Purpose-built for aerospace and defense engineering teams. RiskAero unifies asset modelling, AI-assisted threat and risk analysis, security requirement generation, traceability management, and continuous vulnerability reassessment within a single workflow — aligned with the full DO-326A family of airworthiness security standards.
Core Engineering Capabilities
From system modelling and AI-assisted threat analysis through security requirement generation, continuous vulnerability monitoring, and certification artifact output — without the complexity of large enterprise engineering toolchains.
Model aircraft, UAV, and avionics architectures — mission computers, data links, firmware packages, software components, and external interfaces. Catalog assets, define system boundaries, and map domain separation across integrated and federated system topologies.
AI-assisted reasoning accelerates threat identification across physical, proximal, and remote attack vectors. The platform proposes threat scenarios and candidate security requirements — engineers review, validate, and approve all outputs before they enter the assessment record.
Bind every security requirement to its parent threat, SAL level, architectural element, and Verification Plan (SVP). Full traceability from Security Refinement Requirements down to specific verification cases — machine-readable and ready for EASA/FAA audit submission.
Continuously monitor software components, hardware assets, firmware packages, and third-party dependencies against public vulnerability intelligence sources. When newly disclosed vulnerabilities affect previously assessed systems, the platform identifies impacted assets and initiates targeted reassessment — transforming cybersecurity assurance from a one-time activity into a continuous engineering process.
RiskAero is under active development. Register your interest to be notified at launch and to discuss your programme's avionics cybersecurity assessment and assurance requirements with our team.
