RaidzATTENTION, WITH PROOF.

Raidz documentation

Raidz is a Pons-native Web3 creator marketplace designed for Robinhood Chain. It connects creator identity and reputation to paid project work, proof verification, token settlement, and a compounding performance record.

The product loop is:

CONNECT → SCORE → RAID → VERIFY → EARN → RANK

Raidz serves two sides of the market:

  • Creators connect X, Telegram, and wallet ownership; receive an explainable 0–1000 Raidz Score; find missions or list services; submit original work; and build reputation through verified performance.
  • Projects verify their identity; define compliant work; select creators; fund an escrow; track delivery; approve evidence through a verifier quorum; and measure qualified outcomes.

Start here

If you are…Read…
New to RaidzWhat is Raidz?
A creatorCreator guide
A project or agencyProject guide
An integratorArchitecture overview and API reference
A contract reviewerSmart-contract reference and security model
An operatorDeployment and runtime and observability
Evaluating what is liveSystem status
Mapping every subsystemSystem catalog

Public surfaces

Important current boundary

The public web application, identity adapters, regular Telegram bot, database foundation, score model, policy model, domain logic, and contract prototypes exist. The displayed missions and creator profiles are demo fixtures. There is no deployed $RAIDZ token, live campaign escrow, funded reward pool, official trading address, or proven marketplace revenue. Contract prototypes have tests but have not cleared the independent review required for value-bearing production.

Every page uses the following status language:

  • Live — deployed and independently checked in the recorded environment.
  • Implemented — present in source and covered by proportionate local tests, but not necessarily exposed as a production workflow.
  • Specified — behavior and interfaces are defined; integration may still be incomplete.
  • Planned — a roadmap capability, not available today.
  • Gated — implementation or execution is intentionally blocked until named conditions pass.

This distinction is part of the product’s trust model. See System status for the component-by-component matrix.