
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.

Explore DDoS attacks: structure, evolution, and countermeasures. Learn about botnet creation, recent high-profile incidents, and ongoing efforts to combat this cybersecurity threat.

Exploring the evolution of cybersecurity practices, challenges in integrating security into tech processes, and strategies for achieving a more collaborative and effective security approach in modern organizations.

Discover strategies to enhance organizational resilience through improved incident learning. Explore research-backed approaches to post-incident reviews and avoid common investigation pitfalls.

Explores a novel LTE signal injection attack, demonstrating higher success rates than fake base station attacks. Discusses implications and potential countermeasures for this physical signal overshadowing vulnerability.

Unveils a novel privacy attack exploiting shared images on popular websites, allowing attackers to track user visits and link identities across platforms without using scripts.

Explore FastKitten, a framework for executing complex smart contracts on Bitcoin using trusted computing environments, offering efficiency and low costs for multi-round applications.

Explore techniques to protect binary executables against automated bug-finding tools, focusing on impeding fuzzing, symbolic execution, and hybrid fuzzing approaches while maintaining performance.

Explore JEDI, a novel end-to-end encryption protocol for IoT systems, addressing security challenges in smart buildings and cities through key delegation and fine-grained access control.

Explore security and privacy challenges in multi-user smart homes, examining design principles and a prototype solution for respectful usage and user agency.

Empirical study on Bullet-Proof Hosting provider Maxided, analyzing business model, supply chain, customers, and finances. Reveals shifts in BPH landscape and potential intervention points for disrupting cybercrime-supporting services.

Innovative TLS vulnerability scanning methodology reveals widespread CBC padding oracle vulnerabilities, challenging assumptions about their exploitability and highlighting significant security risks in web infrastructure.

Explores honeypot smart contracts in Ethereum, their prevalence, and impact. Presents HoneyBadger tool for detecting honeypots, analyzing 2M+ contracts and identifying 690 honeypots with 240 victims.

Explore Google's Zanzibar, a global authorization system for storing and evaluating access control lists, offering scalability, consistency, and high performance across various services.

Explores Lightweight Execution Domains (LXDs) as a solution for isolating kernel subsystems, enhancing security by confining potential exploits without significant modifications or performance impact.

Explore libmpk, a software abstraction enhancing Intel MPK's security and scalability. Learn about its implementation, benefits, and applications in OpenSSL, JavaScript JIT, and Memcached.