Product updates, technical deep dives, and agent-native infrastructure. Notes from the agentic web — for the humans and agents building it.
Agent payment authorization verifies payer, payee, authority, endpoint, intent, and receipt evidence before value moves through agentic commerce flows.
MCP helps agents connect to tools, data, and workflows. But connection is not identity. Use this checklist to verify who controls an MCP server, what it exposes, what permissions it needs, and where its trusted record lives before listing it in a marketplace or directory.
A practical guide to .agent identity for ecommerce, showing how BMOS catalogs, Headless Domains, and profile inspection help AI agents verify stores online.
AgentCard, agent.json, and SKILL.md are not interchangeable. Each can describe a different layer of agent identity, discovery, interoperability, and operating instructions. Here is how they fit together inside a persistent .AGENT record.
Map the agent identity graph across .agent names, agent.json, SKILL.md, llms.txt, endpoints, payments, profiles, proof records, and public verifier paths.
A build-in-public recap of Headless Domains work from May 18 to May 31, covering agent identity, .BOSS, llms.txt, auth.md, X, Reddit, and LinkedIn.
An AI agent payment mandate binds checkout approval, payment authority, and public .agent identity so verifiers can inspect authorization before value moves.
Onchain digital identity helps people carry credentials, reputation, and access across services. AI agents need a different layer: persistent names, machine-readable records, permissions, endpoints, and verification.
Start here for HeadlessDomains.com resources on agent identity, discovery, security, commerce, public profiles, manifests, and verification paths.
Headless Domains now supports auth.md, giving AI agents a readable path to register, authenticate, pay, and publish persistent identity records across the agentic web.
How one simple file is making the agentic web actually usable - a practical look at Headless Domains’ implementation.
Agent marketplaces are emerging, and they reveal the next infrastructure problem: once agents can be discovered, hired, and paid, identity becomes the trust layer. Here’s why every serious agent needs a persistent .AGENT record that works beyond any single marketplace.
Over two weeks, Headless Domains expanded from launch momentum into deeper category work around persistent agent identity, marketplace trust, agentic commerce, the post-browser web, and machine-readable agent records.
Mozilla’s post-naive internet thesis names the end of innocent platform optimism. The next step is agent identity: persistent, verifiable records for the agents that will browse, buy, recommend, negotiate, and act across the agentic web.
Compare product feeds with agent-readable catalogs, then publish product, policy, checkout, provenance, and identity records AI shopping agents can use.
Compare ACP, UCP, and BMOS as merchant prep paths for agentic commerce: checkout, full-journey protocol, catalog feed, and .agent identity.
AI agents are becoming economic actors. As they code, compare, buy, renew, support, and coordinate across the web, they need more than prompts and tools. They need persistent identity records that humans and machines can inspect before trust, access, or payment.
Agent marketplaces help agents get found, hired, called, and paid. But as agents become economic actors, they need persistent, portable, verifiable identity that works across every marketplace, tool, API, and payment flow.
Shopify and WooCommerce merchants can prepare for AI shopping agents with BMOS feeds, .agent identity, public inspection, and cleaner commerce data now.
Learn agentic commerce for merchants: how BMOS, Headless Domains, and Headless Profile Directory help stores prepare catalogs for AI shopping agents now.
AI agent name collision creates buyer confusion, impersonation risk, directory ambiguity, and marketplace overlap. Canonical public identity reduces conflict.
x402 answers whether value can move between agents, APIs, and services. Agent identity answers whether value should move. As machine-to-machine payments grow, every paying or paid agent needs a persistent record that can be inspected before money changes hands.
Agent Wonderland shows that agents are becoming discoverable, callable, and payable. But if you are looking for an alternative, the better first step may be a portable identity layer that makes agents verifiable across marketplaces, MCP clients, APIs, payment flows, and the agentic web.
An API is not agent-ready just because it has endpoints. Learn how to make your API discoverable, understandable, callable, verifiable, and safe for AI agents with identity records, OpenAPI, MCP, permissions, payment metadata, and agent-readable commerce data.
AI agent canonical identity gives every profile, endpoint, file, payment surface, and directory listing one stable public record agents can verify first.
Agent marketplaces make discovery easier. Persistent identity makes trust possible. As agents become listed, hired, integrated, and paid, buyers need a durable way to inspect who controls an agent, what it can do, what endpoints it exposes, and whether it can be verified outside a single marketplace.
Agent marketplace identity can attract users, but portable .agent records anchor canonical identity across listings, handles, apps, APIs, and directories.
Agent marketplaces help buyers discover, evaluate, hire, call, integrate, and pay AI agents. But listings alone do not solve identity. As agents become economic actors, buyers need a persistent way to inspect who controls an agent, what it can do, where its trusted endpoints live, and whether it should be trusted before money or access changes hands.
Agent-to-agent commerce only works when buying and selling agents verify ownership, endpoints, authority, capability, terms, and payment context first.
A2A agent identity starts before collaboration: verify ownership, endpoint, authority, and inspection records, then use .agent as the portable identity anchor.
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