Reth Engineer (Remote)

About the Role

We're looking for an Ethereum developer with reth experience to join our team building a Bitcoin signing system for the Sova Network. Your knowledge of reth's architecture and Rust-based Ethereum client development is exactly what we need. You'll help us design validator nodes and network architecture for our distributed transaction signing system. This is a remote role, and we're flexible on part-time arrangements if that works better for you.

Key Responsibilities

• Help design and implement a secure key management system used by all validators in the Sova Network
• Apply your Ethereum client experience to our validator network architecture
• Collaborate with cryptography specialists on distributed transaction signing
• Contribute to development of secure upgrade paths for the signer service
• Leverage your reth knowledge to improve our network's overall architecture

Required Skills and Experience

• Experience with Ethereum execution clients, especially reth
• Proficient in systems programming languages (Rust preferred)
• Understanding of blockchain validator networks
• Experience with distributed systems

Preferred Qualifications

• Knowledge of applied cryptography
• Familiarity with threshold signature schemes
• Experience with Shamir's Secret Sharing Protocol
• Knowledge of Bitcoin transaction models
• Background in distributed systems security
• Experience developing secure onchain protocols

More Design and Implementation Details 

You'll be part of the team building a threshold signature system run by staked validators on our network. Your experience with reth will be invaluable in designing secure validator node architecture, even if you're not an expert in the cryptographic components like FROST or Distributed Key Generation (DKG) Protocol.

In this role, you'll work with our team to build a prototype using three testnet validators, beginning with Bitcoin regtest transactions. Your Ethereum client development experience - particularly with reth - provides a strong foundation for understanding validator consensus mechanisms and secure network design that we can apply to our Bitcoin signing implementation.

Comp

$180-220K + 1%+ token (flexible)