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Found 12 Skills
Build MCP clients that connect to ContextVM servers over Nostr. Use when creating clients, discovering servers, connecting to remote servers, handling encrypted connections, or implementing the proxy pattern for existing MCP clients.
Build MCP servers that expose capabilities over the Nostr network using ContextVM. Use when creating new servers, converting existing MCP servers to ContextVM, configuring server transports, implementing access control, or setting up public server announcements.
Understand ContextVM protocol fundamentals, architecture, and core concepts. Use when users need to learn about ContextVM basics, how it bridges MCP with Nostr, protocol design principles, event kinds, or the relationship between MCP and Nostr in decentralized communication.
Understand ContextVM core concepts, architecture decisions, and frequently asked questions. Use when users need clarification on what ContextVM is, why it uses Nostr, decentralization benefits, public vs private servers, network topology, or comparisons with traditional MCP.
This skill should be used when working with the Nostr protocol, implementing Nostr clients or relays, handling Nostr events, or discussing Nostr Implementation Possibilities (NIPs). Provides comprehensive knowledge of Nostr's decentralized protocol, event structure, cryptographic operations, and all standard NIPs.
This skill should be used when working with nostr-tools library for Nostr protocol operations, including event creation, signing, filtering, relay communication, and NIP implementations. Provides comprehensive knowledge of nostr-tools APIs and patterns.
Deploy and manage censorship-resistant static websites on the Nostr network using nsyte CLI. Covers installation, project setup, configuration, authentication (NIP-46 bunkers), deployment to Blossom servers, CI/CD automation, and troubleshooting. Use when the user mentions nsyte, nsite, Nostr site hosting, Blossom uploads, or decentralized web publishing.
Implement Nostr client architecture including relay pool management, subscription lifecycle with EOSE/CLOSED handling, event deduplication, optimistic UI for publishing, and reconnection strategies. Use when building Nostr clients, managing WebSocket relay connections, handling subscription state machines, implementing event caches, or debugging relay communication issues like missed events or broken reconnections.
Build and traverse Nostr social graphs including follow lists (kind:3, NIP-02), relay list metadata (kind:10002, NIP-65), the outbox model for relay-aware event fetching, mute lists (kind:10000), and NIP-51 lists with public and private encrypted items. Use when implementing follow/unfollow, building feeds from followed users, discovering user relays, implementing the outbox model, creating mute or bookmark lists, or working with any NIP-51 list kind.
Build Nostr Data Vending Machine (DVM) services and clients using NIP-90. Use when implementing AI/compute service providers (kinds 5000-5999 job requests, 6000-6999 job results, kind 7000 feedback), creating DVM job request clients with payment handling, chaining DVM jobs, handling encrypted DVM params, or publishing NIP-89 service provider discovery events for DVMs.
Use when constructing Nostr events from natural language descriptions, building kind-specific tag structures, implementing NIP-10 threading for kind:1 replies, creating NIP-22 comments on non-note content, or generating correct event JSON with proper e/p/a tag markers and serialization format.
Use the @contextvm/sdk TypeScript SDK effectively. Reference for core interfaces, signers, relay handlers, transports, encryption, logging, and SDK patterns. Use when implementing SDK components, extending interfaces, configuring transports, or debugging SDK usage.