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ExeQuantum, a rising leader in post-quantum cryptography (PQC) and secure digital infrastructure, today announced the appointment of Audrey Nicoll as Chief Marketing & Growth Officer (CMGO).
The cryptographic community is entering a new phase. With NIST finalising post-quantum cryptography (PQC) standards such as ML-KEM and ML-DSA, the big question is no longer which algorithms to adopt, but how to implement them in ways that are fast, trustworthy, and ready for deployment at scale.
For decades, cryptography has been the invisible glue of our digital world, securing payments, protecting communications, and underpinning the trust that makes the internet possible. But in a world of rising geopolitical tension and technological disruption, two competing imperatives are colliding: cryptographic sovereignty and global standardization.
ExeQuantum, a global leader in post-quantum cryptography (PQC) solutions, is proud to announce a strategic partnership with Malaysian firm Notable Frontier to spearhead the growth of quantum-resilient technologies across Southeast Asia.
Earlier this year, ExeQuantum published the STAC doctrine, a framework for security infrastructure built on Sovereignty, Transparency, Agility, and Compliance.The response was clear: people resonated with the values. But they also had a question.“How do you implement STAC?”
ExeQuantum is proud to announce the expansion of our leadership and cryptographic research team as we accelerate our mission to build quantum-safe cybersecurity infrastructure.
How ExeQuantum Helps You Modernize Without Giving Up Control.
As the global cybersecurity community races to adopt quantum-safe standards, the real challenge is no longer just algorithm selection, it’s deployment. Cryptography doesn’t live in white papers; it lives in code, in infrastructure, and increasingly, in hardware.
ExeQuantum, an Australia-based leader in post-quantum cryptographic infrastructure, and Krown Technologies, a leading US-based quantum blockchain, crypto, and DeFi ecosystem developer, today announced a strategic partnership focused on advancing global cryptographic diversity and long-term blockchain resilience.
In an age where cloud providers are global, attack surfaces are sprawling, and quantum threats are no longer theoretical, one principle is rapidly becoming non-negotiable: cryptographic sovereignty.
ExeQuantum and CyberWaze unite to deliver post-quantum encryption to the Middle East, supporting Saudi Arabia's Vision 2030 and broader critical sector resilience
At ExeQuantum, we don’t see HSMs (Hardware Security Modules) as a competitor or replacement. In fact, we see them as crucial, but unoptimised. HSMs are exceptional at secure key storage and tamper resistance. But when it comes to agility, quantum readiness, and computational efficiency, they start to show cracks.
On March 4th, a research team led by Professor Jintai Ding at Xi’an Jiaotong-Liverpool University (XJTLU) set a new world record by solving a 200-dimensional instance of the Shortest Vector Problem (SVP). This breakthrough in the International Open Darmstadt SVP Challenge, achieved entirely with classical computing resources, has reignited global discussion around the robustness of lattice-based cryptography and the future of post-quantum security.
In the race to prepare for quantum computing, the cryptographic community has made monumental progress. Breakthroughs in lattice- and code-based cryptography have culminated in new standards, rigorous academic vetting, and the formalization of post-quantum cryptographic (PQC) algorithms like ML-KEM and ML-DSA.
QryptoCyber, a pioneer in cryptographic discovery and inventory, has joined forces with ExeQuantum, a leader in post-quantum cryptography solutions, to launch the world’s first end-to-end cryptographic remediation platform. This strategic partnership delivers a unified solution covering everything from comprehensive cryptographic inventory to push-button remediation of select cryptographic protocols.
As quantum computing continues its rapid ascent, so too does the urgency to secure our digital infrastructure against it. Amid the noise, two technologies dominate the conversation: Post-Quantum Cryptography (PQC) and Quantum Key Distribution (QKD).
As quantum computing progresses from theory to applied engineering, its threat to classical encryption is no longer a distant horizon, but a growing concern for CIOs, CISOs, boardrooms, regulators and policymakers.
At ExeQuantum, we believe post-quantum cryptography (PQC) isn’t just a research milestone, it’s a deployment challenge. And we’re solving it.We’ve taken one of the most advanced post-quantum algorithms, HQC-192, and made it accessible via API, deployable in production, and usable today, not someday.
Quantum computing is evolving rapidly, bringing unprecedented opportunities — and equally profound security challenges. While blockchain technology is often praised for its decentralisation and security, it remains vulnerable to emerging quantum threats that could undermine its cryptographic foundations.
In cybersecurity, crypto agility has emerged as a buzzword — particularly in conversations around post-quantum cryptography (PQC). It is positioned as a critical capability, allowing organisations to seamlessly adapt cryptographic systems in response to new threats. In theory, it sounds like an elegant and forward-thinking approach.
In today’s digital landscape, the stakes for data privacy and security have never been higher. With cyber threats rapidly evolving and the future of quantum computing approaching, the need for advanced cryptographic solutions is paramount. Enter ExeQuantum and SharePass: two companies committed to empowering users and enterprises alike with cutting-edge technologies to safeguard sensitive data.
Quantum computers are poised to outperform classical computers by an exponential margin. While this presents numerous opportunities, it also means that traditional encryption methods will no longer be secure.
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