QRNGS can increase performance, control & transparency for cybersecurity.
Cryptography is a basic pilar of the Internet, enabling the ability to exchange data online securely. This enables a wide range of functionalities, including email, social media, messaging, e-commerce or telemedicine, among many others.
Cryptography uses unpredictable random bits for producing cryptographic keys and other cryptographic material. Unfortunately, when not enough random bits are produced, or their quality is insufficient, challenging security loopholes open up to attackers.
Quside delivers higher performant QRNGs to ensure enough random bits are available and randomness metrology, which provides better insights on practical security.
- Eliminated entropy starvation via high-speed capability
- Enhanced quality monitoring & real-time insights
- Quantum-enhanced crypto-key generation
You may have already heard about the upcoming transition to quantum-safe cybersecurity as an urgent response to the cybersecurity threats posed by quantum computers. Now, with the threat identified, what solutions do we have available out there?
Quantum technology is a class of technology exploiting the principles of quantum mechanics (the physics of sub-atomic particles), including quantum entanglement, quantum superposition and uncertainty principle.
The cloud computing service model today is established and almost all companies are embracing a strategy of “go to cloud”, both in part and in full. Depending on a company’s requirements it could be a public, private or hybrid cloud service.