ArgusEye delivers an autonomous AI engineer that embeds in R&D and engineering workflows to continuously generate and update threat models for cyber‑physical products. It analyzes hardware, firmware, and design artifacts to identify reachability‑aware vulnerabilities, prescribe actionable controls, and automatically produce audit‑ready compliance evidence for standards such as FDA 524B, EU CRA, ISA/IEC 62443, CMMC 2.0, and SPD‑5.
Funding
Funding not disclosed
Founders
Product
Problem
Connected device manufacturers often lack integrated, continuous security analysis across hardware, firmware, and regulatory requirements, leading to fragmented threat modeling, delayed compliance documentation, and increased risk of exploitable vulnerabilities in cyber‑physical products.
Solution
ArgusEye provides an autonomous AI engineer that embeds directly into R&D and engineering workflows, continuously generating and updating threat models as code and design artifacts evolve. The platform analyzes multimodal engineering data—including specifications, schematics, and firmware—to identify reachability‑aware vulnerabilities and prescribe actionable controls. It automatically produces audit‑ready evidence such as CSAF VEX, eSTAR/Annex II, and CMMC System Security Plans, ensuring compliance with standards like FDA 524B, EU CRA, ISA/IEC 62443, CMMC 2.0, and SPD‑5. By operating at the level of a senior product security engineer, ArgusEye turns security from a post‑development bottleneck into a proactive, continuous capability that accelerates time‑to‑market while maintaining regulatory readiness.
Target Audience
Primary customers are manufacturers of connected cyber‑physical devices—including medical, industrial, automotive, consumer IoT, and aerospace firms—that need integrated, AI‑driven security and regulatory compliance throughout the product development lifecycle.
Features
- Continuous, self‑updating threat modeling triggered on every code commit or design change
- Reachability‑aware vulnerability findings with auto‑generated CSAF VEX and other vulnerability exchange formats
- Automated assembly of compliance artifacts (eSTAR, Annex II, CMMC SSP) in real time
- Multimodal analysis of engineering artifacts (specs, diagrams, firmware, voice records) across hardware and software stacks
- Secure‑by‑design architecture with enterprise‑grade encryption and optional on‑prem deployment to protect IP
- Custom integration hooks for existing development and security toolchains
- Industry‑specific threat modeling templates for medical devices, industrial control systems, consumer IoT, automotive, smart cities, aerospace, and defense