We engineer decisive advantages across the engineering spectrum.
We reverse engineer, analyze, and develop capabilities against complex and non-traditional systems. The kind with exotic architectures, proprietary interfaces, and no documentation. Our team digs into firmware, hardware, and protocols to understand system behavior, uncover vulnerabilities, and build tools that enable the mission. This isn't checkbox security work. It's the engineering that starts where the manual ends.
We build high-fidelity emulations of complex systems with CPU-faithful execution at their core. We're not building abstracted system models. We rehost real OEM firmware in purpose-built virtual environments, model surrounding hardware and physical subsystems, and deliver ground-truth representations that behave like the real thing. This gives our customers a persistent, accessible, and controllable environment for deep analysis, testing, and capability development, without needing the physical hardware.
We apply red team knowledge to the other side of the problem: protecting critical U.S. systems and technologies from adversary exploitation. Our understanding of how systems get taken apart makes us uniquely qualified to ensure they can't be. We design and implement anti-tamper protections that are informed by real-world attack tradecraft, not theoretical checklists.
We pursue state-of-the-art research across the engineering spectrum, from applied AI and machine learning to RF sensing and signal processing, and turn it into real-world capabilities. Whether it's exploring AI-driven approaches to accelerate reverse engineering workflows, developing advanced sensing techniques, or solving problems that don't fit neatly into existing categories, we move research out of the lab and into operational relevance.
We built this company to take on the problems that require more. Tell us what you're facing.
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