Claim Address Redirect
Last updated
Was this helpful?
Last updated
Was this helpful?
If an USD0++ integration partners can't by themselves mint and claim the USUAL rewards that accumulate on their smart contract, then this "Claim Address Redirect" integration feature enables them to access the USUAL and redistribute it to their Users as lined out .
In in order to request a "Claim Address Redirect" a current or potential integration partner simply has to follow the flow as outlined in the graphic below:
Contact the USUAL DAO via the established communication channel.
If no channel is available yet, set one up (if you work in Crypto you know how 😏)
Communicate the contract address on which the USUAL accumulates as well as the address that should "Claim" it.
In order to add your claim address we require "sufficient" proof that you are the deployer or the project team behind the contract address that should be redirected.
Sufficient proof could be:
Social proof
Governance proof (e.g. DAO vote)
Signed message from original deployer
Proof of redistribution
After the "Claim Redirect Address" has been added, a pre-defined challenge period (5 days) will start, in which the USUAL DAO admin or the original claim address owner can cancel the addition of the claim address.
As USUAL DAO we strive to diligently enact the "Claim Address Redirect" process. However, it's up to the integrators to provide correct addresses, sufficient proof and reward their users properly. As an enduser please take up any reward disputes and challenges with the respective integrator.
For the best "Claim" experience after the successful redirect we recommend that address is set up in a (MultiSig) wallet (such as ), which can interact with our dApp or Etherscan.
Once the proof has been established, the Claim Redirect will be added to the .
As soon as the challenge period has concluded the added "Claim address" can claim the USUAL via the Usual dApp's (or ).
As long as an integration is not fully integrated with the reward system (i.e. enduser can claim USUAL via ) it is up to the USD0++ integrator to reward its endusers.