• arkworks Co-maintainer Application

    arkworks Co-maintainer Application

  • Project Description

    zkSNARKs are novel cryptographic primitives that are revolutionizing the scalability and privacy of distributed systems such as blockchains. arkworks is an ecosystem of Rust libraries for programming state-of-the-art zkSNARKs that is used in production by several leading projects.

    Job Description

    We are looking to hire a co-maintainer for core arkworks libraries. You will closely work with a group of existing maintainers at UC Berkeley.

    The responsibilities of the role include: 

    • Timely reviews for (internal and external) PRs, including ensuring that documentation, testing and benchmarking standards are met
    • Helping in triage and prioritization of issues
    • Propagating dependency updates across the ecosystem
    • Managing ecosystem-wide releases
    • Writing and polishing documentation, examples, and tutorials Increasing coverage of tests and benchmarks
    • Optimizing our benchmarking and CI infrastructure
    • Helping design and implement improvements to APIs in core libraries

     

    This is a paid position with no specific end date, and the target number of hours per week is at least 15-20. (We are open to hiring a co-maintainer full time if there is an excellent match in skills.) This is a remote position with flexible hours.

    Benefits:

    • The hourly rate is competitive for the above responsibilities
    • Hands-on experience with implementing cutting-edge cryptographic techniques in Rust
    • Getting your code deployed to state-of-the-art SNARK projects
    • Mentorship from SNARK experts in Professor Alessandro Chiesa’s research group

    WARNING: this is not a research position!

    Requirements

    • Computer science background
    • Experience with the Rust language and tooling, and familiarity with common Rust idioms and best practices
    • Experience in contributing to and maintaining open source projects
    • Experience with writing secure code that is robust against common security pitfalls, such as denial-of-service and endianness and edge-case issues.
    • Familiarity with, and interest in learning more about, core cryptographic concepts such as hash functions and encryption, and algebraic concepts such as finite fields and elliptic curves
    • Strong written and oral communication skills
    • Good-to-have: experience with writing comprehensive test suites and using advanced testing techniques such as fuzzing
    • Good-to-have: experience implementing cryptographic protocols
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