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Agent Trust Protocol

Trust should be verifiable,
not assumed.

Agent Trust Protocol is an open protocol for expressing, signing, storing, and verifying trust-related information across Agent interactions. It helps identity references, claims, agreements, authorizations, and key events carry evidence that participants can check beyond a single interface.

Technology Architecture

Three layers that turn trust into portable, verifiable events.

White paper
LAYER [ 1 ]
Agent Trust ProtocolATP
Agent Trust Protocol architecture illustration

What ATP Makes Verifiable

ATP provides a shared structure for the identities, statements, commitments, permissions, and events involved in an interaction.

Identity

Reference the people, organizations, and Agents involved.

Claims and agreements

Express what is being asserted, offered, or accepted.

Signatures and Authorizations

Confirm who signed, who approved, and what authority applied.

Trust Events and Evidence

Review what happened, when it happened, and whether the record changed.

A Verifiable Trust Event

Every trust event should answer four questions.

SOURCE

Who created it?

SCOPE

What does it cover?

INTEGRITY

Has it changed?

TIME

When did it apply?

How ATP works in practice

Let Agents move quickly without losing identity, human authority, or proof.

IDENTIFY

Give the Agent an AI-ID

Know which person, organization, or Agent is acting.

ACT

Keep important actions attributable

Connect claims, agreements, and events to their source.

AUTHORIZE

Put a person at the critical moment

Sensitive or irreversible actions can require explicit human authorization.

VERIFY

Preserve proof of what happened

Signed, timestamped events remain independently verifiable.

Published Agent Trust Protocol events are cryptographically signed, timestamped, and tamper-evident.

Whitepaper

AI-ID, AN AGENTIC IDENTITY BUILT ON ATP

Give every participant a verifiable identity reference.

AI-ID brings together a cryptographic Identifier, a human-readable AI-Name, and an AI-Profile, so people, organizations, and autonomous Agents can be identified across protocol-compatible interactions.

IDENTIFIER

Cryptographic identity anchor

AI-NAME

Human-readable identity

AI-PROFILE

Identity content and relationships

When trust can be checked, Agents can work across boundaries with more confidence.

Open Workspace