2026 IoT Industrial Solutions Award Winner: Finite State

Finite State has been named the winner of the 2026 IoT Industrial Solutions Award for Product Security OS, its AI-native platform designed to help industrial organizations understand, prioritize, and manage firmware and embedded software risk across connected operational environments.

Today’s industrial systems depend on embedded and connected devices that often operate for decades across manufacturing, energy, logistics, industrial control, and critical infrastructure environments. Many of these assets cannot be easily taken offline, yet they increasingly rely on complex firmware, proprietary protocols, and third-party software components that introduce new security and operational risks.

Finite State stood out for addressing this challenge with a platform that gives industrial teams continuous, evidence-based visibility into what is actually running across deployed systems. By combining binary analysis, reachability intelligence, SBOM generation, vulnerability prioritization, and compliance workflows, Product Security OS helps organizations move beyond static audits and toward continuous operational assurance.

Improving Visibility Across Industrial Systems

Industrial environments often contain long-lifecycle equipment, legacy controllers, embedded devices, and connected assets that were not designed for today’s software supply chain and cybersecurity demands. Product Security OS helps teams build a clearer inventory of firmware and embedded software across these environments through binary analysis across more than 50 architectures.

Rather than relying only on vendor documentation or manual records, Finite State analyzes what is actually deployed. This helps organizations identify vulnerabilities, software components, hidden dependencies, and operational risk across brownfield and greenfield industrial environments.

The platform also connects security findings to engineering and operations workflows, helping teams align firmware analysis with threat models, requirements, and compliance frameworks such as IEC 62443.

Reducing Noise and Prioritizing Real Risk

One of the strongest aspects of Finite State’s submission was its focus on reducing vulnerability noise in industrial environments. In connected industrial systems, large device fleets can generate more findings than teams can realistically evaluate or act on. Product Security OS uses reachability-based analysis, tuned for operational technology context, to help teams identify which vulnerabilities are realistically exploitable and which are unlikely to affect deployed systems.

Finite State reported a 90% reduction in vulnerability triage noise through reachability analysis, with 4.4 million unreachable findings eliminated across analyzed firmware environments since 2024. The company also reported that analysis time has been reduced from more than four hours to under one hour, helping industrial teams make faster decisions without slowing production or deployment cycles.

The platform’s AgentOS orchestration layer further supports industrial teams by automating vulnerability triage, risk prioritization, and compliance evidence creation. This is especially important in operational environments where delays can create downtime, safety concerns, or production disruptions.

Supporting Continuous Operational Assurance

Finite State’s Product Security OS helps industrial organizations shift from reactive security management to continuous assurance. The platform monitors software changes and newly disclosed vulnerabilities over time, creating audit-ready outputs such as SBOMs, VEX documents, and compliance reports.

This ongoing visibility helps industrial teams understand what firmware and embedded software are running inside connected devices, which risks matter most, and whether deployed systems remain secure as vulnerabilities, software components, and operational conditions change.

Finite State’s submission demonstrated strong alignment with the IoT Industrial Solutions Award by addressing a practical industrial challenge: maintaining security, compliance, and operational confidence across connected systems that must remain reliable over long deployment lifecycles.