We’re not chasing the next app. We’re engineering the unseen layer — the low-level, rock-solid systems that allow sensitive data to move, sync, and stay secure across devices, distances, and domains no one else dares to touch.
Whether it’s a classified sensor grid in the sky or a fully isolated compute cluster in an unmapped orbit, our software makes it all work. Fast. Encrypted. Unfailingly reliable. If that sounds like your kind of codebase, you’re in the right place.
We're hiring a Senior Infrastructure Engineer to lead the development of foundational software and automation systems that support extreme-performance workloads. This role spans from bare-metal provisioning in zero-connectivity environments to high-volume telemetry ingestion and deployment orchestration in constrained, high-risk zones.
You’ll be one of the minds behind how secure systems get spun up, scaled, and verified under conditions where "failure" isn’t just a 500 error — it’s a national risk.
Writing infrastructure logic from the ground up — including orchestration for environments where no internet or cloud access exists
Building automation frameworks and tools that support testing, deployment, and verification of distributed systems across unconventional networks
Designing internal tools for telemetry analysis, code audits, and system hardening
Developing policy-driven CI/CD flows that can pass rigorous security reviews
Creating performance harnesses to test against extreme latency, bandwidth, and memory constraints
Shaping long-term technical strategy across mission systems and deployment platform.
Languages: Go, Rust, Python, C++, Bash
Infrastructure: Kubernetes, Nomad, Docker, Terraform, Ansible, systemd
Platforms: Linux (especially hardened), bare-metal deployments, containerized runtimes
Environments: Air-gapped systems, classified networks, satellite and high-altitude platforms
This isn’t a DevOps gig in a SaaS org. If you're the kind of engineer who:
Reads RFCs for fun
Can debug a kernel panic and a bad CI run
Has opinions about syscall behavior in restricted spaces
Gets excited by designing systems that could live in orbit
…then we want to talk.
You’ve likely worked in security-first environments, understand what it means to ship code that must work, and care deeply about reliability and long-term maintainability.
You’ll build tech most people will never know exists — but everyone depends on
You’ll work with engineers who obsess over the craft
You’ll never be handed “standard” — your work will define new baselines
You’ll be part of something with actual impact, not just metrics