Learn how to use lattice-based signature schemes like CRYSTALS-Dilithium for securing Model Context Protocol (MCP) host authentication in a post-quantum world.

Learn how to secure Model Context Protocol proxies with post-quantum cryptographic agility. Protect AI infrastructure against future quantum threats with hybrid encryption.

Abstract: Cryptography is essential for securing communication and information in the digital age, particularly with the rise of the Internet of Things (IoT), which increases the risk of unauthorized ...

The takeaway: Experts have long warned about the threat that conventional cryptography faces from quantum computers, potentially undermining the foundational security of all digital encryption. New ...

Abstract: RSA is one of the foundations of public-key cryptography, but it is frequently limited in its performance. The fact that modular exponentiation is repetitive, this work presents a refined ...

Powerful quantum computers may be closer than scientists thought. To unleash the technology’s full power, scientists have long thought that quantum computers with millions of quantum bits, or qubits, ...

Encrypt is coming to Solana with a clear vision: Encrypted Capital Markets. Solana is the number one ecosystem for blockchain developers and the most used blockchain in the world. It is where the ...

According to Google, Q-Day—the point at which modern encryption becomes obsolete in the face of quantum computers capable of breaking it instantly—is approaching. Google suggests the day may arrive as ...

Google has issued a stark warning: the encryption protecting the world’s banks, governments, and personal data could be broken by 2029. In a report published on March 25, the tech giant urged ...