new(all): Initial import.
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Rodrigo Rodriguez
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README.md
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README.md
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# General Bots 6 (GB6) Platform Architecture
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## Overview
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General Bots 6 (GB6) is a billion-scale real-time communication platform that integrates advanced bot capabilities, WebRTC-based multimedia communication, and enterprise-grade messaging. The platform is designed to support massive concurrent usage while maintaining high performance and reliability.
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## Key Capabilities
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- **Scale**: Supports billions of active users and millions of concurrent rooms
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- **Performance**: Sub-second message delivery with 4K video streaming capabilities
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- **Storage**: Petabyte-scale message and media storage
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- **Distribution**: Global presence with regional optimization
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- **Reliability**: 99.99% uptime guarantee with zero message loss
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- **Security**: Enterprise-grade security with multi-tenant isolation
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## System Architecture
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### 1. Multi-Tenant Core
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#### Customer Management
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- **Organization Hierarchy**
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- Multi-level customer organization structure
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- Independent instance management
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- Regional deployment controls
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- Resource quota enforcement
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#### Subscription & Billing
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- Usage tracking and analytics
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- Flexible billing models
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- Resource allocation management
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- Quota monitoring and enforcement
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### 2. Communication Infrastructure
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#### Real-time Rooms
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- **WebRTC Integration**
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- High-quality audio/video streaming
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- Dynamic track management
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- Intelligent participant handling
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- Scalable room management
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- **Media Features**
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- Professional recording capabilities
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- Zoom-like video conferencing
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- TikTok-style live streaming
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- Advanced media processing
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#### Messaging System
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- **Core Messaging**
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- Sharded message processing
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- Guaranteed message persistence
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- Real-time delivery optimization
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- Sophisticated message routing
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- **Message Features**
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- Delivery status tracking
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- Full-text message search
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- Thread management
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- Rich media support
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### 3. Technical Infrastructure
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#### Storage Architecture
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- **Relational Data (PostgreSQL)**
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- Customer-based sharding
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- Optimized table partitioning
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- Read replica distribution
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- **Real-time Data (TiKV)**
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- Distributed key-value storage
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- High-performance lookups
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- Real-time data access
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- **Caching Layer (Redis)**
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- Session management
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- Rate limiting implementation
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- Temporary data storage
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#### Message Processing
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- **Event Processing (Kafka)**
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- Sharded topic management
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- Efficient message routing
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- Real-time event streaming
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- **Real-time Updates (Redis Pub/Sub)**
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- Presence management
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- Status synchronization
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- Instant notifications
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#### Media Infrastructure
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- **WebRTC Services**
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- Media server clustering
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- Track multiplexing
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- Real-time processing
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- Efficient media storage
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### 4. Operational Excellence
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#### Monitoring
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- System health metrics
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- Resource utilization tracking
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- Performance analytics
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- Quality assessments
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- Error monitoring
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- Latency tracking
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#### Scaling Operations
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- Automated scaling rules
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- Dynamic shard management
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- Intelligent load balancing
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- Robust failover systems
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- Seamless data migration
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#### Security Framework
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- Multi-factor authentication
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- Role-based authorization
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- Rate limit enforcement
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- End-to-end encryption
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- Comprehensive audit logging
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## Implementation Specifications
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### Technology Stack
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- **Core Services**: Rust for performance-critical components
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- **Benefits**:
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- Maximum performance
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- Memory safety guarantees
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- Reliable concurrency
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- System stability
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### Sharding Strategy
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- Customer-ID based sharding
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- Instance-level isolation
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- Geographic distribution
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- Data locality optimization
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### Performance Targets
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- Billion+ concurrent connections
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- Millisecond-level message delivery
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- 4K video streaming support
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- Petabyte-scale data management
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### Reliability Standards
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- 99.99% platform availability
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- Zero message loss guarantee
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- Automated failover systems
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- Multiple data redundancy
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## Development Guidelines
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### Multi-tenant Considerations
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1. Strict tenant isolation
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2. Resource quota management
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3. Security boundary enforcement
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4. Performance isolation
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5. Independent scaling capabilities
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6. Tenant-specific monitoring
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### Bot Integration
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1. Automated workflow support
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2. Custom bot development
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3. AI/ML integration capabilities
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4. Event-driven automation
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5. Bot resource management
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6. Performance monitoring
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## Deployment Architecture
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1. Global edge presence
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2. Regional data centers
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3. Content delivery optimization
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4. Traffic management
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5. Disaster recovery
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6. Backup systems
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