Applied Cryptography Researcher

Spacemesh is a fairly mined cryptocurrency that is permissionless, trustless, secure, and race-free. Spacemesh is built and distributed as open-source software and all software work done for Spacemesh is contributed to the world under a permissive software license.

To get a full sense of our motivation, vision, scope, and values please watch this whiteboard video with our chief scientist, cryptography professor Tal Moran. To learn more about the platform from a tech perspective, please see the resources available here.

If you want to work on a layer one project, and be at the forefront of the next major tech disruption – decentralized programmable money – apply to join us.

We are looking for an exceptional applied cryptography researcher to join our growing research team.

You will be able to enjoy:

• A flat and fully remote structure, with team members in The United States, Italy, Ukraine, Israel, Germany, India, Taiwan, and more.
• Open source exposure
• flexible hours
• regular research and developers sync-up
• Full responsibility for the quality and delivery of major platform components
• A chance to work closely with the Spacemesh world-class researchers Tal Moran and Iddo Bentov
• Working closely with the open-source community
• A tokens package and a competitive salary

Responsibilities:

• Evaluate the security and implementation correctness of open source crypto software components and libraries.
• Provide concrete recommendations for improving the security, implementation correctness, and quality of these components.
• Coordinate and incorporate feedback on tasks from other members of the Spacemesh research team.
• Communicate protocol specification to the dev team and assist developing software requirements for implementation.

Sample Tasks:

• Review the group arithmetic functions of a specific crypto library for implementation correctness of the theoretical constructs and operations, and recommend additional test cases to improve the library’s quality.
• Review the implementation correctness and the security of a new key derivation algorithm for creating elliptic curve signature key pairs from a random seed algorithm, based on published research.

Skills & Experience:

• Excellent advanced math skills.
• Advanced degree in applied cryptography.
• Good familiarity with the latest academic research applicable to blockchain security and cryptography.
• Good knowledge of modern crypto primitives.
• Good understanding of elliptic curve based cryptography, in particular, signature schemes.
• Good knowledge of modern elliptic curve signature theory.
• Skillful in python (for prototyping or communicate spec in pseudo code).
• Comfortable reading C/C++, Go and Rust code

Think you are a good fit and excited to hear more? We’d love to hear from you.

Learn more about Spacemesh Technology

• Spacemesh protocol developer documentation
• go-spacemesh - full node implementation in Go
• Spacemesh improvement proposals (SMIPS)

Protocol

• Spacemesh Protocol introduction with Prof. Tal Moran
• Whiteboard Series with Prof. Tal Moran
• Protocol docs