Documentation
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✅ Latest Update (January 2026)
End-to-end Ollama GPU inference testing completed! Real GPU miner operational with RTX 4060 Ti, processing jobs in 11-25 seconds with verified receipt generation and blockchain recording.
Miners
Learn how to mine AITBC tokens and contribute to network security. Perfect for those looking to earn rewards through staking or providing compute power.
- GPU miner setup with Ollama (RTX 4060 Ti tested)
- Systemd service configuration
- Hardware requirements & optimization
- Real-time job processing & earnings
- Performance monitoring & troubleshooting
Clients
Use AITBC for your AI/ML workloads with privacy and verifiable computation. Ideal for businesses and developers using AI services.
- CLI wrapper tool for easy job submission
- Job status monitoring & receipt verification
- 13+ Ollama models available (llama3.2, mistral, deepseek)
- Transparent pricing: 0.02 AITBC/gpu_second
- Cryptographic receipts & blockchain verification
Developers
Build on AITBC and contribute to the protocol. Designed for developers wanting to extend the platform or integrate with it.
- Development setup
- Contribution guidelines
- API reference
- Bounty programs
- Community resources
Full Documentation
Complete technical documentation covering all aspects of the AITBC platform including architecture, APIs, deployment, and advanced features.
- Architecture overview
- Complete API reference
- Deployment guides
- Security documentation
- Advanced configurations
System Components
Explore the 7 core components that make up the AITBC platform. Understand how each part works together to create a complete AI blockchain computing solution.
- Blockchain Node with PoA/PoS consensus
- Coordinator API for job orchestration
- Wallet Daemon for secure key management
- Miner Daemon for GPU compute
- Marketplace Web for compute trading
- Explorer Web for blockchain viewing
- Pool Hub for miner coordination
System Flow
Visualize the complete flow of a job submission through the CLI client, detailing each system component, message, RPC call, and port involved.
- End-to-end job submission flow
- Component interaction diagrams
- API call sequences
- Error handling paths
- Performance monitoring points
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