Blockchain Developer

We are supporting a well-funded, next-generation Layer 1 blockchain project. The platform is purpose-built for the tokenization and on-chain circulation of real-world assets (RWA) and stablecoins, with a strong focus on institutional adoption.

The team is building infrastructure that bridges traditional Web2 institutions into Web3, expanding on-chain asset diversity, unlocking new yield opportunities, and enabling broader investor participation. Their mission is to help enterprises overcome operational, regulatory, and knowledge barriers, allowing them to deploy assets on-chain in a secure, compliant, and scalable manner. With deep RWA domain expertise and strong technical execution, the team is developing institutional-grade blockchain infrastructure and a comprehensive decentralized ecosystem designed to support large-scale, real-world asset adoption.

We are seeking a high-caliber Blockchain Developer specializing in blockchain internals to redefine the performance boundaries of our decentralized network. This role is designed for a technical visionary who thrives on solving complex challenges within execution layers, virtual machine architecture, and cross-chain connectivity.

Responsibilities

Architect and refine high-throughput Virtual Machines (VMs), focusing on low-level tuning for parallel execution and EVM-compatible environments.
Spearhead the development of sophisticated system-level contracts, ensuring maximum efficiency and ironclad security through expert-led audits and Gas optimization.
Deep-dive into the source code of industry-leading protocols (such as Aptos, Solana, and Ethereum) to benchmark and implement superior consensus and execution strategies.
Act as a primary stakeholder in architectural decisions, upholding engineering excellence through detailed code reviews and the professional development of the engineering team.
Design and deploy robust frameworks for interoperability, ensuring the network remains agile within the broader multi-chain ecosystem.

Technical Profile

Exceptional command of C++ and systems-level programming, with a focus on high-efficiency data structures and algorithmic complexity.
Comprehensive understanding of VM mechanics, including stack management, state transitions, and instruction set architecture (WASM or MoveVM experience is highly valued).
Proven ability to engineer high-stakes Solidity applications with a focus on security-first patterns and resource-efficient code.
A track record of analyzing and contributing to major public chain infrastructures at a foundational level.
A degree in Computer Science or a relevant quantitative field (Advanced degrees preferred).

Highly Valued Skills

Experience building with Rust or Go for high-performance backend modules.
Background in database engineering (e.g., RocksDB/LevelDB optimization) or multi-threaded parallel processing.

Details

Location

Hong Kong

Technologies

Solidity

Rust

Responsibilities

Architect and refine high-throughput Virtual Machines (VMs), focusing on low-level tuning for parallel execution and EVM-compatible environments.
Spearhead the development of sophisticated system-level contracts, ensuring maximum efficiency and ironclad security through expert-led audits and Gas optimization.
Deep-dive into the source code of industry-leading protocols (such as Aptos, Solana, and Ethereum) to benchmark and implement superior consensus and execution strategies.
Act as a primary stakeholder in architectural decisions, upholding engineering excellence through detailed code reviews and the professional development of the engineering team.
Design and deploy robust frameworks for interoperability, ensuring the network remains agile within the broader multi-chain ecosystem.

Technical Profile

Exceptional command of C++ and systems-level programming, with a focus on high-efficiency data structures and algorithmic complexity.
Comprehensive understanding of VM mechanics, including stack management, state transitions, and instruction set architecture (WASM or MoveVM experience is highly valued).
Proven ability to engineer high-stakes Solidity applications with a focus on security-first patterns and resource-efficient code.
A track record of analyzing and contributing to major public chain infrastructures at a foundational level.
A degree in Computer Science or a relevant quantitative field (Advanced degrees preferred).

Highly Valued Skills

Experience building with Rust or Go for high-performance backend modules.
Background in database engineering (e.g., RocksDB/LevelDB optimization) or multi-threaded parallel processing.