Use the Relayer API - Mainnet
Overview
The Relayer API is a product that makes it easy to verify zero-knowledge proofs using the zkVerify network. This challenge invites you to explore its functionality, submit real proofs, and provide valuable feedback to improve the developer experience.
By completing the tasks below, you can earn Incentivized Program Points and move up the leaderboard.
Start here: Read the Relayer documentation to understand how the system works.
Tasks & Rewards
1. Submit Valid Proofs at Scale Using the Relayer API - Mainnet
- Relayer usage is tracked via your Mainnet API key. To use the Relayer API, you will need an API key. Create your API key here: https://relayer.horizenlabs.io
- Power users can reach out to us on Discord to adjust their rate limits or fill out this form; participants should specify their use cases and/ or apps they’re working on that uses the Relayer integration and we will determine the rate limit increase accordingly.
Points will be calculated based on your valid submission volume over time for qualified use cases. Points will not be rewarded for submitting the same proof examples provided in the documentations. To qualify, you must also provide a link to your zk-app that is integrated with the Relayer
| # of Unique Proofs Submitted | Points |
|---|---|
| 1-100 | 15 |
| 101-500 | 30 |
| 501-1000 | 60 |
| 1000+ | 100 |
2. Provide Feedback on the Relayer
Help improve the tool by submitting detailed feedback or reporting issues:
- Complete the Relayer Feedback Form
- Report an unknown bug (include sufficient details and screenshots can be sent to [email protected] if relevant): +50 points
How to Claim Points
Once you’ve submitted a proof or provided feedback:
- Fill out the submission form
- Provide your EVM wallet address and the email address, app link for the proofs you submitted via the Relayer
- The zkVerify team will verify your submission and assign points accordingly
Make sure to use the provided API key or your unique API key for all submissions so that your activity can be accurately tracked.