Latest Articles for Information Security

A new model aims to simplify privacy policies for users.

A new method improves detection of malicious traffic using machine learning and advanced hardware.

Exploring Dense-Sparse LPN and its potential in cryptographic security.

Research focuses on improving secure key sharing methods using quantum physics.

Introducing a method for One Time Pads that ensures message security and integrity.

Exploring the latest developments in secure communication through quantum key distribution techniques.

Enhancing security of quantum key distribution with advanced postselection techniques.

Scientists achieve atom-photon correlations over kilometers using multiplexing methods.

Adaptive radar technology enhances security against adversaries while maintaining performance.

A study reveals insights into speaker roles and topics at security events.

Protecting messages using quantum physics and entangled photons.

Quantum memories can improve the capabilities of communication networks significantly.

Study reveals methods for inferring data despite malicious corruption challenges.

A guide to protecting individual data privacy while enabling data analysis.

Exploring the relationship between chaotic systems and their impact on cryptography.

A look at how side-channel attacks target cryptographic keys.

This method improves secure data transfer using superdense coding and hyperentangled atoms.

Exploring quantum network protocols over a 14-kilometer urban fiber link.

An overview of CV QKD and its noise management strategies.

An innovative approach to understanding privacy in interconnected systems.

New methods improve accuracy in join size estimation while protecting sensitive data.

A framework for safeguarding sensitive information in competitive sectors.

A new method enhances the ability of models to forget specific visual information.

Introducing a framework to balance data privacy and utility.

New methods improve privacy auditing, focusing on hidden state models in machine learning.

Exploring how quantum technology can enhance secret sharing and privacy.

A new method optimizes key rate estimation in Quantum Key Distribution systems.

Learn how data minimization protects privacy amidst growing data collection.

A method to rewrite texts while protecting individuals' privacy.

Explore various big data storage solutions and their unique features.

New methods boost the certifiable randomness from quantum measurements.

A look into privacy methods and their effectiveness in data sharing.

Exploring the role and potential of quantum unpredictability in modern cryptographic systems.

New methods enhance security in quantum key distribution using decoy-state techniques.

Exploring the role of symmetry-protected topological states in quantum communication.

Exploring the role of entropy in enhancing quantum communication security.

Non-malleable extractors enhance randomness and protect sensitive data from tampering.

Jamming attacks can disrupt retrieval-augmented generation systems by blocking responses.

New methods improve security in cryptographic systems using quantum mechanics.

This article discusses the challenges of machine unlearning and a new approach to balance privacy and accuracy.