General Bots 6 (GB6) Platform

Vision

GB6 is a billion-scale real-time communication platform integrating advanced bot capabilities, WebRTC multimedia, and enterprise-grade messaging, built with Rust for maximum performance and reliability and BASIC-WebAssembly VM.

🌟 Key Features

Scale & Performance

• Billion+ active users support
• Sub-second message delivery
• 4K video streaming
• 99.99% uptime guarantee
• Zero message loss
• Petabyte-scale storage

Core Services

• API Service (gb-api)

  • Axum-based REST & WebSocket
  • Multi-tenant request routing
  • Authentication & Authorization
  • File handling & streaming

• Media Processing (gb-media)

  • WebRTC integration
  • GStreamer transcoding
  • Real-time track management
  • Professional recording

• Messaging (gb-messaging)

  • Kafka event processing
  • RabbitMQ integration
  • WebSocket communication
  • Redis PubSub

• Storage (gb-storage)

  • PostgreSQL with sharding
  • Redis caching
  • TiKV distributed storage

🏗 Architecture

Multi-Tenant Core

• Organizations
• Instance management
• Resource quotas
• Usage analytics

Communication Infrastructure

• WebRTC rooms
• Real-time messaging
• Media processing
• Video conferencing

🛠 Installation

Prerequisites

• Rust 1.70+
• Kubernetes cluster
• PostgreSQL 13+
• Redis 6+
• Kafka 3.0+
• GStreamer

Kubernetes Setup

# Initialize cluster
./setup-k8s.sh

# Deploy platform
./deploy.sh

Build & Run

# Build all services
cargo build --workspace

# Run tests
cargo test --workspace

# Start API service
cargo run -p gb-api

📊 Monitoring & Operations

Health Metrics

• System performance
• Resource utilization
• Error rates
• Latency tracking

Scaling Operations

• Auto-scaling rules
• Shard management
• Load balancing
• Failover systems

🔒 Security

Authentication & Authorization

• Multi-factor auth
• Role-based access
• Rate limiting
• End-to-end encryption

Data Protection

• Tenant isolation
• Encryption at rest
• Secure communications
• Audit logging

🚀 Development

Project Structure

general-bots/
├── gb-api/          # API service
├── gb-core/         # Core functionality
├── gb-media/        # Media processing
├── gb-messaging/    # Message brokers
├── gb-storage/      # Data storage
├── gb-utils/        # Utilities
├── k8s/             # Kubernetes configs
└── migrations/      # DB migrations

Configuration

DATABASE_URL=postgresql://user:password@localhost:5432/gbdb
REDIS_URL=redis://localhost:6379
KAFKA_BROKERS=localhost:9092
RABBIT_URL=amqp://guest:guest@localhost:5672

🌍 Deployment

Global Infrastructure

• Edge presence
• Regional optimization
• Content delivery
• Traffic management

Disaster Recovery

• Automated backups
• Multi-region failover
• Data replication
• System redundancy

🤝 Contributing

1. Fork repository
2. Create feature branch
3. Implement changes
4. Add tests
5. Submit PR

📝 License

Licensed under terms specified in workspace configuration.

🆘 Support

Issues

• Check existing issues
• Provide reproduction steps
• Include relevant logs
• Follow up on discussions

Documentation

• API references
• Integration guides
• Deployment docs
• Best practices

🔮 Roadmap

Short Term

• Enhanced media processing
• Additional messaging protocols
• Improved scalability
• Extended monitoring

Long Term

• Advanced analytics
• Global expansion
• Enterprise features

✓	Requirement	Component	Standard	Implementation Steps
✅	TLS 1.3 Configuration	Nginx	All	Configure modern SSL parameters and ciphers in /etc/nginx/conf.d/ssl.conf
✅	Access Logging	Nginx	All	Enable detailed access logs with privacy fields in /etc/nginx/nginx.conf
⬜	Rate Limiting	Nginx	ISO 27001	Implement rate limiting rules in location blocks
⬜	WAF Rules	Nginx	HIPAA	Install and configure ModSecurity with OWASP rules
✅	Reverse Proxy Security	Nginx	All	Configure security headers (X-Frame-Options, HSTS, CSP)
✅	MFA Implementation	Zitadel	All	Enable and enforce MFA for all administrative accounts
✅	RBAC Configuration	Zitadel	All	Set up role-based access control with least privilege
✅	Password Policy	Zitadel	All	Configure strong password requirements (length, complexity, history)
✅	OAuth2/OIDC Setup	Zitadel	ISO 27001	Configure secure OAuth flows and token policies
✅	Audit Logging	Zitadel	All	Enable comprehensive audit logging for user activities
✅	Encryption at Rest	MinIO	All	Configure encrypted storage with key management
✅	Bucket Policies	MinIO	All	Implement strict bucket access policies
✅	Object Versioning	MinIO	HIPAA	Enable versioning for data recovery capability
✅	Access Logging	MinIO	All	Enable detailed access logging for object operations
⬜	Lifecycle Rules	MinIO	LGPD	Configure data retention and deletion policies
✅	DKIM/SPF/DMARC	Stalwart	All	Configure email authentication mechanisms
✅	Mail Encryption	Stalwart	All	Enable TLS for mail transport
✅	Content Filtering	Stalwart	All	Implement content scanning and filtering rules
⬜	Mail Archiving	Stalwart	HIPAA	Configure compliant email archiving
✅	Sieve Filtering	Stalwart	All	Implement security-focused mail filtering rules
⬜	System Hardening	Ubuntu	All	Apply CIS Ubuntu Linux benchmarks
✅	System Updates	Ubuntu	All	Configure unattended-upgrades for security patches
⬜	Audit Daemon	Ubuntu	All	Configure auditd for system event logging
✅	Firewall Rules	Ubuntu	All	Configure UFW with restrictive rules
⬜	Disk Encryption	Ubuntu	All	Implement LUKS encryption for system disks
⬜	SELinux/AppArmor	Ubuntu	All	Enable and configure mandatory access control
✅	Monitoring Setup	All	All	Install and configure Prometheus + Grafana
✅	Log Aggregation	All	All	Implement centralized logging (e.g., ELK Stack)
⬜	Backup System	All	All	Configure automated backup system with encryption
✅	Network Isolation	All	All	Implement proper network segmentation
✅	Data Classification	All	HIPAA/LGPD	Document data types and handling procedures
✅	Session Management	Zitadel	All	Configure secure session timeouts and invalidation
✅	Certificate Management	All	All	Implement automated certificate renewal with Let's Encrypt
✅	Vulnerability Scanning	All	ISO 27001	Regular automated scanning with tools like OpenVAS
✅	Incident Response Plan	All	All	Document and test incident response procedures
✅	Disaster Recovery	All	HIPAA	Implement and test disaster recovery procedures

Documentation Requirements

1. Security Policies

   • Information Security Policy
   • Access Control Policy
   • Password Policy
   • Data Protection Policy
   • Incident Response Plan

2. Procedures

   • Backup and Recovery Procedures
   • Change Management Procedures
   • Access Review Procedures
   • Security Incident Procedures
   • Data Breach Response Procedures

3. Technical Documentation

   • Network Architecture Diagrams
   • System Configuration Documentation
   • Security Controls Documentation
   • Encryption Standards Documentation
   • Logging and Monitoring Documentation

4. Compliance Records

   • Risk Assessment Reports
   • Audit Logs
   • Training Records
   • Incident Reports
   • Access Review Records

Regular Maintenance Tasks

• Weekly security updates
• Monthly access reviews
• Quarterly compliance audits
• Annual penetration testing
• Bi-annual disaster recovery testing

Key Open Source Tools in Rust/Go:

1. Zitadel (Go): Identity and access management for secure authentication.
2. Stalwart (Rust): Secure email server for threat detection.
3. MinIO (Go): High-performance object storage for unstructured data.
4. Ubuntu Advantage (Go/Rust tools): Compliance and security tools for Ubuntu.
5. Tantivy (Rust): Full-text search engine for data discovery.
6. Drone (Go): CI/CD platform for DevOps automation.
7. Temporal (Go): Workflow orchestration engine.
8. Caddy (Go): Web server for seamless customer experiences.
9. SeaweedFS (Go): Distributed file system for secure file sharing.
10. Vector (Rust): Observability pipeline for monitoring.
11. Tyk (Go): API gateway for secure API management.
12. Vault (Go): Secrets management and encryption.
13. Hugging Face Transformers (Rust/Go bindings): LLM integration and fine-tuning.
14. Kubernetes (Go): Container orchestration for scalable deployments.
15. Matrix (Rust): Real-time communication and collaboration.

Built with ❤️ from Brazil, using Rust for maximum performance and reliability.