Embedded Devices to the Next Security Level
Protecting critical embedded systems, IoT, AI, and infrastructure, ensuring compliance with safety and security standards
Safe and Secure Mixed-Criticality
Protect AI Models at the Edge with AI bunker
Protect OT operations even when primary Linux is compromised
Risk reduction
Drastically reduce your attack surface up to 90%
Protect your critical assets and maintain the availability of essential functions and OT operations even if the primary OS is compromised
How do we do it
Efficient combination of advanced software and hardware security mechanisms to provide effective zero-trust architecture on chip with an application-agnostic approach
Industries
The right product for your need
Flexible integration of multiple software components into one single embedded platform without compromising safety, security, and real-time capabilities
Stay updated
Latest updates
Why Traditional Automotive Architectures Don’t Scale for Software-Defined Vehicles
The Shift Toward Software-Defined Vehicles The automotive industry is undergoing one of its most significant transformations in decades.
Critical Linux Vulnerabilities in Embedded Systems: The 2026 Threat Landscape
Why the Problem Is Growing In 2026, several Linux vulnerabilities highlighted how embedded systems are becoming an increasingly
Centralized & Zonal Architecture in Automotive: What Is New in Vehicle Structures
Why Automotive Architectures Are Evolving Automotive systems are undergoing a profound transformation. Modern vehicles are no longer defined
Ecosystems and Partners
