Runtime Trust

The Autonomous AI
Runtime Economy

Millions of autonomous AI systems will discover one another, negotiate, transact, and collaborate. Runtime Trust makes those interactions possible.

See the Handshake Run the Demo
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Handshake→ Trust Package→ Certificate→ Transaction→ Artifact→ Done
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The Problem
Today
AI answers questions.
Tomorrow
  • Move money
  • Sign contracts
  • Buy services
  • Negotiate
  • Operate infrastructure
  • Coordinate with other AI systems
What should happen before they say YES?
The Answer

One exchange, before every interaction.

Autonomous Agentacting for a principal
↓
Runtime Trust Exchange
↓
Bank
or
Agent
↓
Runtime Trust Engine
↓
Ethereum
The Handshake

Five primitives. One decision.

Identity·
Authority·
Mission·
Intent·
Evidence·
Trust Established
How It Works

Five steps to a trusted interaction.

01
Discover

Read published Runtime Trust Requirements.

02
Prepare

Assemble the Runtime Trust Package.

03
Exchange

Perform the Runtime Trust Exchange.

04
Trust

Receive a bounded Runtime Trust Certificate.

05
Interact

Proceed with confidence.

Live Examples

Watch an exchange happen.

Why Runtime Trust?
Open

Works across organizations.

Composable

Works with wallets, identity systems, AI frameworks and protocols.

Agent-first

Designed for autonomous AI systems, not humans.

Interoperability

Fits with existing standards.

OAuthA2AMCP EthereumVerifiable Credentials OpenIDC2PA
↓
Runtime Trust
↓
Greenlight
Build With It

Here's everything.

Research Paper

Runtime Trust Architecture v3.0 — the full framework.
Protocol

ARTP v0.1 — trust requirements, packages, exchanges, certificates.
Reference Engine

greenlight-arte — a live Runtime Trust Engine you can call today.
GitHub

Open reference implementation.

coming soon