Leading the way to the future of trust
Future-proof cryptographic resilience and cybersecurity solutions for the post-quantum transition
There’s too much at stake for your defenses to break
If you’re in telecommunications, finance, defense or another critical industry, you’re a prime target for cyberattacks by criminals,non-state actors and adversarial nations. A successful breach could be devastating for your organization and the people who depend on you.
With high-performance computing, AI and the threat of cryptographically relevant quantum computers, we need new tools and techniques to ensure long-term security and business continuity for critical systems.
That’s why governments are moving up their timelines for post-quantum security roadmaps, forcing organizations to face the many challenges of migrating to post-quantum security sooner rather than later.
At evolutionQ, we understand next generation threats and pioneer practical solutions for the future of trust. We can help you achieve cryptographic resilience today— and long-term security for years to come.
How close is the quantum threat?Closer than you think.
Learn more in the Quantum Threat Timeline Report
Why cryptographic resilience matters
Cryptographic resilience is about having the agility to respond to shifting threat paradigms. You need defense-in-depth to establish layers of security between your systems and bad actors, plus long-term security that can't be threatened by computational attacks to guard against ‘patient’ threats such as harvest now/decrypt later schemes.
Building these aspects of cryptographic resilience into your cybersecurity environment ensures your ability to keep pace with evolving threats and throw up multiple obstacles to thwart attackers.
As the post-quantum threat era rapidly approaches, cryptographic resilience will depend on the implementation of new cryptographic methods and structures including symmetric key infrastructures (SKI). SKI offers a fast mechanism for achieving certified post-quantum key exchange capabilities with the agility to quickly implement future upgrades.
Our Basejump platform enables cryptographic resilience today
BasejumpSKI from evolutionQ provides cryptographic resilience for your applications — no rip-and-replace required. It combines symmetric key infrastructure, classical asymmetric key cryptography and post-quantum computing in a unique multimodal approach to end-to-end key generation to protect your most critical information.
And for organizations evaluating or adopting quantum-enabled key exchange, we provide a seamless path to integrate it with BasejumpQDN.
Our services team helps you manage your quantum risk
Our expert team can assess your quantum risk profile and help develop roadmaps and strategies for achieving cryptographic resilience and long-term post-quantum security. We understand the evolving legal and regulatory environments as well as the technical challenges unique to post-quantum cryptography and quantum-safe technologies.
We work directly with end customers, managed service providers and our partners to build quantum safe roadmaps.
Start your quantum-safe journey
Better understand the quantum threat and PQC migration methods in our on-demand webinar
Pioneering post-quantum security
At evolutionQ, defining the future of cybersecurity is all we do. We’re the original drivers of quantum risk management. We’ve helped put post-quantum cryptography on standards bodies’ radar. There are equations with our names on them.
As globally recognized experts in quantum computing, cryptography and cybersecurity we’ve spent more than a decade developing real-world solutions that can stand up to AI, high-performance computing and post-quantum threats to cryptography.
Even more importantly, we’re already in-market with future-ready solutions like BasejumpSKI and BasejumpQDN, with global-scale customers around the world.
Dr. Michele Mosca
Co-founder and Chief Executive Officer of evolutionQ
Resources
Latest published research reports by evolutionQ.
Post-quantum or cybersecurity questions?
Let's discuss your needs for cryptographic resilience.
