Embedded IoT & HardwareModule B + C / HImportant Class IAudited: September 2026 (Active SRP Era)

Finite State

Binary Firmware Software Supply Chain Risk Management & RTOS Disassembly

Executive Conformity Assessment Verdict

An enterprise-grade powerhouse for embedded IoT and medical device manufacturers who must secure third-party compiled binaries, legacy RTOS kernels, and vendor chipsets.

Comprehensive binary software supply chain security platform capable of decomposing compiled firmware images without source code.

Verified Pricing TierEnterprise Quote
Deployment ModelCloud & On-Prem
Applicable CRA RouteModule B + C / H
Target Product TierImportant Class I
Statutory Audit

Statutory Capability & Article Coverage Matrix

How Finite State performs against non-negotiable statutory mandates of Regulation (EU) 2024/2847.

Technical Documentation Dossier
Annex VIIIngest & Link Rails
EU Declaration of Conformity
Annex VNo
Coordinated Vulnerability Disclosure (CVD)
Article 10 & RFC 9116Workflow Only
24-Hour ENISA Early Warning Dispatch
Article 14 (Active Sept 2026)Roadmap
Substantial Modification Diff Engine
Article 22Automated Change / Diff Engine
Binary Firmware Disassembly & SCA
Annex I Part I (1)(a)Native Machine-Code Inspection
Air-Gapped / Island-Mode Deployment
Data Sovereignty & IP ProtectionOn-Prem Appliance
Multi-Act Cross-Walk Coverage:CRA Annex IFDA Premarket GuidanceNIST SSDF
Technical Architecture

Architectural Fit & Deployment Analysis

Takes compiled .bin, .hex, or .elf firmware images, unpacks file systems (SquashFS, UBIFS), extracts kernel modules, and performs static binary disassembly to identify vulnerable dependencies.

Solves the supplier black-box problem. When an OEM buys a Wi-Fi or Bluetooth module from an Asian supplier with no source code, Finite State proves whether the compiled binary contains unpatched CVEs.

Finite State produces telemetry, not administrative files. It proves whether a device is vulnerable, but it does not write the user instructions or assemble the Annex VII administrative binder.

Verified Key Strengths
Deep binary firmware analysis and RTOS disassembly capable of reconstructing SBOMs without source code
Advanced vulnerability risk scoring combining CVSS, EPSS (Exploit Prediction Scoring), and KEV feeds
Unmatched visibility into third-party commercial software components and compiled C/C++ libraries
Enterprise DevSecOps integrations connecting firmware builds into automated security gates
Structural Limitations & Gaps
High annual enterprise subscription cost designed for large manufacturing portfolios
US-centric product roots; focuses on vulnerability scoring rather than European CE administrative files
Does not generate the final Annex V legal EU Declaration of Conformity document
Commercial Model

Pricing, Packaging & Total Cost of Ownership (TCO)

Enterprise Quote
Entry Tier
Professional: €30,000 / year (Targeted product lines, automated binary firmware ingestion)
Mid / Scale Tier
Enterprise: €70,000 / year (Full portfolio scanning, deep EPSS vulnerability prioritization)
Enterprise Tier
Global OEM: €120,000+ / year (Unlimited firmware builds, custom on-prem appliance, priority support)
Hidden Cost Factors:
  • Integration engineering for proprietary firmware build toolchains
TCO Verdict:High enterprise investment; justified for high-volume device manufacturers needing binary decompilation.
Statutory Honesty Notice • Article 32 & Article 24

A clean vulnerability scan from Finite State does not automatically grant a CE mark. The manufacturer must still complete the full conformity assessment procedure.

Recommended Complementary Directory ToolsView All 18 Evaluated Tools
Recommended Pair
Regulus Cyber
Inspect in Directory
Recommended Pair
Venvera
Inspect in Directory
Recommended Pair
TÜV SÜD CRA Service
Inspect in Directory

This Site Uses No Cookies

Eigenia does not set cookies. The only thing stored in your browser is one preference, saved in local storage, noting that you have seen this notice.