We perform threat modeling for connected medical devices following IEC 62443 and FDA premarket cybersecurity guidance. Risk profiles are mapped against device architecture and clinical workflows.
We assess legacy medical software (C/C++, Delphi) for known CVEs, insecure protocols, and outdated cryptographic implementations. Findings are prioritized by clinical impact severity.
We guide manufacturers through IEC 62443 security levels for industrial automation and control systems used in medical environments. Gap analysis, zone/conduit modeling, and remediation roadmaps included.
We prepare FDA 510(k) cybersecurity documentation including SBOM generation, vulnerability disclosure policies, and postmarket surveillance plans aligned with FDA guidance.
Hands-on C/C++ and Delphi code hardening for medical device firmware. We implement secure boot, encrypted communications, input validation, and memory safety improvements.
Ongoing vulnerability monitoring, SBOM maintenance, and coordinated disclosure processes. We ensure your devices remain compliant throughout their lifecycle as regulations evolve.