Swarmrails MCP
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- AlicenseNot gradedqualityCmaintenanceProvides 59 pay-per-call AI tools covering crypto prices and audits, market and whale data, LLM chat, image generation, web search/fetch/summarize, and utility services, with automatic x402 USDC-on-Base payments and on-chain receipts. It works with Claude Code/Desktop, Cursor, and other MCP clients without API keys or subscriptions.MIT
- AlicenseCqualityDmaintenanceProvides access to 41 micropayment-based services for blockchain analytics, trading signals, prediction markets, and financial sentiment analysis. It enables users to perform crypto-native tasks like auditing smart contracts, tracking whale alerts, and analyzing DeFi liquidity through natural language.4197 PyPIMIT
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Stelar Signals MCPofficial
AlicenseAqualityBmaintenanceEnables AI agents to access crypto market signals including regime, sentiment, price, risk, and text tools like summarization and fact-checking, backed by a live production-grade classifier.641 npmMIT- AlicenseAqualityFmaintenanceEnables AI agents to access paid tools like crypto prices, weather, translation, and web intelligence via per-request USDC payments on Base, with no API keys or subscriptions.1526 npmMIT
TDQS
Scored across 14 tools
Most tools map to distinct modalities (image, video, code, etc.) with clear boundaries. However, `bittensor_text`, `bittensor_llm`, and `bittensor_reasoning` all handle text generation and could be confused without careful reading of their specific subnet specializations. The `sharpsignal_predict` tool is clearly distinct as the only prediction market service.
Thirteen tools follow a consistent `bittensor_<capability>` snake_case pattern that clearly indicates their function and source network. The `sharpsignal_predict` tool breaks this convention, though this is semantically justified as it uses Perplexity rather than Bittensor. All tools use descriptive, action-oriented nouns that align with their outputs.
Fourteen tools appropriately cover the breadth of Bittensor subnet offerings without excessive bloat. Each tool represents a distinct AI service (text, image, video, code, etc.) that earns its place in a comprehensive generative AI gateway. The count balances granularity with usability.
The set provides robust coverage of major generative AI modalities including text, image, video, 3D, audio, and code generation, plus data analysis and prediction markets. Minor gaps exist (e.g., no speech-to-text or image editing), but the surface covers the stated purpose of Bittensor subnet access comprehensively. The addition of prediction market intelligence adds valuable orthogonal functionality.