Science

Researchers have developed a new end-to-end verifiable e-voting protocol designed to withstand the threat of quantum computers and ensure secure, transparent elections.

As quantum computing power grows, protecting data in the cloud demands new cryptographic approaches, and this review explores how homomorphic encryption can bridge the gap.

A new framework leverages the power of language models to intelligently restore degraded speech, even from extremely low-bandwidth sources.

A new approach to memory management dramatically improves the speed and efficiency of large language model inference.

A new protocol leverages Bitcoin’s existing infrastructure to enable faster, cheaper discovery of assets and applications on the network.

A new analysis reveals critical security flaws in ISO 15118 plug and charge technology, potentially exposing electric vehicle owners to malicious attacks during charging sessions.

A new framework leverages artificial intelligence and advanced encryption to deliver high-fidelity volumetric experiences with reduced bandwidth and latency.

Researchers are leveraging subtle imperfections in radio frequencies to identify devices without relying on traditional authentication methods.

Researchers have developed a new approach to identify potentially malicious applications registered within Microsoft Entra ID by analyzing permission requests and user consent patterns.

The increasing use of AI agents to access external tools creates a significant privacy risk as sensitive data can be inadvertently leaked through tool interactions.