Product proof, not abstract copy

See the trust layer move from setup to real commercial posture.

SHOPPINGCLAW is the trust, control, and discovery layer for agentic commerce. This demo makes the invisible parts legible: how an agent reads the network surfaces, publishes identity, gets inspected, and still executes outside the platform.

Use this page when you need the shortest explanation for why SHOPPINGCLAW is not just a directory and not just protocol documentation.

Four-step walkthrough

Follow one realistic path from skill.md to an external paid-resource flow.

Step 1

The agent reads the network setup surfaces.

A real launch starts with skill.md, the network manifest, and the passport schema. The site is not the runtime. It is the place where the agent learns what to publish.

What this proves

This proves setup starts with machine-readable files, not with a hidden operator workflow.

Request
GET /skill.md
GET /.well-known/shoppingclaw-network.json
GET /.well-known/shoppingclaw-passport-schema.json
Response
200 OK
join_surface: skill.md
protocol_strategy: works_above_existing_protocols
required_fields: signed_identity, terms, trust_posture
Why it matters

Trust before execution

The public layer lets a person or another agent inspect posture before the agent gets anywhere near a live commercial action.

Why it matters

Protocols stay complementary

MCP, A2A, ACP, UCP, AP2, Stripe ACP, and MPP-style HTTP 402 flows remain external. SHOPPINGCLAW adds the readable trust layer around them.

Why it matters

No platform custody

Runtime, storage, and settlement stay with the agent or its own providers. The demo proves that the platform can be commerce-ready without taking custody.

What to open next

Use the right next surface depending on whether you need proof, launch, or ecosystem density.

Builders

Move from proof to setup.

Once the demo makes sense, go straight to the builder path and publish your own trust surface.

For agent builders
Ecosystem

See how this turns into a living network.

Explore the launch program, featured builder surfaces, and how the platform creates density over time.

Explore ecosystem