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HP Wolf Security are seeking a Principal Security Software Engineer to strengthen Wolf Security's secure software development practices and ensure CRA compliance across the SDLC. You will lead improvements, integrate static analysis tools, and mentor engineers to elevate security standards.
Based in HP's Cambridge office with hybrid working and onsite three days per week, this role is central to advancing isolation and security tooling across Windows and Linux platforms.
HP Wolf Security is transforming endpoint security through hardware-enforced protection, isolation technologies, and cloud-connected security services. Our solutions protect millions of users worldwide by integrating security directly into the hardware, firmware, and software of modern PCs.
As part of the HP Wolf Security R&D organisation, you will help strengthen the security engineering practices that underpin our products, ensuring security is built into every stage of the software development lifecycle.
We are looking for a Principal Security Software Engineer to lead improvements to Wolf Security's secure software development processes, helping the organisation meet the requirements of the European Union Cyber Resilience Act (CRA). This includes strengthening security-by-design, vulnerability management, software assurance, and the engineering evidence needed to demonstrate effective security controls. The role requires close collaboration with software engineering, product security, quality, and compliance teams. (see )
As part of a highly skilled engineering team, you'll help solve complex technical challenges, scale our virtualization platform for future products, and shape the next generation of HP Wolf Security's isolation technology used by millions of endpoints worldwide.
Significant experience building, securing, and maintaining production software, ideally endpoint, security, or systems software.
Strong programming experience in C, C++, Rust, Python, PowerShell, or comparable languages.
Experience developing software for Windows and/or Linux, including operating-system, virtualisation, isolation, or other security-sensitive components.
Strong experience with code review, debugging, unit and integration testing, and modern build, continuous integration, and release workflows.
Practical experience selecting, integrating, configuring, or improving static analysis tools and resolving the issues they identify.
Ability to work effectively in a complex codebase and drive improvements to software quality, reliability, and security.
This role is based in HP's Cambridge office under a hybrid working arrangement, with a minimum requirement to be onsite three days per week. As a people-focused senior role, regular in-person collaboration is encouraged.
HP has invested in a new, modern site, including ergonomic workspaces and well stocked kitchen facilities that included a wide selection of coffee.
You're out to reimagine and reinvent what's possible- in your career as well as the world around you. So are we. We love taking on tough challenges, disrupting the status quo, and creating what's next. We're in search of talented people who are inspired by big challenges, driven to learn and grow, and dedicated to making a meaningful difference.
HP Wolf Security is central to HP's strategy in the PC market, with security designed into hardware, firmware, and software. This integrated approach enables HP to differentiate through built-in, enterprise-grade protection and manageability. This role sits at the heart of that strategy, helping deliver the tools that allow customers to deploy, manage, and trust secure PCs at scale. The primary focus of the HP Wolf Security team is developing cyber security solutions to protect our customers devices and data. The digital threat landscape is ever-changing and as the cyber security industry reacts and adapts to changes, so too do the malware authors. Our unique micro-virtualization technology ensures that customers are protected from even the most bleeding edge cyber security threats. That micro-virtualization technology forms a key pillar in a wider cyber security suite that we're actively developing.
Inspired by the isolation principles of traditional virtualization, our team known then as Bromium, created a game-changing technology called micro-virtualization to protect end users against advanced malware. Every task the user performs, such as opening a document or clicking on a link, is isolated in its own micro-VM, with access to just the resources required for that task, and existing just for the life of the task. Protection is thus provided through isolation, without relying on detection, hence reliably defending the user from polymorphic and even zero-day malware.
Bromium was acquired by HP Inc on 19 September 2019 forming HP Wolf Security.