Match-on-Secure-Element (MoSE) technology enables hardware-level biometric authentication within isolated secure chips, protecting identity verification from malware, tampering and software-based attacks.
Hardware-level identity protection
Match-on-Secure-Element (MoSE) technology provides a hardware-based root of trust for secure biometric authentication. By performing identity verification within an isolated Secure Element (SE), MoSE protects sensitive authentication processes from operating system vulnerabilities, malware and software-level attacks.
Designed for enterprise, government and high-security mobile environments, SES MoSE technologies strengthen digital identity protection across smartphones, tablets, access terminals, and connected authentication systems.
Securing authentication at the hardware layer
Hardware-isolated verification
Biometric matching is performed entirely within a dedicated secure element independent of the device’s main operating system and processor.
Advanced anti-tampering protection
MoSE technologies provide hardware-level resistance against side-channel attacks, credential extraction, and sophisticated intrusion attempts.
Secure cross-device deployment
Support secure biometric authentication across smartphones, tablets, enterprise mobile devices, and advanced access control terminals.
MoSE application areas
- Mobile and smartphone authentication
- Enterprise mobile credential platforms
- Secure biometric access terminals
- Government and defense identity systems
- High-security mobile access control
- Hardware-based multi-factor authentication (MFA) systems
SES MoSE technologies are engineered for environments where hardware-level trust, biometric security, and cyber resilience are mission-critical.