Scientific rigour
Every design decision is grounded in published, peer-reviewed cryptography and measured engineering evidence.
About ElvasAI
Rebuilding digital trust
for the quantum era.
ElvasAI is a deeptech cybersecurity company. We build post-quantum security products that protect operating systems, networks and APIs against today's attackers and tomorrow's quantum adversaries.
Our story
Why we exist
Nearly every secure system in the world depends on public-key cryptography that a quantum computer will break. The move to quantum-safe cryptography is the largest cryptographic migration in history, and the foundations of digital trust have to be rebuilt before that capability arrives.
ElvasAI was founded to make that transition practical. We combine applied cryptography research with operating-system, firmware and network engineering, and deliver post-quantum protection as products organisations can actually deploy.
Mission
To make every operating system, and the data it protects, resilient against both classical and quantum threats.
Vision
A world where the move to quantum-safe infrastructure is seamless, assured and accessible to all.
Principles
What we stand for
Transparency
Clear documentation of what our products protect, how they do it and where their limits are.
Customer trust
We handle customer data and cryptographic material with the same care we expect our products to provide.
Long-term thinking
We design for systems that will be running for decades, and for the algorithm changes they will need along the way.
Research & Engineering
Rooted in rigorous science.
Research sits at the core of everything we build. Our work bridges quantum information science, applied cryptography and systems security engineering.
Collaborate with our research teamLattice-Based Cryptography
Efficient module-lattice implementations for constrained devices and high-throughput gateways.
Side-Channel Resilience
Constant-time code and countermeasures against timing, power and fault-injection attacks.
Hybrid Protocol Design
Secure combiners and key schedules for hybrid classical / post-quantum key exchange.
Formal Assurance
Formal methods to verify the correctness of critical cryptographic and boot components.
Ready to make your organisation quantum-safe?
Book a technical briefing or a QScan readiness assessment with our engineers.