Staff Engineer, Confidential Compute Platform

Harrison Clarke; New York (NY); On-site; USD 140,000 - 180,000; Full time

Job summary

Harrison Clarke is seeking a Staff Engineer (IC) in New York to take deep technical ownership of core secure systems for a fast-scaling infrastructure company in the confidential computing space. This hands-on engineering role demands proven expertise in building and deploying production systems, specifically in secure computing environments.

The successful candidate will be responsible for designing, building, and evolving secure infrastructure systems across multi-cloud environments, and will drive the architectural direction in a high-growth setting.

Qualifications

• Deep, non-negotiable expertise in confidential computing.
• Proven experience building and deploying production systems.
• Strong background in secure computing environments.
• Systems-level engineering experience in infrastructure, OS, or kernel.

Responsibilities

• Take end-to-end technical ownership of confidential computing systems.
• Write and ship production-level systems code.
• Build and scale secure, multi-tenant infrastructure.
• Contribute to the core platform powering confidential AI workloads.
• Help design next-generation secure compute architecture.
• Collaborate on security, performance, and scalability decisions.
• Drive operational robustness of confidential systems.

Skills

Expertise in confidential computing

Experience building production systems

Secure computing environments background

Systems-level engineering

Rust

Go

Job description

Harrison Clarke is seeking a Staff Engineer (IC) in New York to take deep technical ownership of core secure systems for a fast-scaling infrastructure company in the confidential computing space. This hands-on engineering role demands proven expertise in building and deploying production systems, specifically in secure computing environments.

The successful candidate will be responsible for designing, building, and evolving secure infrastructure systems across multi-cloud environments, and will drive the architectural direction in a high-growth setting.