Zama Bounty Program and Grant Program: Contribute to the FHE space and Zama's open source libraries and get rewarded π°
π° Join Bounty Program | π€ Join Grant Program
Zama is a cryptography company working on Fully Homomorphic Encryption (FHE) and other tools that make protecting privacy easy. We started these experimental programs to encourage developers from the community to collaborate with us in advancing the FHE space!
The Zama Bounty Program offers monetary rewards for tackling specific challenges.
This initiative aims to inspire and incentivize the developer community to create FHE applications and address problems that can drive FHE technology forward by a decade! Therefore, our Bounty program emphasizes innovation and contribution, rather than bug fixes.
Each season, we introduce bounties targeting a specific Zama library (Check Season 5 bounties). All submissions are evaluated based on the quality of the code, and more importantly the speed performance. At the end of each season, we reward up to 3 submissions per bounty.
[!Note] All our benchmarks are run on Amazon EC2 HPC7A instances.
Choose your favorite bounty to participate in Season 5 bounties, then follow the instructions in the description.
The Zama Grant Program provides funding to support projects and teams in building their own FHE applications using Zama's libraries.
At Zama, we believe that FHE will be the key solution to solve major privacy issues, and that it's the only way to make the internet encrypted end-to-end, so people don't have to care about privacy.
This program is designed to support projects and teams in creating FHE applications that address real-world privacy issues, and are intended to be continued in development and maintenance over time.
The Grant Program is open all year long without any specific deadline, you can apply anytime.
Please submit your application here[here].
To be considered best submission, a contribution must be efficient, effective and demonstrate a deep understanding of the core problem. Alongside the technical correctness, it should also be submitted with a clean code, clear explanations and a complete documentation.
For a contribution to be considered the second best submission, it should be both efficient and effective. The code should be neat and readable, while its documentation might not be as exhaustive as the best submission, it should cover the key aspects of the contribution.
The third best submission is one that presents a contribution that effectively tackles the challenge at hand, even if it may have certain areas of improvement in terms of efficiency or depth of understanding. Documentation should be present, covering the essential components of the contribution.
Rank | User | Collected |
---|---|---|
π | JoseSK999 | 13,750β¬ |
π₯ | RKlompUU | 10,000β¬ |
π₯ | Iamayushanand | 10,000β¬ |
π₯ | Kroist | 10,000β¬ |
π₯ | Alpaylan | 8,500β¬ |
6 | Lcressot | 7,500β¬ |
7 | Tetration-Lab | 7,500β¬ |
8 | Poechsel | 6,800β¬ |
9 | Yagizsenal | 4,000β¬ |
10 | RasoulAM | 3,750β¬ |
11 | GoktugEk | 3,500β¬ |
12 | Tomtau | 3,500β¬ |
13 | Aditya-Chaurasia11 | 3,500β¬ |
14 | M-Bln | 1,500β¬ |
15 | Joeyiny | 1,500β¬ |
16 | AmT42 | 500β¬ |
17 | Oboulant | 500β¬ |
18 | Robinstraub | 500β¬ |
19 | Thomas-quadratic | 500β¬ |
? | You | Join Program |