In Barcelona, Quside is using photonic chip technology to generate what it calls high-quality, verifiable entropyâthe unpredictable input used to create encryption keys, secure communications, authentication credentials, and other cryptographic functions. As AI infrastructure expands and organizations prepare for the shift to quantum-safe cryptography, the company argues that demand for secure, ha...
The article highlights the growing importance of secure, hardware-based randomness in light of the expansion of AI infrastructure and the shift to quantum-safe cryptography. Quside's solution, which verifies the physical source of entropy, addresses this demand and is gaining traction across various sectors. However, it is essential to consider the potential implications of such technology on privacy and cybersecurity as more companies adopt these solutions. Furthermore, understanding the long-t...