Data Protection in the Post-Quantum Era
migrating to a quantum-safe, malware-resistant computing and networking architecture
Protect Data in Transit
Encrypt data with cryptographic keys delivered via quantum-safe technologies.
Protect Data at Rest
Store encrypted data in secured storage devices.
Protect Data in Use
Decrypt, view and process data in protected computing space.
We offer consultancy services
01
Quantum-safe data protection
02
Quantum key distribution system security evaluation & testing
03
Malware-resistant computing and networking architectures
04
Quantum engineering laboratory setup & training
Quantum-Safe Data Protection
QUANTUM COMPUTING THREAT
Large-scale quantum computers would be capable of breaking most of the asymmetric cryptographic schemes in use today. This poses a serious threat to the security of our sensitive data.
HARVEST NOW, DECRYPT LATER
Attackers can harvest encrypted data transmitted over public networks today and decrypt it later using quantum computers, once they become available.
POST-QUANTUM CRYPTOGRAPHY
Post-quantum cryptography (PQC) consists of algorithms that are believed to be resistant against quantum computer attacks, and several have already been standardized. Organizations should begin migrating to PQC as soon as possible.
QUANTUM KEY DISTRIBUTION
Quantum key distribution (QKD) exploits quantum physics to distribute cryptographic keys with theoretically perfect security. Rigorous security evaluation and testing are essential to ensure the absence of side-channel vulnerabilities in QKD systems.
HYBRID SCHEME
The most effective strategy today is to combine PQC and QKD into a hybrid scheme for defense-in-depth. As long as one of them remains secure, sensitive information is protected. The likelihood of an attacker compromising both is extremely low.
SUPPORT
We do not sell QKD or PQC products. As an independent third-party, we are committed to providing unbiased guidance to our clients in selecting the most suitable quantum-safe solutions and in ensuring the security of their sensitive data.