The Stage | Lisa Matthews, CEO, KETS Quantum Security
Why It Matters
Quantum‑safe networking will protect finance, defence and telecom sectors from future decryption, creating a multi‑billion‑dollar market and a competitive edge for early adopters.
Key Takeaways
- •Quantum computers threaten all public‑key encryption systems today.
- •KETS built a photonic chip generating unhackable encryption keys.
- •Chip integrates into existing networking gear, avoiding new hardware.
- •Ten‑year UK startup now moving to industrial‑scale production.
- •Mass adoption expected within two to five years globally.
Summary
Lisa Matthews, CEO of UK‑based KETS Quantum Security, outlined the looming risk that quantum computers pose to today’s public‑key encryption and introduced the company’s photonic integrated circuit as a quantum‑safe solution.
She explained that quantum machines could eventually break all conventional encryption, jeopardising secure communications in finance, defence and telecom. KETS’s chip condenses the optical components needed to generate and share encryption keys that are theoretically unbreakable by quantum attacks, allowing seamless integration into existing networking hardware.
Matthews highlighted that the ten‑year‑old spin‑out from the University of Bristol has been funded by government grants, venture capital and early sales, and is now entering an industrialisation phase, partnering with global equipment manufacturers to embed the technology in standard product catalogs. She projected a two‑to‑five‑year horizon for widespread adoption.
If successful, KETS’s approach could safeguard critical infrastructure without costly network overhauls, positioning the firm as a key player in the emerging quantum‑safe market and prompting enterprises to upgrade security ahead of the quantum threat.
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