General Bots 6 (GB6) Platform Architecture

Overview

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.

Key Capabilities

• Scale: Supports billions of active users and millions of concurrent rooms
• Performance: Sub-second message delivery with 4K video streaming capabilities
• Storage: Petabyte-scale message and media storage
• Distribution: Global presence with regional optimization
• Reliability: 99.99% uptime guarantee with zero message loss
• Security: Enterprise-grade security with multi-tenant isolation

System Architecture

1. Multi-Tenant Core

Customer Management

• Organization Hierarchy
  • Multi-level customer organization structure
  • Independent instance management
  • Regional deployment controls
  • Resource quota enforcement

Subscription & Billing

• Usage tracking and analytics
• Flexible billing models
• Resource allocation management
• Quota monitoring and enforcement

2. Communication Infrastructure

Real-time Rooms

• WebRTC Integration

  • High-quality audio/video streaming
  • Dynamic track management
  • Intelligent participant handling
  • Scalable room management

• Media Features

  • Professional recording capabilities
  • Zoom-like video conferencing
  • TikTok-style live streaming
  • Advanced media processing

Messaging System

• Core Messaging

  • Sharded message processing
  • Guaranteed message persistence
  • Real-time delivery optimization
  • Sophisticated message routing

• Message Features

  • Delivery status tracking
  • Full-text message search
  • Thread management
  • Rich media support

3. Technical Infrastructure

Storage Architecture

• Relational Data (PostgreSQL)

  • Customer-based sharding
  • Optimized table partitioning
  • Read replica distribution

• Real-time Data (TiKV)

  • Distributed key-value storage
  • High-performance lookups
  • Real-time data access

• Caching Layer (Redis)

  • Session management
  • Rate limiting implementation
  • Temporary data storage

Message Processing

• Event Processing (Kafka)

  • Sharded topic management
  • Efficient message routing
  • Real-time event streaming

• Real-time Updates (Redis Pub/Sub)

  • Presence management
  • Status synchronization
  • Instant notifications

Media Infrastructure

• WebRTC Services
  • Media server clustering
  • Track multiplexing
  • Real-time processing
  • Efficient media storage

4. Operational Excellence

Monitoring

• System health metrics
• Resource utilization tracking
• Performance analytics
• Quality assessments
• Error monitoring
• Latency tracking

Scaling Operations

• Automated scaling rules
• Dynamic shard management
• Intelligent load balancing
• Robust failover systems
• Seamless data migration

Security Framework

• Multi-factor authentication
• Role-based authorization
• Rate limit enforcement
• End-to-end encryption
• Comprehensive audit logging

Implementation Specifications

Technology Stack

• Core Services: Rust for performance-critical components
• Benefits:
  • Maximum performance
  • Memory safety guarantees
  • Reliable concurrency
  • System stability

Sharding Strategy

• Customer-ID based sharding
• Instance-level isolation
• Geographic distribution
• Data locality optimization

Performance Targets

• Billion+ concurrent connections
• Millisecond-level message delivery
• 4K video streaming support
• Petabyte-scale data management

Reliability Standards

• 99.99% platform availability
• Zero message loss guarantee
• Automated failover systems
• Multiple data redundancy

Development Guidelines

Multi-tenant Considerations

1. Strict tenant isolation
2. Resource quota management
3. Security boundary enforcement
4. Performance isolation
5. Independent scaling capabilities
6. Tenant-specific monitoring

Bot Integration

1. Automated workflow support
2. Custom bot development
3. AI/ML integration capabilities
4. Event-driven automation
5. Bot resource management
6. Performance monitoring

Deployment Architecture

1. Global edge presence
2. Regional data centers
3. Content delivery optimization
4. Traffic management
5. Disaster recovery
6. Backup systems