STAR Research Lab
Post Quantum
High Level Differences Between PQC and QKD
The threat of quantum computers breaking down modern cryptographic algorithms and exposing the confidential information of governments, corporations, and individuals is real. According to the National Security Memorandum released by the White House in May
Patents, Intellectual Property Statements, and Post Quantum Cryptography
As the development of functional quantum computers by companies such as IBM, Intel, and Google advances, post-quantum cryptography (PQC) is becoming a necessity. The exceptionally high processing power of these computers can enable them to
Post Quantum Cryptography: Unpathed Frontiers of the Quantum Era
The central goal of cryptography is to ensure secure and confidential communication between multiple parties. Electro-mechanical encryption can be traced back to World War II when Nazi Germany used the Enigma machine to transmit sensitive
PQC – security concerns about Learning with Errors (LWE)?
Abstract It is well known that the Learning with Errors problem, together with its variations, represents a key ingredient for prospective quantum-resistant cryptographic algorithms due to its efficiency properties and good implementation properties, as is