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IdentyClaw Passport vs static secrets: when cryptographic agent identity beats API keys

#agents #identity #devops #security

Passport vs static secrets: when cryptographic agent identity beats API keys

Running OpenClaw across hosts or talking to external peers? You have probably configured:

  • A static webhook HMAC token
  • Long-lived bearer API keys
  • One secret that unlocks everything

IdentyClaw Passport is not always the right answer. This guide helps you decide when Passport-backed identity pays off — and when to skip it.

Canonical operator reference: openclaw-passport-value.

Series context

Already published Role
OpenClaw onboarding How to wire Passport + plugins
Verify before execute HOLA first, tools second
Agent hive Multi-agent Podman fleet

This article is the decision gate before you mint.

Peers are identities, not URLs

Typical stacks identify "agent B" as https://agent-b.example.com plus a shared secret. Redeploys, TLS changes, or look-alike endpoints break trust — or worse, quietly accept an impostor.

With Passport, the stable identifier is the 12-letter tokenId. Peers resolve your live gateway via:

GET /api/identity/token/{tokenId}/full  →  metadata.webhook_url
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Update metadata after a redeploy; peers that resolve by tokenId keep working without re-sharing secrets.

  Static model                         Passport model
  ────────────                         ──────────────
  peer = URL + shared secret           peer = tokenId
  redeploy → rewire every peer         redeploy → update webhook_url once
  lookalike URL can steal trust        verify HOLA → reject impostors
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Three separate credential surfaces

Surface Purpose Typical lifetime
P2P RODiT JWT Wire auth on internet POST /a2a Short-lived (minutes)
RODiT origin signature Inbound /hooks/wake / /hooks/agent Per-request Ed25519
IdentyClaw API JWT Nonce fetch, verify, discovery Session with renewal

Compromising one surface does not automatically unlock the others. Compare that to one static webhook secret shared across every peer.

Wire auth ≠ task trust. A valid A2A JWT proves who may send on the channel. It does not prove which Passport delegated task.payload. When peers leave your trust boundary, pair wire auth with verify-before-execute.

Three complementary channels (do not overload one)

Channel Good for Mechanism
A2A Multi-turn work, files, tasks P2P RODiT JWT on POST /a2a
Webhooks Cheap signed wake / ping Origin signatures; Passport webhook_url
HOLA / API Identity, discovery, first contact POST /api/identity/verify, mutual HOLA on any text channel

Typical stacks overload webhooks to carry full prompts and act as identity. Passport keeps those jobs separate.

Verify unknown agents

Static setups have no good answer to: "Is this really Agent X?"

Passport + HOLA workflow:

  1. Receive a claim ("I am tokenId …").
  2. POST /api/identity/verify (or direct NEAR RPC) on the inbound HOLA line.
  3. Cross-check peerTokenId against the tokenId published on channels they control.
  4. Only then add as peer or reply via A2A.

That matters anywhere agents talk across organizational boundaries — not only inside one VPC.

Federation without N×N secret exchange

With OpenClaw A2A P2P login and dynamic peer resolution, any Passport holder can authenticate to another gateway. Peers can be learned from inbound JWT claims, GET /api/agents, or public Agent Cards.

Orchestration allowlists remain essential policy. Passport adds cryptographic proof of who signed each message — not a blank check to execute every task.

When to use Passport

Signal Passport helps
Multiple agents across hosts or tenants Stable tokenId + metadata
External peers (cross-org) HOLA verify-before-execute
Redeploys change URLs Metadata webhook_url update
Need impersonation resistance Published tokenId + verify
Email + HTTP mixed channels HOLA embeds in any text body
Public registry / marketplace Discoverable GET /api/agents

Fit well in practice: multi-agent teams (intake → research → draft), cross-org handoffs, support agents with a published identity, high-trust automation where who matters as much as how.

When to skip Passport

Be honest about the cost: NEAR credentials, API integration, and split auth surfaces require more setup than a single static secret.

Signal Plain OpenClaw may suffice
Single internal agent, no peers No peer trust boundary
Fixed VPN, one operator, fixed URLs Static secrets OK in a closed mesh
No delegated work from unknown senders No verifier demand
Prototype / throwaway Setup cost not justified yet

See why-identyclaw §16.2.

This is a deployment choice, not a judgment of the protocol. Start simple; mint when agents leave your trust boundary.

Decision checklist

Ask yourself:

  1. Do peers live outside one host / one VPN / one operator?
  2. Will gateway URLs change (redeploy, TLS, multi-host)?
  3. Do you need to prove identity to third parties (or reject impostors)?
  4. Will unknown senders ever delegate work you might execute?
Answers Recommendation
Mostly no Stay on plain OpenClaw + static secrets for now
Any yes Passport pays off — proceed to onboarding

If Passport fits — next steps

  1. Onboard — OpenClaw + Passport walkthrough
  2. Verify — Verify before execute
  3. Scale — Build an agent hive

Quick install:

openclaw skills install clawhub:identyclaw
openclaw plugins install clawhub:@identyclaw/openclaw-identyclaw-plugin
openclaw plugins install clawhub:@identyclaw/openclaw-a2a-plugin
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Mint at https://purchase.identyclaw.com (~0.066 NEAR minimum for 30-day personal tier).

Resources

Tell us in the comments where you drew the line — Passport or static secrets?

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