SOFTWARE & SYSTEMS ASSURANCE

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At Fidelitas Defense, we operate under an "assume breach" philosophy - recognizing that cyber intrusions targeting Physical AI, Autonomous Systems, and Robotics (PAI-ASR) platforms are inevitable in today’s threat environment. Our Software Assurance solution is purpose-built to address the distinct cybersecurity challenges of PAI-ASR systems, with a specialized focus on the risks introduced by Open-Source Software (OSS) that underpins much of their functionality. Using proprietary strategic frameworks and advanced analytical capabilities, we help organizations identify, assess, and manage software vulnerabilities across the entire system lifecycle — from embedded firmware to cloud-based integrations. This approach strikes a critical balance between operational continuity and security, enabling informed decisions that reduce risk exposure while strengthening the resilience, safety, and trustworthiness of PAI-ASR platforms.

Our proprietary systems engineering methodology enables comprehensive software risk evaluation across the entire technology stack of Physical AI, Autonomous Systems, and Robotics (PAI-ASR) platforms. Unlike conventional methods that examine components in isolation, we assess how software packages operate and interact across all layers — from embedded firmware and real-time operating systems to middleware, AI/ML frameworks, application code, and cloud integrations. This integrated perspective allows us to trace source code and third-party dependency risks within their operational context, identifying how vulnerabilities at any layer can impact larger system safety, performance, regulatory compliance, and mission assurance. By viewing the PAI-ASR software ecosystem through a systems lens, we provide precise, actionable risk intelligence — enabling organizations to prioritize remediation based on real-world impact, implement targeted mitigations across layers, and strengthen both cybersecurity and operational resilience.

By adopting Fidelitas Defense’s integrated Software and Systems Assurance solution, organizations enhance their security posture across Physical AI, Autonomous Systems, and Robotics (PAI-ASR) platforms. The solution provides deep visibility into Open-Source Software (OSS), enabling proactive identification of vulnerabilities in source code and third-party dependencies, while supporting compliance with mandates such as NDAA Sections 889, 1654, and 1655. Our proprietary systems engineering approach connects software risk to broader system-level concerns — such as safety, operational resilience, and mission continuity. This reduces exposure, minimizes disruptions, and strengthens the reliability and trustworthiness of PAI-ASR platforms. As a result, organizations can deploy advanced PAI-ASR with greater confidence, regulatory assurance, and a strategic edge in high-consequence environments.

Fidelitas Defense’s Software Assurance solution is purpose-built to help organizations achieve and maintain compliance with NDAA Sections 889, 1654, and 1655. Our approach focuses on identifying and mitigating risks associated with open-source software, proprietary code, and third-party dependencies —particularly within the supply chains supporting Physical AI, Autonomous Systems, and Robotics (PAI-ASR). We conduct in-depth analysis of software components, including attribution of source code and 3rd-party dependencies, country of origin, hosting, development, and ownership. This level of transparency helps organizations to align with U.S. federal compliance mandates, and reduce exposure to prohibited or high-risk technologies. In addition to supporting U.S. defense and critical infrastructure stakeholders, we assist allied nation partners —  including members of the Five Eyes (FVEY), NATO, and Japan who may follow NDAA-aligned security and procurement standards.

Our proprietary systems engineering methodology enables comprehensive software risk evaluation across the full technology stack of Physical AI, Autonomous Systems, and Robotics (PAI-ASR) platforms. Rather than assessing components in isolation, we analyze how software packages interact across all layers — from embedded firmware and real-time operating systems to middleware, AI/ML frameworks, application code, and cloud integrations. This integrated perspective allows us to trace source code and third-party dependency risks within their operational context, including country of origin, hosting, and ownership. This level of transparency supports compliance with NDAA Sections 889, 1654, and 1655 by helping organizations identify and reduce exposure to prohibited or high-risk technologies. In addition to supporting U.S. defense and critical infrastructure stakeholders, we assist allied nation partners — including members of the Five Eyes (FVEY), NATO, and Japan — who may follow NDAA aligned security and procurement standards. By viewing the software ecosystem through a systems lens, we deliver actionable risk intelligence that enables prioritized remediation, regulatory alignment, and enhanced cybersecurity and mission resilience for PAI-ASR platforms. 

 We understand that each organization faces distinct challenges in achieving compliance with NDAA Sections 889, 1654, and 1655. Our approach is collaborative and tailored to the unique operational, technical, and regulatory requirements of each client. By working closely with customers to gain deep insight into their technology stack, software supply chains, and risk tolerance, we customize our Software Assurance solution to meet their needs. Leveraging our proprietary systems engineering frameworks and advanced tools alongside client expertise, we deliver tailored risk assessments, targeted mitigation strategies, and clear compliance roadmaps aligned with their mission objectives and regulatory mandates.