Facing regulatory reviews that threatened market access, a global networking and IoT manufacturer launched its largest-ever product security initiativ...

Firmware binary analysis examines the compiled image you actually ship, to surface the components, CVEs, secrets, and weak crypto that source scans an...

Inventory to disclosure, the way the CRA expects it: what each obligation asks for, what evidence demonstrates it, and where the work tends to break d...

Why product security teams building connected devices choose Finite State.

A leading public safety technology provider faced intense scrutiny from government agencies, regulators, and the public over the security of its conne...

AI is shortening the connected device development cycle. The attack surface no longer maps to a catalog of known components. Most product security pro...

Meet CRA, PSTI, FCC, and ETSI IoT security requirements with binary-derived SBOMs, continuous vulnerability monitoring, and audit-ready compliance evi...

Firmware scanners return thousands of CVEs — but the EU Cyber Resilience Act requires more than a sorted list. This guide walks product security and c...

Finite State's Product Security OS helps medical device manufacturers meet all six FDA 524B(b) cybersecurity requirements — including threat modeling,...

Finite State's managed service helping manufacturers achieve EU Cyber Resilience Act compliance through automated SBOMs, risk assessments, and continu...

Finite State’s Product Security OS connects firmware, binaries, source code, and documentation into a single system of record. Automate threat modelin...

Compare Finite State vs. Cybellum for connected device security: deeper binary analysis, reachability-based triage, SBOM lifecycle, and compliance aut...