Finite State is the Product Security Automation Platform for connected devices, uniting firmware, binaries, and source analysis with automated workflows that focus on what actually ships, prioritize real exploitability, and continuously produce audit-ready security and compliance evidence across the device lifecycle.
Operationalizing device security requires turning fragmented security checks, release decisions, and compliance activities into a repeatable, release-by-release operating model.
Modern device teams are expected to move faster and meet rising regulatory expectations, without a trusted view of what ships or how decisions connect.
Costly Recalls
Late-stage vulnerabilities force rushed patches, shipment holds, or recalls when teams can’t determine what shipped or who’s impacted.
Release Delays and Fire Drills
Conflicting scanner results and last-minute triage turn every release into a fire drill.
Vulnerability Noise and Triage Gridlock
Thousands of findings still don’t clarify which CVEs are exploitable in shipped or deployed devices.
Supplier Blind Spots
Missing or stale SBOMs turn accountability into negotiation during audits.
Finite State’s platform connects security, release readiness, and compliance into a single operating model.
Ground-Truth Software Inventory and Impact Analysis
Maintain a living system of record across firmware, binaries, source, and suppliers, tied to product, version, and variant.
Exposure-Driven Prioritization and Release Readiness Workflows
Shift prioritization from CVE volume to real exploitability, so release readiness is based on what is reachable and relevant.
Reachability, Context, and VEX Workflows
Preserve reachability, exploit context, and VEX rationale over time, so “affected” and “not affected” determinations remain defensible.
Supplier SBOM Consolidation and Portfolio System of Record
Reconcile what suppliers claim with what is actually in the product and keep it current across versions.
A practical workflow that takes teams from firmware analysis through release decisions and audit-ready proof.
Challenge:
Each release introduces changes across source code, firmware, binaries, and supplier components, making it difficult to document software composition accurately for a specific build.
Solution:
Generate an SBOM for each release by analyzing source, firmware, and binaries together, then incorporating supplier SBOMs for that product and version.
Key Benefits
Challenge:
Security teams spend significant time reviewing CVEs that may not be reachable or exploitable in the device, slowing release decisions.
Solution:
Assess vulnerabilities using reachability and exploit context to determine which issues affect the device and require action for the current release.
Key Benefits
Challenge:
After a product ships, new vulnerabilities, exploits, and supplier changes can affect deployed devices, and manual tracking does not scale.
Solution:
Track known products and versions over time to identify which deployed devices are impacted as new vulnerability or supplier information becomes available.
Key Benefits
Challenge:
Auditors and customers expect evidence that security and compliance decisions were made deliberately and kept current for each product version.
Solution:
Assemble evidence packages per product and version that include SBOMs, vulnerability decisions, traceability, and review history.
Key Benefits
Apply the same shipped-product evidence across global requirements, without rebuilding compliance workflows for each regulation.
Mandatory cybersecurity requirements for connected products sold in the EU, including technical documentation and lifecycle evidence.
How Finite State Helps:
Reuse SBOMs, VEX decisions, and traceability already generated per product and version to assemble submission-ready technical documentation without rework.
Baseline security requirements for consumer IoT devices sold in the UK.
How Finite State Helps:
Maintain baseline control evidence and supporting artifacts that can be exported on demand for PSTI compliance and ongoing reporting.
Guidance for implementing secure-by-design practices across IoT device development and operation.
How Finite State Helps:
Align shipped-product evidence to NIST guidance with traceability that demonstrates secure-by-design implementation across releases.
A voluntary cybersecurity labeling program for consumer smart devices.
How Finite State Helps:
Prepare and maintain the artifacts typically required for label readiness, including SBOMs, VEX decisions, remediation status, and evidence packs.
Need Help with Compliance?
Our regulatory experts can guide you through the compliance process and ensure your devices meet all requirements.
What teams tell us after they stop assembling security with spreadsheets and start operating from shipped reality.
Scan any device, fix what truly matters, and export audit-ready proof.
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