AWS Deployment Setup
Relevant source files
The following files were used as context for generating this wiki page:
Introduction
The AWS Deployment Setup for the TAMV (Territorio Autónomo de Memoria Viva) ecosystem defines a production-ready, military-grade infrastructure designed for digital autonomy and high-performance immersive experiences. The setup leverages a serverless-first, multi-region architecture to ensure 99.9% availability and rapid failover capabilities.
This infrastructure supports complex modules including Isabella AI, the XR Engine for 4D rendering, and the federated MSR blockchain. It is orchestrated using modern Infrastructure as Code (IaC) tools such as Terraform and AWS CDK, providing a scalable foundation for the project's multisided marketplace.
Sources: TAMV-MASTER-DOCUMENTATION.md:181-190, TAMV-FINAL-PRODUCTION-READY-README.md:46-52
Infrastructure Architecture
The system follows a multi-region deployment strategy to provide global coverage and disaster recovery. It utilizes AWS managed services to reduce operational overhead while maintaining strict security via the Tenochtitlan Security System.
Cloud Components
The architecture is divided into specialized service cells that handle core logic, AI processing, and storage.
| Component | AWS Service | Purpose |
|---|---|---|
| Core API | ECS / Lambda | Orchestration and REST API execution |
| Database | RDS (PostgreSQL 15+) | Primary relational storage |
| Cache | ElastiCache (Redis 7) | Sessions and high-speed data access |
| AI Inference | ECS with GPU support | Execution of Isabella AI models |
| Storage | S3 | Media and distributed assets |
| Networking | CloudFront & Route 53 | Global CDN and DNS failover |
Sources: TAMV-MASTER-DOCUMENTATION.md:195-212, TAMV-FINAL-PRODUCTION-READY-README.md:144-165
Deployment Flow
The deployment process follows a structured sequence from infrastructure provisioning to application health verification.
The diagram above illustrates the high-level CI/CD pipeline from source code to production monitoring.
Sources: TAMV-MASTER-DOCUMENTATION.md:329-350, TAMV-FINAL-PRODUCTION-READY-README.md:95-108
Security Configuration
Security is handled through "Military-Grade" auditing and a Zero Trust Architecture. Secrets are never hardcoded; instead, they are managed via AWS Secrets Manager.
Core Security Features
- Anubis Sentinel: A 4-layer primary defense system.
- mTLS and RBAC: Secure communication and Role-Based Access Control.
- Identity: Integration with DID (Decentralized Identity) systems for "ID-NVIDA" verification.
- Secrets Management: Rotation of keys via AWS Secrets Manager to mitigate vulnerability risks.
Sources: TAMV-FINAL-PRODUCTION-READY-README.md:8-25, TAMV-OFFICIAL-SYSTEM-DESCRIPTION.md:52-60
Configuration and Environment
Proper environment variable configuration is critical for the integration of backend services with AWS resources.
Essential Environment Variables
# Database Configuration
POSTGRES_HOST=tamv-prod.cluster-xxxxx.us-west-2.rds.amazonaws.com
POSTGRES_USER=tamv_admin
POSTGRES_DB=tamv_production
# AWS Access
AWS_REGION=us-west-2
AWS_ACCESS_KEY_ID=<IAM_USER_KEY>
AWS_SECRET_ACCESS_KEY=<IAM_USER_SECRET>
# Security
JWT_SECRET=<SECURE_TOKEN>
ENCRYPTION_KEY=<HEX_32_KEY>
Sources: TAMV-MASTER-DOCUMENTATION.md:305-325
Multi-Tenant Implementation
For SaaS-specific deployments within the ecosystem, the setup utilizes a "Single-Table Design" in DynamoDB combined with AWS Lambda Authorizers to ensure tenant isolation.
The sequence diagram shows how requests are authorized and isolated per tenant using AWS Lambda and API Gateway.
Sources: DEPLOYMENT.md:35-40, PROJECT-STATUS.md:90-100
Monitoring and Observability
The production environment is monitored across multiple metrics to maintain the "Antifragile" nature of the system.
- Primary Dashboard: Grafana integrated with Prometheus.
- Traces: AWS X-Ray or Jaeger for request tracking.
- Alerts: Configured for ethics scores (< 0.8), error rates (> 1%), and high latency (p95 > 200ms).
- Logging: Centralized logs in CloudWatch or Kibana.
Sources: TAMV-FINAL-PRODUCTION-READY-README.md:118-132, TAMV-OFFICIAL-SYSTEM-DESCRIPTION.md:65-70
Conclusion
The AWS Deployment Setup for TAMV provides a robust, compliant, and highly available environment. By utilizing ECS for container orchestration, Lambda for serverless functions, and RDS for persistent storage, the system ensures it can scale to meet the needs of a global multisided marketplace while maintaining the cryptographic guarantees required for digital autonomy.