EINZ LAYER -> Trust Infrastructure

Hardware-Rooted Trust
for the Agentic Age.

AI agents are executing real actions — purchases, bookings, delegation. EINZ ensures every action is tied to hardware identity, verifiable execution, and enforceable reputation. No proof. No authority.

Protocol Principles

HARDWARE IDENTITY
TPM-BOUND
Every agent has a cryptographic ID burned into its hardware. Can't be faked, can't be copied.
ENFORCEABLE DELEGATION
SHIELD-MCP
When Agent A gives Agent B a task, that permission is signed and verifiable — not just a promise.
AUDIT MECHANISM
VERIFICATION
Every action leaves a trace. What an agent did can be replayed and checked after the fact.
PENALTY LAYER
HARDWARE SLASHING
Bad actors don't just get flagged — their hardware-level trust score gets cut. Skin in the game.

Use Cases

Agentic Commerce An agent books flights and purchases goods via WebMCP. einz.io proves it's authorized, signs every transaction, and ensures accountability if it goes rogue.
Agent-to-Agent Delegation Your orchestrator delegates to a sub-agent you've never seen. einz.io verifies its hardware identity and runtime state before any data is shared.
High-Stakes Automation Financial analysis, medical triage, legal review. When the cost of a wrong action is catastrophic, software-only trust isn't enough.

Eins Core — The Protocol

Attestation
Registration
Signing
npm install @einsid/core · coming soon

TPM identity check, certificate issuance, and request signing for any MCP-compatible agent. Drop-in middleware. Three API calls to hardware-backed identity.

Eins Trust — The Network

Validation
Credibility & Responsibility

Global reputation layer. Judge agents verify execution traces, enforce policy compliance, and maintain credibility scores. Good agents earn trust. Bad agents get slashed.

Positive Outcome Credibility Gains
Negative Outcome Slashing / Score Decrease
Protocol Principle

Identity is cheap in software,
expensive in silicon.
Responsibility should inherit that cost.

Documentation Whitepaper