Featured in TechDay US: QuSecure Appoints Tom Lounibos as Strategic Advisor to Accelerate Post-Quantum Cryptography Adoption

As organizations prepare for the migration to post-quantum cryptography, experienced technical and strategic leadership is critical to guide the industry from theoretical research to practical deployment.

Recently featured in TechDay US, QuSecure announced the appointment of Silicon Valley entrepreneur and investor Tom Lounibos as a strategic advisor. The article highlights the rapidly growing demand for quantum-safe security, with the market expected to exceed $15 billion by 2030. As Tom states:

“In five decades of building and investing in enterprise software, I’ve seen a handful of companies that recognized a technology shift early enough to define the category around it. QuSecure is one of them. They saw the PQC migration not as a product opportunity but as the catalyst for an entirely new layer of enterprise infrastructure, built it before the mandates arrived, and are now positioned at the center of the largest cryptographic migration in history.”

QuSecure builds its software around cryptographic agility. It enables large organizations and enterprises to replace existing cryptographic methods as new encryption standards and regulations emerge. This avoids rewriting applications or ripping and replacing infrastructure. As a result, QuSecure is building the infrastructure layer that organizations will rely on. This layer will help them manage and evolve cryptography across complex and critical environments.

Additionally, this shift is driving increased demand for scalable and adaptable cryptographic systems. Adoption is expanding across the United States Army and Air Force, financial services, telecommunications, energy, and cloud services.

With experience building six software companies and investing in more than 80 emerging AI and quantum companies, Tom brings essential leadership to scale at this critical inflection point. His guidance will aid QuSecure as it enters this historic cryptographic transformation.