Accelerat

Running Mixed-Criticality Workloads Without Compromise Starts Here. In mission-critical embedded design, the real struggle isn't just adding features—it’s ensuring that high-performance applications never compromise your system's critical asset. Traditionally, you’ve had to choose: sacrifice speed for safety, or risk stability for performance. CLARE-Hypervisor eliminates that compromise. By providing a foundation for absolute freedom from interference, CLARE allows your most demanding functions to run side-by-side with safety-critical tasks on a single SoC. You get the architectural independence your product requires to meet SIL4 or ASIL-D standards, all while maintaining the near-zero latency your users expect. Developed as a sovereign European technology, CLARE is the predictable foundation for the next generation of safe and secure cyber-physical systems. Build with confidence. Perform without limits. 👉 See the architecture behind CLARE.

Protect critical operations beyond the next Linux vulnerability. Modern embedded systems often rely on Linux, which unfortunately serves as an expansive attack surface. Bunker for Linux addresses this by creating a dual-partition environment: an "Open World" for network-exposed tasks and a strongly isolated, security-hardened "Bunker" for your critical workloads. This zero-trust architecture ensures that even if your primary system is compromised, your essential functions maintain absolute Availability and integrity. By leveraging next-generation hypervisor technology, Bunker for Linux prevents lateral movement and enforces strict CIA (Confidentiality, Integrity, and Availability) requirements. Developed as a sovereign European technology, it allows you to deploy critical OT operations with the confidence that they will remain operational even under attack. Stop fearing the breach. Start enforcing resilience. 👉 See how we guarantee mission-critical availability – Request a technical demo.

Protect your AI model before someone steals it in milliseconds. Deploying proprietary AI model at the edge often means exposing your most valuable Intellectual Property to theft, tampering, and reverse engineering. AI Bunker solves this architectural vulnerability by wrapping your models in a strongly-isolated secure partition directly on the embedded device. Our next-generation hypervisor technology creates a hardware-rooted "bunker" that remains completely transparent to your standard AI workflow. You maintain near-zero latency and real-time inference performance while ensuring that your models remain inaccessible to unauthorized environments without changing you application software. Winner of the 2025 Embedded Award, AI Bunker is the sovereign European solution for companies that refuse to risk their competitive advantage. Don't just deploy your AI. Protect it. 👉 See how AI Bunker isolates your models.

Protect your AI model before someone steals it in milliseconds. Deploying proprietary AI model at the edge often means exposing your most valuable Intellectual Property to theft, tampering, and reverse engineering. AI Bunker solves this architectural vulnerability by wrapping your models in a strongly-isolated secure partition directly on the embedded device. Our next-generation hypervisor technology creates a hardware-rooted "bunker" that remains completely transparent to your standard AI workflow. You maintain near-zero latency and real-time inference performance while ensuring that your models remain inaccessible to unauthorized environments without changing you application software. Winner of the 2025 Embedded Award, AI Bunker is the sovereign European solution for companies that refuse to risk their competitive advantage. Don't just deploy your AI. Protect it. 👉 See how AI Bunker isolates your models.

Protect critical operations beyond the next Linux vulnerability. Modern embedded systems often rely on Linux, which unfortunately serves as an expansive attack surface. Bunker for Linux addresses this by creating a dual-partition environment: an "Open World" for network-exposed tasks and a strongly isolated, security-hardened "Bunker" for your critical workloads. This zero-trust architecture ensures that even if your primary system is compromised, your essential functions maintain absolute Availability and integrity. By leveraging next-generation hypervisor technology, Bunker for Linux prevents lateral movement and enforces strict CIA (Confidentiality, Integrity, and Availability) requirements. Developed as a sovereign European technology, it allows you to deploy critical OT operations with the confidence that they will remain operational even under attack. Stop fearing the breach. Start enforcing resilience. 👉 See how we guarantee mission-critical availability – Request a technical demo.

Running Mixed-Criticality Workloads Without Compromise Starts Here. In mission-critical embedded design, the real struggle isn't just adding features—it’s ensuring that high-performance applications never compromise your system's critical asset. Traditionally, you’ve had to choose: sacrifice speed for safety, or risk stability for performance. CLARE-Hypervisor eliminates that compromise. By providing a foundation for absolute freedom from interference, CLARE allows your most demanding functions to run side-by-side with safety-critical tasks on a single SoC. You get the architectural independence your product requires to meet SIL4 or ASIL-D standards, all while maintaining the near-zero latency your users expect. Developed as a sovereign European technology, CLARE is the predictable foundation for the next generation of safe and secure cyber-physical systems. Build with confidence. Perform without limits. 👉 See the architecture behind CLARE