Robust Embedded Fully Optimized Root of Trust for Secure Systems Robust Embedded Fully Optimized Root of Trust for Secure Systems
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What is the FORTRESS project about?

FORTRESS aims to develop a scalable and efficient hybrid secure boot architecture. It will design a flexible Root of Trust, integrating both traditional and post-quantum algorithms while exploring trade-offs between security, performance, and cost. The project will focus on hardware-software co-design principles, enabling diverse platforms – embedded systems, edge devices, and Critical National Infrastructure – to transition to quantum-resistant architectures seamlessly. Additionally, the project will engage industry stakeholders to align with regulatory and standardisation efforts, ensuring practical deployment and maximum impact. By developing a critical building block for a wide range of applications, FORTRESS will safeguard Europe’s digital infrastructure, fostering resilience and leadership in the post-quantum era.

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FORTRESS in key numbers

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Latest News

FORTRESS Newsletter#3

The third FORTRESS newsletter highlights the Code event and the plenary of the project. READ THE FULL FORTRESS NEWSLETTER #3 HERE     Subscribe to our newsletter FORTRESS will use the information you provide on this form to send you regular emails about the FORTRESS…...
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Advancing Post-Quantum Security: FORTRESS Plenary in Oxford

On 6–7 October 2026, the FORTRESS consortium came together in Oxford, UK, for a productive two-day plenary meeting, kindly hosted by PQS. The meeting provided an important opportunity to review progress across the project and align on the next steps towards developing and validating secure Post-Quantum/Traditional Hybrid Root of Trust...
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FORTRESS Explained #6

FORTRESS Explained #6: What is hardware/software codesign? Hardware/software (HW/SW) codesign is the practice of concurrently designing and optimizing hardware accelerators and software stacks as a unified system. Rather than building rigid silicon first and forcing software to compensate or relying purely on software at the expense of performance, codesign strategically...
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FORTRESS Explained #5

FORTRESS Explained #5: What is ML-DSA, and why is it the new standard for digital signatures? ML-DSA, the Module-Lattice-Based Digital Signature Algorithm, is stepping up to become the new global standard for digital signatures. Standardized by NIST as FIPS 204 in August 2024, it is a mathematical tool used to...
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