Our client is looking for a Senior C Engineer to architect develop and operate highly secure high-performance custody systems that safeguard digital assets at scale.
Youll be part of the Custody Engineering Team responsible for building mission-critical infrastructure that secures user funds across their entire lifecycle. The scope is broad and technically deepcovering blockchain integrations smart contracts oracles and full-stack systems that power modern crypto custody solutions.
This role is ideal for engineers who thrive in low-latency high-reliability environments and enjoy solving complex systems problems.
Responsibilities
- Design build and maintain efficient reusable and reliable C libraries and systems
- Develop and enhance crypto custody solutions interacting directly with public blockchains
- Lead end-to-end feature development from design to production rollout
- Own and resolve complex reliability and performance issues in high-concurrency environments
- Drive technical discussions architectural decisions and best practices across global teams
- Mentor engineers and lead feature development and bug-fix initiatives
Requirements:
- 5 years of hands-on software engineering experience in FinTech HFT or systems programming
- Strong expertise in modern C (C11/14/17) including: STL & Boost and Template metaprogramming
- Deep understanding of Linux internals including: Multithreading & concurrency patterns IPC mechanisms Performance and memory optimization
- Strong communication skills able to explain low-level trade-offs to both technical and non-technical stakeholders
- Bachelors degree in Computer Science Engineering or equivalent practical experience
Why This Role
- Work on security-critical systems protecting real digital assets
- Solve challenging problems at the intersection of blockchain and low-level systems
- High ownership technical depth and real architectural influence
- Collaborate with experienced engineers across global teams
Our client is looking for a Senior C Engineer to architect develop and operate highly secure high-performance custody systems that safeguard digital assets at scale. Youll be part of the Custody Engineering Team responsible for building mission-critical infrastructure that secures user funds across ...
Our client is looking for a Senior C Engineer to architect develop and operate highly secure high-performance custody systems that safeguard digital assets at scale.
Youll be part of the Custody Engineering Team responsible for building mission-critical infrastructure that secures user funds across their entire lifecycle. The scope is broad and technically deepcovering blockchain integrations smart contracts oracles and full-stack systems that power modern crypto custody solutions.
This role is ideal for engineers who thrive in low-latency high-reliability environments and enjoy solving complex systems problems.
Responsibilities
- Design build and maintain efficient reusable and reliable C libraries and systems
- Develop and enhance crypto custody solutions interacting directly with public blockchains
- Lead end-to-end feature development from design to production rollout
- Own and resolve complex reliability and performance issues in high-concurrency environments
- Drive technical discussions architectural decisions and best practices across global teams
- Mentor engineers and lead feature development and bug-fix initiatives
Requirements:
- 5 years of hands-on software engineering experience in FinTech HFT or systems programming
- Strong expertise in modern C (C11/14/17) including: STL & Boost and Template metaprogramming
- Deep understanding of Linux internals including: Multithreading & concurrency patterns IPC mechanisms Performance and memory optimization
- Strong communication skills able to explain low-level trade-offs to both technical and non-technical stakeholders
- Bachelors degree in Computer Science Engineering or equivalent practical experience
Why This Role
- Work on security-critical systems protecting real digital assets
- Solve challenging problems at the intersection of blockchain and low-level systems
- High ownership technical depth and real architectural influence
- Collaborate with experienced engineers across global teams
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