An open collaborative initiative advancing decentralised agent frameworks that integrate Nostr relays for communication, Bitcoin Lightning for micropayments, distributed identity, and open data connectors to enable trustless, economically-incentivised multi-agent coordination without central intermediaries.
Semantic Classification
Content
- Active Research Projects Registry with Melvin Carvalho Decentralised Web Advocate for Agents Distributed Identity Distributed Computing Nostr protocol Bitcoin Proof-of-Work Protocol
- Agentic Alliance - Advancing Agent Frameworks
- agenticalliance/agenticalliance.com: Agentic Alliance
Initial chats with AI
sequenceDiagram participant Agent participant IdentityManagement participant SolidPod participant LoggingSystem Agent->>IdentityManagement: Authenticate request IdentityManagement-->>Agent: Auth token or error alt Authenticated Agent->>SolidPod: Request data with token SolidPod-->>Agent: Data or permission denied else Not Authenticated Agent: Handle auth failure end Agent->>LoggingSystem: Log access attempt
- I’ve created a comprehensive Mermaid diagram that illustrates an open agentic framework incorporating the technologies you mentioned, along with some additional complementary protocols. Let me break down the key components:
- Distributed Identity Layer
- Decentralized Computation Network
- Open Data Connectors
- Economic Incentive Layer
- Nostr Relays for decentralized communication
- Bitcoin Lightning Network for compute marketplace and payments
- Synthetic Stablecoin Dollar Network
- Anthropic Model Context Protocol
- Distributed Git
- Solid Protocol for identity
- WebSocket API Layer
- Peer-to-Peer Messaging
- Decentralized Storage Protocols
- Governance and Interoperability Protocols
- The diagram shows how these different components interconnect, creating a robust, decentralized ecosystem for computational agents. The color-coded layers help visualize the different types of components:
- Blue represents core framework layers
- Green represents communication and protocol layers
- Purple represents economic and incentive layers
- The architecture is designed to be open, interoperable, and resistant to centralization, with multiple paths for data flow, computation, and economic exchange.
3. User Data Access Sequence
Key Implementation Notes
- Error Handling:
- Ensure fallback mechanisms for failed payments or data access.
- Use retry strategies for communication with external components.
- Privacy:
- Adhere strictly to user permissions with Solid Pods.
- Security:
- Use robust identity verification and cryptographic signatures for transactions.
- Scalability:
- Design APIs and logging systems to handle high throughput.
Claude
flowchart TB Identity and Communication B --> NostrRelays[Nostr Relay Network] B --> SolidProtocol[Solid Protocol Identity] Data Connectors D --> AnthropicContext[Anthropic Model Context Protocol] D --> OpenDataProtocols[Decentralized Data Schemas] Interconnections NostrRelays <--> LightningNetwork SyntheticStablecoin <--> LightningPayments DistributedGit <--> ComputeMarketplace Cross-Protocol Interactions A --> Protocols LightningNetwork --> WebSocketAPI AnthropicContext --> DecentralizedStorage Additional Annotations classDef core fill:#2563eb,color:#ffffff,stroke:#1e40af,stroke-width:2px; classDef protocol fill:#10b981,color:#ffffff,stroke:#059669,stroke-width:2px; classDef economic fill:#8b5cf6,color:#ffffff,stroke:#7c3aed,stroke-width:2px; class A,B,C,D,E core; class NostrRelays,SolidProtocol,WebSocketAPI,P2PMessaging protocol; class SyntheticStablecoin,LightningPayments,ComputeMarketplace economic;