus/health -curl http://frontend.sankofa.nexus -curl http://portal.sankofa.nexus -curl http://keycloak.sankofa.nexus/health - -# 2. Check all VMs -kubectl get proxmoxvm -A - -# 3. Check all pods -kubectl get pods -A - -# 4. Run smoke tests -./scripts/smoke-tests.sh - -# 5. Run performance tests (optional) -./scripts/performance-test.sh - -# 6. Verify monitoring -curl http://grafana.sankofa.nexus -kubectl get pods -n monitoring - -# 7. Check backups -./scripts/verify-backups.sh -``` - -**Success Criteria**: -- ✅ All health checks passing -- ✅ All VMs running -- ✅ All pods running -- ✅ Smoke tests passing -- ✅ Monitoring operational -- ✅ Backups configured - -**Rollback**: N/A - verification only - ---- - -## Execution Timeline - -### Estimated Total Time: 4-6 hours - -| Phase | Duration | Dependencies | -|-------|----------|--------------| -| Phase 1: Resource Verification | 15 min | None | -| Phase 2: Kubernetes Control Plane | 30-60 min | Kubernetes cluster | -| Phase 3: Database and Identity | 30-45 min | Phase 2 | -| Phase 4: Application Deployment | 30-45 min | Phase 3 | -| Phase 5: Infrastructure VMs | 15-30 min | Phase 2, Phase 4 | -| Phase 6: Application VMs | 30-60 min | Phase 5 | -| Phase 7: Monitoring Stack | 20-30 min | Phase 2 | -| Phase 8: Network Configuration | 30-45 min | Phase 5 | -| Phase 9: Multi-Tenancy Setup | 15-20 min | Phase 3, Phase 4 | -| Phase 10: Verification and Testing | 30-45 min | All phases | - ---- - -## Risk Mitigation - -### High-Risk Areas -1. **VM Deployment**: May take longer than expected - - **Mitigation**: Monitor closely, allow extra time - -2. **Network Configuration**: DNS propagation delays - - **Mitigation**: Test with IP addresses first, then DNS - -3. **Database Migrations**: Potential data loss - - **Mitigation**: Backup before migrations, test in staging first - -### Rollback Procedures -- Each phase includes rollback steps -- Document any issues encountered -- Keep backups of all configurations - ---- - -## Post-Deployment - -### Immediate (First 24 hours) -- [ ] Monitor all services -- [ ] Review logs for errors -- [ ] Verify all VMs accessible -- [ ] Check monitoring dashboards -- [ ] Verify backups running - -### Short-term (First week) -- [ ] Performance optimization -- [ ] Security hardening -- [ ] Documentation updates -- [ ] Team training -- [ ] Support procedures - ---- - -## Success Criteria - -### Technical -- ✅ All 18 VMs deployed and running -- ✅ All services healthy -- ✅ Guest agent on all VMs -- ✅ Monitoring operational -- ✅ Backups configured - -### Functional -- ✅ Portal accessible -- ✅ API responding -- ✅ Multi-tenancy working -- ✅ Resource provisioning functional - ---- - -**Last Updated**: 2025-01-XX -**Status**: Ready for Execution - diff --git a/ENV_EXAMPLES.md b/docs/ENV_EXAMPLES.md similarity index 100% rename from ENV_EXAMPLES.md rename to docs/ENV_EXAMPLES.md diff --git a/docs/deployment_plan.md b/docs/deployment_plan.md deleted file mode 100644 index 922c299..0000000 --- a/docs/deployment_plan.md +++ /dev/null @@ -1,540 +0,0 @@ -# Sankofa Phoenix: Deployment Plan - -## Overview - -This deployment plan outlines the phased rollout of Sankofa Phoenix across 325 regions, including edge sites, regional datacenters, core datacenters, and blockchain infrastructure. The deployment follows a structured approach to ensure reliability, security, and scalability. - -## Deployment Phases - -### Phase 1: Foundation (Months 1-6) - -**Objective**: Establish core infrastructure and blockchain network foundation - -#### Month 1-2: Core Datacenter Setup -1. **Site Selection and Preparation** - - Identify and secure 3 core datacenter locations (US, EU, APAC) - - Complete facility assessments and compliance reviews - - Procure power, cooling, and network connectivity - - Set up physical security and access controls - -2. **Infrastructure Deployment** - - Deploy power and cooling systems - - Install network infrastructure (switches, routers, firewalls) - - Set up monitoring and management systems - - Configure backup power and generators - -#### Month 3-4: Blockchain Network Initialization -1. **Blockchain Platform Setup** - - Choose blockchain platform (Hyperledger Besu recommended) - - Deploy 3 validator nodes (one per core datacenter) - - Configure consensus mechanism (PoA initial) - - Set up network connectivity between validators - -2. **Smart Contract Development** - - Develop initial smart contracts: - - Resource provisioning contracts - - Identity management contracts - - Basic billing contracts - - Security audit of smart contracts - - Deploy smart contracts to blockchain network - -3. **Blockchain Integration** - - Integrate blockchain with control plane - - Set up API gateway for blockchain access - - Configure monitoring and alerting - - Test blockchain network functionality - -#### Month 5-6: Regional Datacenter Deployment -1. **Regional Site Selection** - - Identify 10 strategic regional datacenter locations - - Complete facility assessments - - Procure infrastructure components - -2. **Regional Infrastructure Deployment** - - Deploy compute infrastructure (Kubernetes clusters) - - Deploy storage infrastructure - - Deploy blockchain read replica nodes - - Set up network connectivity to core datacenters - -3. **Integration and Testing** - - Integrate regional datacenters with core - - Test blockchain read replica functionality - - Validate data replication and synchronization - - Performance testing and optimization - -### Phase 2: Expansion (Months 7-18) - -**Objective**: Expand to 6-8 core datacenters and 30-40 regional datacenters - -#### Month 7-9: Core Expansion -1. **Additional Core Datacenters** - - Deploy 3-5 additional core datacenters - - Deploy blockchain validator nodes - - Expand blockchain network - - Integrate with existing infrastructure - -2. **Blockchain Network Expansion** - - Add validators to blockchain network - - Deploy additional smart contracts: - - Supply chain provenance contracts - - Compliance and audit contracts - - SLA enforcement contracts - - Enhance blockchain monitoring and management - -#### Month 10-12: Regional Expansion -1. **Regional Datacenter Deployment** - - Deploy 20 additional regional datacenters - - Deploy blockchain read replicas - - Set up regional services (API gateways, CDN) - - Integrate with core datacenters - -2. **Edge Site Integration** - - Integrate existing edge sites with regional datacenters - - Deploy blockchain light clients to edge sites - - Set up edge-to-regional data flows - - Test end-to-end functionality - -#### Month 13-18: Full Integration -1. **Service Integration** - - Integrate all services with blockchain - - Deploy comprehensive monitoring - - Set up automated operations - - Performance optimization - -2. **Testing and Validation** - - Comprehensive system testing - - Security audits and penetration testing - - Performance benchmarking - - Disaster recovery testing - -### Phase 3: Scale (Months 19-36) - -**Objective**: Complete 325-region global deployment - -#### Month 19-24: Global Expansion -1. **Core Datacenter Completion** - - Deploy remaining core datacenters (10-15 total) - - Complete blockchain validator network - - Global blockchain network deployment - -2. **Regional Datacenter Completion** - - Deploy remaining regional datacenters (50-75 total) - - Deploy blockchain read replicas - - Complete regional service deployment - -#### Month 25-30: Edge Site Expansion -1. **Edge Site Deployment** - - Deploy additional edge sites (250+ total) - - Deploy blockchain light clients - - Complete edge-to-regional integration - - Global edge network completion - -2. **Global Integration** - - Complete global network integration - - Deploy global monitoring and management - - Set up global operations centers - - Complete compliance and governance setup - -#### Month 31-36: Optimization and Maturity -1. **Performance Optimization** - - Optimize blockchain network performance - - Optimize data replication and synchronization - - Optimize network routing and latency - - Capacity planning and optimization - -2. **Maturity and Operations** - - Establish mature operations procedures - - Complete documentation and training - - Set up 24/7 operations centers - - Continuous improvement and optimization - -## Deployment Procedures - -### Core Datacenter Deployment - -#### Pre-Deployment Checklist -- [ ] Site selected and secured -- [ ] Power and cooling capacity verified -- [ ] Network connectivity established -- [ ] Physical security configured -- [ ] Compliance requirements met -- [ ] Hardware procured and delivered -- [ ] Deployment team assigned - -#### Deployment Steps -1. **Physical Infrastructure** - ```bash - # Install power and cooling systems - # Configure UPS and generators - # Set up network infrastructure - # Configure physical security - ``` - -2. **Compute Infrastructure** - ```bash - # Deploy blockchain validator nodes - # Deploy Kubernetes control plane - # Deploy database clusters - # Deploy message queue clusters - ``` - -3. **Storage Infrastructure** - ```bash - # Deploy distributed storage (Ceph) - # Deploy object storage (MinIO) - # Configure backup systems - # Set up replication - ``` - -4. **Network Configuration** - ```bash - # Configure inter-datacenter links - # Set up blockchain network overlay - # Configure firewalls and security - # Set up monitoring and management - ``` - -5. **Blockchain Setup** - ```bash - # Initialize blockchain node - # Join blockchain network - # Deploy smart contracts - # Configure monitoring - ``` - -6. **Integration** - ```bash - # Integrate with control plane - # Configure service discovery - # Set up monitoring and alerting - # Test end-to-end functionality - ``` - -7. **Validation** - ```bash - # Run validation tests - # Performance testing - # Security testing - # Disaster recovery testing - ``` - -### Regional Datacenter Deployment - -#### Pre-Deployment Checklist -- [ ] Site selected and secured -- [ ] Network connectivity to core datacenters established -- [ ] Hardware procured and delivered -- [ ] Deployment team assigned - -#### Deployment Steps -1. **Physical Infrastructure** - ```bash - # Install power and cooling - # Configure network infrastructure - # Set up physical security - ``` - -2. **Compute Infrastructure** - ```bash - # Deploy blockchain read replica nodes - # Deploy Kubernetes clusters - # Deploy regional services - ``` - -3. **Storage Infrastructure** - ```bash - # Deploy storage systems - # Configure replication from core - # Set up caching - ``` - -4. **Network Configuration** - ```bash - # Configure links to core datacenters - # Set up regional network - # Configure security - ``` - -5. **Integration** - ```bash - # Integrate with core datacenters - # Configure data synchronization - # Set up monitoring - # Test functionality - ``` - -### Edge Site Deployment - -**Note**: Edge sites follow existing edge implementation procedures. See edge implementation documentation. - -**Additional Steps for Blockchain Integration**: -1. Deploy blockchain light client -2. Configure blockchain queries -3. Integrate with regional datacenters -4. Test blockchain functionality - -## Blockchain Deployment - -### Validator Node Deployment - -#### Prerequisites -- Hardware Security Module (HSM) for key storage -- High-performance server (64-128GB RAM, NVMe storage) -- Network connectivity to other validators -- Access to blockchain network - -#### Deployment Steps -1. **Node Setup** - ```bash - # Install blockchain platform (Hyperledger Besu) - # Configure node settings - # Set up HSM for key management - # Generate validator keys - ``` - -2. **Network Join** - ```bash - # Configure network connectivity - # Join blockchain network - # Sync blockchain state - # Verify validator status - ``` - -3. **Monitoring** - ```bash - # Set up monitoring - # Configure alerting - # Test validator functionality - ``` - -### Read Replica Deployment - -#### Prerequisites -- Server with 32-64GB RAM -- Network connectivity to validators -- Access to blockchain network - -#### Deployment Steps -1. **Node Setup** - ```bash - # Install blockchain platform - # Configure as read replica - # Set up network connectivity - ``` - -2. **Synchronization** - ```bash - # Sync blockchain state - # Configure query optimization - # Set up caching - ``` - -3. **Integration** - ```bash - # Integrate with applications - # Configure API access - # Set up monitoring - ``` - -### Smart Contract Deployment - -#### Prerequisites -- Smart contracts developed and audited -- Access to blockchain network -- Deployment credentials - -#### Deployment Steps -1. **Compilation** - ```bash - # Compile smart contracts - # Run security checks - # Generate deployment artifacts - ``` - -2. **Deployment** - ```bash - # Deploy to test network - # Test functionality - # Deploy to production network - # Verify deployment - ``` - -3. **Integration** - ```bash - # Update application code - # Configure contract addresses - # Test integration - # Monitor contract usage - ``` - -## Integration Procedures - -### Control Plane Integration - -1. **Kubernetes Integration** - - Deploy Kubernetes clusters - - Configure Crossplane for infrastructure provisioning - - Integrate with blockchain for resource tracking - - Set up ArgoCD for GitOps - -2. **Identity Integration** - - Deploy Keycloak/OkraID - - Integrate with blockchain identity layer - - Configure identity federation - - Set up access control - -3. **Monitoring Integration** - - Deploy Prometheus/Grafana - - Configure blockchain monitoring - - Set up alerting - - Create dashboards - -### Network Integration - -1. **Cloudflare Integration** - - Configure Cloudflare Zero Trust - - Set up Cloudflare Tunnels - - Configure access policies - - Test connectivity - -2. **Inter-Datacenter Links** - - Provision network links - - Configure routing - - Set up redundancy - - Test connectivity - -### Storage Integration - -1. **Distributed Storage** - - Deploy Ceph clusters - - Configure replication - - Set up monitoring - - Test performance - -2. **Object Storage** - - Deploy MinIO - - Configure S3 compatibility - - Set up replication - - Test functionality - -## Validation and Testing - -### Functional Testing -- [ ] All services operational -- [ ] Blockchain network functional -- [ ] Smart contracts working correctly -- [ ] Integration points validated -- [ ] End-to-end workflows tested - -### Performance Testing -- [ ] Latency targets met -- [ ] Throughput targets met -- [ ] Scalability validated -- [ ] Resource utilization optimized - -### Security Testing -- [ ] Security audits completed -- [ ] Penetration testing passed -- [ ] Access controls validated -- [ ] Encryption verified -- [ ] Compliance requirements met - -### Disaster Recovery Testing -- [ ] Backup procedures tested -- [ ] Failover procedures tested -- [ ] Recovery time objectives met -- [ ] Recovery point objectives met -- [ ] Geographic redundancy validated - -## Rollback Procedures - -### Rollback Triggers -- Critical security vulnerabilities -- Performance degradation -- Data integrity issues -- Service unavailability -- Compliance violations - -### Rollback Steps -1. **Immediate Actions** - - Isolate affected components - - Notify stakeholders - - Activate incident response - -2. **Assessment** - - Assess impact and scope - - Determine rollback strategy - - Get approval for rollback - -3. **Execution** - - Execute rollback procedures - - Restore previous state - - Verify functionality - - Monitor stability - -4. **Post-Rollback** - - Root cause analysis - - Fix identified issues - - Update procedures - - Plan re-deployment - -## Operations and Maintenance - -### Daily Operations -- Monitor system health -- Review alerts and incidents -- Check backup status -- Verify blockchain network status - -### Weekly Operations -- Review performance metrics -- Check capacity utilization -- Review security logs -- Update documentation - -### Monthly Operations -- Capacity planning review -- Security audit review -- Compliance review -- Disaster recovery testing -- Performance optimization - -### Quarterly Operations -- Comprehensive security audit -- Disaster recovery drill -- Capacity planning update -- Technology refresh planning -- Compliance certification review - -## Success Criteria - -### Phase 1 Success Criteria -- [ ] 3 core datacenters operational -- [ ] Blockchain network functional with 3 validators -- [ ] 10 regional datacenters operational -- [ ] Integration with existing edge sites -- [ ] Basic smart contracts deployed -- [ ] Monitoring and alerting operational - -### Phase 2 Success Criteria -- [ ] 6-8 core datacenters operational -- [ ] Blockchain network expanded -- [ ] 30-40 regional datacenters operational -- [ ] Full smart contract suite deployed -- [ ] Comprehensive integration completed -- [ ] Security and compliance validated - -### Phase 3 Success Criteria -- [ ] 10-15 core datacenters operational -- [ ] 50-75 regional datacenters operational -- [ ] 250+ edge sites operational -- [ ] 325-region global coverage -- [ ] Full blockchain network deployment -- [ ] Mature operations and procedures - -## Related Documentation - -- [System Architecture](./system_architecture.md) - Overall system architecture -- [Datacenter Architecture](./datacenter_architecture.md) - Datacenter specifications -- [Blockchain EEA Architecture](./blockchain_eea_architecture.md) - Blockchain architecture -- [Hardware BOM](./hardware_bom.md) - Hardware specifications diff --git a/docs/proxmox-review/deployment-plan-20251207_120923.md b/docs/proxmox-review/deployment-plan-20251207_120923.md deleted file mode 100644 index 63aaaf3..0000000 --- a/docs/proxmox-review/deployment-plan-20251207_120923.md +++ /dev/null @@ -1,104 +0,0 @@ -# Proxmox Deployment Plan - -Generated: 2025-12-07T12:09:24-08:00 - -## Current Status - -### Proxmox Instances -- **Instance 1**: https://192.168.11.10:8006 -- **Instance 2**: https://192.168.11.11:8006 - -### Configuration Sites -- **us-east-1**: https://pve1.sankofa.nexus:8006 (node: pve1) -- **eu-west-1**: https://pve4.sankofa.nexus:8006 (node: pve4) -- **apac-1**: https://pve7.sankofa.nexus:8006 (node: pve7) - -## Deployment Phases - -### Phase 1: Connection and Validation - -1. **Verify Connectivity** - - [ ] Test connection to Instance 1 - - [ ] Test connection to Instance 2 - - [ ] Verify API authentication - - [ ] Check network connectivity - -2. **Status Review** - - [ ] Review cluster status for both instances - - [ ] Check node health and availability - - [ ] Review storage configuration - - [ ] Check network configuration - - [ ] Review existing VMs and resources - -### Phase 2: Configuration Alignment - -1. **Site Mapping** - - [ ] Map Instance 1 to appropriate site (us-east-1?) - - [ ] Map Instance 2 to appropriate site (eu-west-1?) - - [ ] Verify DNS/hostname configuration - - [ ] Update provider-config.yaml with actual endpoints - -2. **Authentication Setup** - - [ ] Create API tokens for Instance 1 - - [ ] Create API tokens for Instance 2 - - [ ] Update credentials in Kubernetes secrets - - [ ] Test token authentication - -3. **Cloudflare Tunnel Configuration** - - [ ] Review tunnel configs for all sites - - [ ] Update hostnames in tunnel configs - - [ ] Verify tunnel credentials - - [ ] Test tunnel connectivity - -### Phase 3: Crossplane Provider Deployment - -1. **Provider Installation** - - [ ] Build Crossplane provider - - [ ] Deploy CRDs - - [ ] Deploy provider controller - - [ ] Verify provider health - -2. **Provider Configuration** - - [ ] Create ProviderConfig resource - - [ ] Configure credentials secret - - [ ] Test provider connectivity to both instances - - [ ] Verify site configuration - -### Phase 4: Infrastructure Deployment - -1. **Initial VM Deployment** - - [ ] Deploy test VM on Instance 1 - - [ ] Deploy test VM on Instance 2 - - [ ] Verify VM creation via Crossplane - - [ ] Test VM lifecycle operations - -2. **Monitoring Setup** - - [ ] Deploy Prometheus exporters - - [ ] Configure Grafana dashboards - - [ ] Set up alerts - - [ ] Verify metrics collection - -3. **Backup and Recovery** - - [ ] Configure backup schedules - - [ ] Test backup procedures - - [ ] Test recovery procedures - -### Phase 5: Production Readiness - -1. **Security Hardening** - - [ ] Review and update firewall rules - - [ ] Enable TLS certificate validation - - [ ] Rotate API tokens - - [ ] Review access controls - -2. **Documentation** - - [ ] Document deployment procedures - - [ ] Create runbooks - - [ ] Update architecture diagrams - -3. **Testing and Validation** - - [ ] End-to-end testing - - [ ] Load testing - - [ ] Disaster recovery testing - - [ ] Performance validation -