Remote Intel Environmental Jobs (NOW HIRING)

Title: Security Engineer
Location: New York, NY 10286 (hybrid)
Duration: 12 Months with possible extension
We're building the secure, scalable infrastructure that powers the future of institutional digital finance - and we're looking for motivated members to join us.
As the world's largest custodian bank, client brings unmatched trust and technical rigor to digital asset custody, secure key management, and next-generation transaction security. Our engineers work on real-world challenges involving cryptography, distributed systems, MPC, hardware security modules, and zero-trust architectures.
Security engineering and threat modeling
Cryptography and secure protocol design
Blockchain and distributed systems
Research-backed engineering that bridges theory and practice
If you're excited about security, cryptography, and the future of digital assets, we'd love to connect.
Security Engineers: Should have expertise in secure software development and cryptography engineering. This role will be responsible to work with cryptographers to build a high secured and resilient crypto and tokenized assets custody solution.
They should be proficient in secure coding practices, especially in C/C++, Go, or Rust, to implement cryptographic code that is resistant to known security attacks (e.g. side-channel attacks). They should also know how to use or audit cryptographic libraries (OpenSSL, or MPC-specific libraries) and be familiar with hardware security features (like Intel SGX and HSMs). They must be comfortable working with MPC or cryptographic frameworks typically used to build crypto custody solution.
Strong threat modeling skills are required to anticipate and mitigate potential attack vectors (such as man-in-the-middle during the MPC rounds, malicious client apps, etc.). They will perform code reviews focusing on crypto security and design tests for potential vulnerabilities. Experience with cryptographic protocols (e.g., having implemented or audited a key exchange or signature scheme) and knowledge of common pitfalls (like poor random number generation or improper error handling leaking information) are essential.
They should have experience integrating with blockchain nodes/APIs is important since the wallet backend will need to assemble and broadcast transactions on multiple networks. They should understand blockchain transaction formats (Bitcoin UTXOs, Ethereum RLP, etc.) and be able to parse and create transactions for signing.
Knowledge of secure storage and databases is also needed - for instance, how to securely store an encrypted key share or audit log on the server side. The solution will orchestrate communication between signing parties, developers should be skilled in networking (sockets, RPC frameworks) and concurrency control. Familiarity with cloud security (to avoid misconfigurations) and containerization can be beneficial for deployment.
Experience working with Trusted execution environment like Intel SGX including remote attestation.
TALENT PROFILE
Should have expertise in secure software development and cryptography engineering.
Proficient in secure coding practices, especially in C/C++, Go, or Rust
Should know how to use or audit cryptographic libraries (OpenSSL, or MPC-specific libraries) and be familiar with hardware security features (like Intel SGX and HSMs).
Must be comfortable working with MPC or cryptographic frameworks typically used to build crypto custody solution.
Strong threat modeling skills are required to anticipate and mitigate potential attack vectors (such as man-in-the-middle during the MPC rounds, malicious client apps, etc.).
Experience with cryptographic protocols (e.g., having implemented or audited a key exchange or signature scheme) and knowledge of common pitfalls (like poor random number generation or improper error handling leaking information) are essential.
Should have experience integrating with blockchain nodes/APIs
Understanding of blockchain transaction formats (Bitcoin UTXOs, Ethereum RLP, etc.) and be able to parse and create transactions for signing.
Knowledge of secure storage and databases is needed.
Familiarity with cloud security (to avoid misconfigurations) and containerization can be beneficial for deployment.
Experience working with Trusted execution environment like Intel SGX including remote attestation.
Skills required
C/C++, Go, or Rust
OpenSSL or MPC-specific libraries
Intel SGX and HSMs
MPC or cryptographic frameworks
Blockchain nodes/APIs
Bitcoin UTXOs, Ethereum RLP, etc.
Secure storage and databases
Cloud security and containerization