@zeromodern/mcp-server-0mod
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Alternatives to @zeromodern/mcp-server-0mod
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Related Servers
- AlicenseNot gradedqualityCmaintenanceEnables machine-payable, zero-subscription AI utility tools via HTTP 402 on Base and Solana, including markdown web scraping, prompt injection detection, Solana token audits, and domain intelligence.MIT

freedom-m2m-mcp-serverofficial
AlicenseNot gradedqualityAmaintenanceEnables AI agents to access pay-per-call web unlocking, structured extraction, clean scraping, Python sandbox execution, persistent key-value memory, and clearinghouse task bounties, with settlement via Bitcoin Lightning L402 or Base/Solana USDC x402.MIT- AlicenseAqualityAmaintenanceProduction HTTP 402 micropayment web scraper, Llama-3 digest, and Twitter intelligence engine for AI agents on Base L2. Zero API keys, zero subscriptions.6MIT
- AlicenseNot gradedqualityBmaintenanceEnables AI agents to call 93 pay-per-call machine-to-machine services spanning web scraping, crypto sentiment, market data, on-chain analytics, social and threat intelligence, vulnerability scanning, and micro-SaaS utilities. Payments are settled in USDC on Arbitrum via the x402 protocol using a wallet header, so no API keys, signups, or billing setup are required.MIT
- AlicenseNot gradedqualityCmaintenance20-tool MCP server - production web-intelligence API gateway exposing 10 Website Intelligence + 7 Marketing APIs as 20 MCP tools over Streamable HTTP + stdio, with pay-per-call Solana USDC payments. 20 tools: URL-to-Markdown, metadata, technology detection, contact extraction, SEO audit, SSL, DNS, sitemaps, robots.txt, Google Maps reviews, AI company/website summaries, citation checking Cloud-hostMIT
- AlicenseAqualityCmaintenanceEnables paid web-extraction tools for agents, settling each request in USDC on Base with no account or API key.654 npmMIT
TDQS
Scored across 10 tools
The six crypto_* tools mostly target distinct operations (coverage, spread candles, dislocations, latency, impact simulation), though crypto_spread_candles and crypto_dislocations overlap somewhat since both concern cross-venue spreads. The four non-crypto utilities (airgap_scrub, domain_check, image_ocr_shrink, stealth_dom) are each clearly distinct in purpose. No two tools appear to do the same thing, so misselection risk is low.
There is a loose domain-prefix convention (crypto_, dex_, domain_, image_, stealth_, airgap_) but the suffix styles vary between noun phrases (crypto_coverage, dex_price_summary, domain_check) and verb phrases (airgap_scrub, image_ocr_shrink, stealth_dom). The result is readable but not a predictable verb_noun pattern throughout. Mixed conventions keep this mid-range.
Ten tools is a reasonable, well-scoped count with no redundancy or bloat. However, the set is a grab-bag that bundles crypto telemetry with unrelated utility functions, so the count is appropriate per-tool but the server's scope is unfocused. Slightly over/under rather than a clean fit.
For crypto telemetry the surface covers coverage, spreads, dislocations, latency, impact simulation, and DEX pricing, which is decent, but there is no historical OHLC retrieval, order-book snapshot, or order execution to complete the workflow. The four utility tools are standalone one-shot operations with no lifecycle coverage (e.g. no domain registration or batch OCR). Notable gaps exist across both halves of the server.