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smom-dbis-138/docs/deployment/CLOUD_FOR_SOVEREIGNTY_LANDING_ZONE.md
defiQUG 1fb7266469 Add Oracle Aggregator and CCIP Integration
- Introduced Aggregator.sol for Chainlink-compatible oracle functionality, including round-based updates and access control.
- Added OracleWithCCIP.sol to extend Aggregator with CCIP cross-chain messaging capabilities.
- Created .gitmodules to include OpenZeppelin contracts as a submodule.
- Developed a comprehensive deployment guide in NEXT_STEPS_COMPLETE_GUIDE.md for Phase 2 and smart contract deployment.
- Implemented Vite configuration for the orchestration portal, supporting both Vue and React frameworks.
- Added server-side logic for the Multi-Cloud Orchestration Portal, including API endpoints for environment management and monitoring.
- Created scripts for resource import and usage validation across non-US regions.
- Added tests for CCIP error handling and integration to ensure robust functionality.
- Included various new files and directories for the orchestration portal and deployment scripts.
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Cloud for Sovereignty Landing Zone - Multi-Region Architecture

Overview

This document outlines the Well-Architected Framework implementation for a Cloud for Sovereignty landing zone across all Azure commercial Non-US regions.

Architecture Principles

  1. Data Sovereignty: Data remains within specified regions
  2. Compliance: Meets regional regulatory requirements
  3. Resilience: Multi-region deployment for high availability
  4. Scalability: Supports growth across regions
  5. Cost Optimization: Efficient resource utilization

Management Group Structure

Root Management Group
└── Landing Zones (Landing Zones)
    ├── Platform (Platform)
    │   ├── Management (Management)
    │   ├── Connectivity (Connectivity)
    │   └── Identity (Identity)
    └── Workloads (Workloads)
        ├── Production (Production)
        ├── Non-Production (Non-Production)
        └── Sandbox (Sandbox)

Non-US Commercial Regions

Europe

  • Belgium Central (belgiumcentral)
  • France Central (francecentral)
  • France South (francesouth)
  • Germany North (germanynorth)
  • Germany West Central (germanywestcentral)
  • Italy North (italynorth)
  • Netherlands (northeurope)
  • Norway East (norwayeast)
  • Norway West (norwaywest)
  • Poland Central (polandcentral)
  • Spain Central (spaincentral)
  • Sweden Central (swedencentral)
  • Switzerland North (switzerlandnorth)
  • Switzerland West (switzerlandwest)
  • UK South (uksouth)
  • UK West (ukwest)
  • West Europe (westeurope)

Asia Pacific

  • Australia East (australiaeast)
  • Australia Southeast (australiasoutheast)
  • China East (chinaeast)
  • China North (chinanorth)
  • East Asia (eastasia)
  • India Central (centralindia)
  • India South (southindia)
  • India West (westindia)
  • Indonesia Central (indonesiacentral)
  • Japan East (japaneast)
  • Japan West (japanwest)
  • Korea Central (koreacentral)
  • Korea South (koreasouth)
  • Malaysia West (malaysiawest)
  • New Zealand North (newzealandnorth)
  • Southeast Asia (southeastasia)

Middle East & Africa

  • Israel Central (israelcentral)
  • Qatar Central (qatarcentral)
  • South Africa North (southafricanorth)
  • South Africa West (southafricawest)
  • UAE Central (uaecentral)
  • UAE North (uaenorth)

Americas (Non-US)

  • Brazil South (brazilsouth)
  • Brazil Southeast (brazilsoutheast)
  • Canada Central (canadacentral)
  • Canada East (canadaeast)
  • Chile Central (chilecentral)
  • Mexico Central (mexicocentral)

Resource Organization

Per-Region Structure

Each region follows the Well-Architected Framework structure:

{cloud}-{env}-{region}-rg-{type}-{instance}

Example: az-p-we-rg-comp-001 (Azure, Production, West Europe, Resource Group, Compute, Instance 001)

Resource Group Types

  • Network (rg-net-001): Virtual networks, subnets, NSGs, Application Gateways
  • Compute (rg-comp-001): AKS clusters, VMs, Container Instances
  • Storage (rg-stor-001): Storage accounts, backups
  • Security (rg-sec-001): Key Vaults, Security Centers
  • Monitoring (rg-mon-001): Log Analytics, Application Insights
  • Identity (rg-id-001): Managed identities, Azure AD resources
  • Terraform State (rg-tfstate-001): State storage

Deployment Strategy

Phase 1: Foundation

  1. Management Group hierarchy
  2. Subscription organization
  3. Policy definitions and assignments
  4. Role-based access control (RBAC)

Phase 2: Core Infrastructure (Per Region)

  1. Resource Groups (all types)
  2. Virtual Networks and connectivity
  3. Key Vaults
  4. Log Analytics Workspaces
  5. Storage accounts

Phase 3: Compute Resources (Per Region)

  1. AKS clusters
  2. Node pools (validators, sentries, RPC)
  3. Container registries

Phase 4: Application Deployment

  1. Besu network components
  2. Monitoring stack
  3. Application gateways
  4. Load balancers

Compliance & Sovereignty

Data Residency

  • All data stored within specified region
  • No cross-region data replication (unless explicitly configured)
  • Regional compliance certifications

Security

  • Regional Key Vaults
  • Regional identity providers
  • Network isolation per region
  • Regional monitoring and logging

Cost Management

Tagging Strategy

  • Environment: prod, dev, test, staging
  • Region: region code
  • CostCenter: Blockchain
  • Project: DeFi Oracle Meta Mainnet
  • ManagedBy: Terraform

Budgets

  • Per-region budgets
  • Per-environment budgets
  • Alert thresholds

Monitoring & Governance

Centralized Monitoring

  • Log Analytics Workspaces per region
  • Centralized dashboard
  • Cross-region metrics aggregation

Policy Enforcement

  • Naming conventions
  • Resource location restrictions
  • Tag requirements
  • SKU restrictions

Next Steps

  1. Create management group structure
  2. Create subscription structure
  3. Deploy foundation resources
  4. Deploy per-region infrastructure
  5. Deploy application components
  6. Configure monitoring and governance