- KETS has completed a £1.7 million government contract to develop chip-scale quantum key distribution (QKD) devices.
- The technology aims to detect interception attempts and bolster telecom network security.
What happened: KETS completes development of compact quantum security devices for telecoms
KETS Quantum Security, a startup originating from the University of Bristol, has successfully fulfilled a £1.7 million contract awarded under the UK government’s Small Business Research Initiative (SBRI). The project focused on advancing the company’s chip-scale quantum key distribution (QKD) technology, which is designed to enhance the security of telecommunications networks by detecting potential interception attempts.
The miniaturised QKD devices developed by KETS are intended to be integrated into existing telecom infrastructure, providing an added layer of security against emerging cyber threats. By leveraging quantum mechanics principles, these devices can generate and distribute encryption keys that are theoretically immune to interception, thereby safeguarding sensitive communications.
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Why it’s important
As quantum computing advances, current encryption methods face growing risks of becoming outdated. KETS’s development of miniaturised QKD devices is a proactive move to protect telecom infrastructure. These devices can detect interception attempts and enable secure key distribution, helping to keep communications safe in the quantum era.
Completing this project proves that quantum security can work within existing networks. It also strengthens the UK’s position as a leader in quantum-safe technology development.
