Finite State vs iProov
Side-by-side comparison of AI visibility scores, market position, and capabilities
Finite State analyzes firmware and embedded software for IoT and connected device manufacturers, identifying vulnerabilities across the full software supply chain.
About
Finite State is a firmware and embedded software security analysis platform that helps IoT device manufacturers, medical device companies, and industrial equipment vendors identify vulnerabilities in the software running inside their products. Unlike application security tools designed for cloud software, Finite State extracts and analyzes binary firmware images — decompiling them, inventorying all open-source and third-party components, and mapping known vulnerabilities, weak cryptography implementations, and insecure configurations without access to source code. This binary analysis capability is critical for the IoT market where source code is often unavailable for third-party components embedded in firmware.
iProov surpassed 1M daily verifications in 2025; first biometrics vendor certified to NIST 800-63-4; raised $85.1M total; serves U.S. DHS, UK Home Office, GovTech Singapore, ING, and UBS.
About
iProov is a London-based biometric identity verification company founded in 2011 by Andrew Bud. The company specializes in face biometric authentication with a focus on genuine presence assurance — verifying not just that a face matches an identity document, but that the person is physically present, alive, and not presenting a digital attack such as a deepfake, photo replay, or 3D mask. Its flagship technology, Genuine Presence Assurance (GPA), uses a proprietary illumination-based liveness detection approach that is highly resistant to injection attacks and synthetic media manipulation.
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