Cyber Software Engineer

Great ideas come from different minds.

That’s why we bring together engineers, scientists, analysts, and creatives from every background — and give them the trust, tools, and freedom to make a difference.

What connects us is the mission: solving meaningful problems and building capability that protects what matters most.

And as the challenges evolve, so do we — working on the technologies that will shape tomorrow, not just today.

National Security Business Be part of a growing and highly trusted supplier into the NS domain working to deliver mission critical solutions helping to keep the nation safe, secure and prosperous.

Working on leading edge technology solutions including AI/DS, Cyber, Cloud, DevOPs/SRE, Platform Engineering

We have secured long term work, across the full spectrum, on the latest framework with the client, which provides the springboard for our ongoing growth and development in this domain, so join us on what will be an incredible growth journey.

Role As a Cyber Software Engineer you’ll make, break, assure and secure systems across a variety of projects.

Our Cyber work spans diverse technology stacks on multiple platforms, including Linux, Windows and Android, with environments ranging from small IoT devices, through to user equipment, servers and into the Cloud.

You’ll tackle hard problems, where solutions need research and experimentation to identify the art of the possible.

Working in teams of talented individuals, you’ll use your expertise to engineer these solutions, construct pipelines to robustly test them, and integrate them with upstream services.

You’ll see their deployment all the way to operational use, working hand in glove with our clients.

The key requirements You will likely have experience in the below areas: * Software analysis and reverse engineering of compiled or interpreted code that could be obfuscated or defensively structured, for either x86/x64 or ARM processor architectures. * Operating systems and/or firmware internals, security architectures and hardware abstraction. * Engineering software from design to delivery in modern IDEs and languages, using Agile delivery. * Creating tested and testable code. Integrating with automated verification systems, CI and CD pipelines.