AI Infrastructure / Crawler access control / pay-per-crawl
A pay-per-crawl system that lets site owners charge AI crawlers per page across WordPress, Next.js, Laravel, Cloudflare, nginx, Python, Go, and more. The page says payments settle in USDC on Base, with no custody, and that each edition includes crawler discovery files and support for x402/MPP-style access control.
The page clearly describes a real AI-adjacent product with a concrete technical purpose: controlling crawler access and collecting per-page payments from AI bots. It shows broad stack support, implementation details, payment flow, supported discovery files, and evidence of releases and live settlements, which is enough for a useful public listing.
The snapshot is a long blog post rather than a dedicated product page, so the pricing, setup flow, and exact developer experience are scattered through the article. It also does not show a unified product homepage, docs hub, or quick-start path in one place.
Last evaluated 8 days ago. Current rank #2163. Up 6 spots in the rankings.
Keydris is an authorization layer for AI agents that checks whether a governed action is allowed before it runs. The page shows a working product with docs, quickstart steps, CLI install commands, policy and revocation concepts, and decision records for audit trails.
OpenSpender is a self-custodial wallet for agent-to-agent payments. The page shows a command-line connect flow, explains allowance-based spending rules, and includes an example of one agent paying another through MCP-compatible tools.
Anthropic’s research preview introduces the Model Hardware Standard (MHS), a shared spec for AI agents to control physical devices and orchestrate lab or manufacturing equipment. The page explains how the standard works, shows early lab examples, and positions it as an upcoming open source standard for hardware integra
Self-hosted, Kubernetes-native platform for distributed multi-model LLM inference. It includes an OpenAI-compatible API, installer flow, and infrastructure-as-code deployment with support for air-gapped environments.
