Description:

We are hiring for a Blockchain Software Engineer specializing in Rust and Smart Contracts for one of our ecosystem projects in Singapore.
The company is focused on creating a next-generation automated smart contract auditing platform that addresses Zero-Day Exploits.
As a blockchain security startup, we are composed of industry security researchers and scholars, providing top-notch security solutions through innovative research and technology.
Our security solutions utilize computation-intensive automation to significantly reduce the cost of auditing.
The role involves building and developing blockchain infrastructure, ensuring consistent verification of the source of truth, and designing feedback mechanisms for optimal value extraction strategies.
Responsibilities include building and developing blockchain for various algorithmic models, ensuring compatibility for value extraction, integrating blockchain features with frontend applications, creating reusable cross-chain libraries, and understanding smart contracts' asset flow.

Requirements:

Candidates must have a track record of developing on or across C++, Solidity, or Rust for decentralized applications.
Previous experience in blockchain integration and working with the Substrate framework is required.
Proficiency in web3 applications and interacting with Solidity contracts using Ethers.js is necessary.
Advanced knowledge of frontend state management is essential.
Familiarity with React context, hooks, and TypeScript is preferred.
Strong written and spoken communication skills are required.
Knowledge of visual frontend aspects is beneficial but not mandatory.

Employees will work on extremely challenging and unseen problems that aim to transform the industry.
As an early employee, you will have the opportunity to shape the company culture and make impactful contributions.
The organization is adaptive, flat, and result-driven, providing a dynamic work environment.
Your work will create a legacy and set an industry standard in automation on value extraction.