Security Cryptography Engineer
Job Summary
At CE Labs which we just spun off from Cryspen were all about creating the core security and privacy tools for the apps of tomorrow. We do everything from advanced end-to-end encrypted protocols such as MLS to handling all the cryptography underneath. Plus we assist others in bundling these into SDKs and applications.
We are looking for a systems-minded engineer fluent in Rust to join our small team. Your main focus will be translating RFCs complex cryptographic primitives and academic papers into production-ready safe and highly optimized software. You will also actively help us design and create entirely new protocols and standards.
Tasks
- Develop and implement cryptographic protocols to enhance system security.
- Collaborate with internal and external teams to integrate security protocols and cryptography into software applications.
- Conduct security audits and vulnerability assessments to identify and mitigate risks.
- Stay updated on the latest advancements in security and cryptography and apply them to our projects.
- Work closely with clients to understand their security needs and provide tailored solutions.
Requirements
- Strong foundation in applied cryptography and understanding of cryptographic protocols.
- Experience with software development in Rust specifically in security-focused applications.
- Excellent problem-solving skills and the ability to work collaboratively in a small team setting.
- A plus: A degree in Computer Science Engineering or a related field or equivalent experience.
- A plus: Interest in formal methods and their application in ensuring system correctness.
Benefits
- Flexible working hours
- Public transportation benefits
- Remote work
- Room to grow personally and professionally
- Family-friendly work environment
- 4 day work week
Join CE Labs as a Security / Cryptography Engineer and dive into cutting-edge cryptography. Be part of a small dynamic team where your work in secure systems truly matters.
About Company
CE Labs designs and builds systems where security comes first applied cryptography and rigorous engineering backed by formal methods where correctness matters most.