
Examining system administrators' software update management practices, challenges, and potential improvements for multiple machines to enhance organizational cybersecurity.

Explores privacy and security perceptions of older adults using smart technologies, identifying unique challenges, misconceptions, and mitigation strategies to inform better design and protection measures.

Explores GDPR 'Right of Access' vulnerabilities, revealing how impersonation tactics can lead to unauthorized data access. Offers insights on improving identity verification processes for enhanced data protection.

Explores how entertainment media shapes people's understanding of computer security, identifying misconceptions from fictional tropes and examining how viewers evaluate realism in portrayals.

Analyzes security risks in npm ecosystem, revealing vulnerabilities due to dependencies, maintainer influence, and lack of maintenance. Discusses potential mitigations for the JavaScript community.

Exploring challenges in building safe, trustworthy tech products for billions globally, drawing from past mistakes and suggesting ways forward in this complex, multidisciplinary issue.

Explore a privacy-preserving protocol for detecting exposed credentials, its implementation as a cloud service, and its effectiveness in prompting users to update compromised passwords.

Explore in-toto, a framework ensuring software supply chain integrity from inception to deployment, addressing vulnerabilities and protecting millions of users across various cloud environments.

Comparative analysis of threat intelligence sources, evaluating metrics, coverage, and effectiveness for cybersecurity defense. Highlights limitations and challenges in using existing data.

Exploring challenges of implementing Data Protection by Design under GDPR, including legal obligations, assessment criteria, and the role of privacy engineering in meeting comprehensive demands.

Comprehensive study on cryptojacking campaigns, revealing underestimated scale, infection methods, and prevalence across the internet. Insights on mining services, attack vectors, and compromised third-party software.

Explores IoT demand attacks on power grids, analyzing cascading outages and system vulnerabilities. Presents findings from a large-scale North American grid study, discussing protective measures and future challenges.

Exploring security vulnerabilities in smart home platforms through reverse engineering and phantom device testing, revealing unexpected state transitions and potential attacks.

Explore Opaque, a distributed analytics platform offering strong security for sensitive data through encryption, authentication, and oblivious operators, with optimized performance on Spark SQL.

Unveils vulnerabilities in automotive remote keyless entry systems, demonstrating how attackers can exploit flaws to gain unauthorized access to vehicles from major manufacturers.

Explore zxcvbn, an innovative password strength estimator that outperforms traditional methods. Learn its efficient design, accuracy, and easy implementation for enhanced online security.

Explore software-based TPM implementation using ARM TrustZone, overcoming hardware limitations to provide robust security features for trusted computing in mobile devices.

Neural networks for modeling password guessability: faster, smaller, and more accurate than existing methods. Enables real-time, client-side password strength evaluation with sub-second latency.

Explore a secure data-sharing system that protects user privacy and ensures data integrity through decentralized trust, hiding identities and detecting server-side violations.

Scalable messaging system offering cryptographic privacy, using parallel mix networks and novel techniques to support millions of users with low latency while protecting communication metadata.

Explore KPIO, a new security standard for NVMe storage devices offering granular encryption, enhanced data protection, and improved compliance with data privacy regulations.