
Comprehensive study on email encryption adoption at a university, analyzing 81 million emails over 27 years to understand usage patterns, challenges, and implications for cybersecurity.

Vergleich von vier Render-Engines für physikalisch basiertes Rendering: Analyse der Darstellung verschiedener Materialien und Erklärungsansätze durch Einblicke in den Quellcode.

Exposé on "booter" DDoS-for-hire services: their operations, vulnerabilities, and impact. Insights into defending against attacks and the criminal ecosystem behind these illicit services.

Explores flaws in vulnerability statistics, revealing biases and misinterpretations. Provides insights on critically evaluating security studies and understanding limitations of vulnerability data for better decision-making.

Explore psychological insights on life's meaning, its determinants, and impacts. Dr. Joshua Hicks presents scientific perspectives on authenticity, self-knowledge, free will, and mortality awareness.

Discover hidden mathematical gems in The Simpsons with author Simon Singh. Explore the fascinating intersection of math and comedy, and gain insights into the beauty of proofs and the importance of math education.

Exploring methodological challenges and best practices for conducting security research with visually impaired users, focusing on browser warning experiences and potential improvements.

Experimental study comparing human and machine approaches to malware classification, revealing insights into feature prioritization and decision-making processes for both novice and expert analysts.

Explore mobile app vulnerabilities and corporate espionage risks in this cybersecurity talk, covering research methods and potential implications for businesses.

Explore cyber risk measurement using Open FAIR, covering qualitative and quantitative analysis, threat event frequency, and scenario-based approaches for effective cybersecurity leadership.

Explore the impact of poor training data on machine learning models and discover strategies for improving data quality and model performance.

Explore the critical aspects of intelligence analysis, focusing on relevance, timeliness, and qualitative methods to enhance threat assessment and risk management in cybersecurity.

Explore iterated random oracles as a universal approach for finding loss in security reductions, focusing on IND-computational hard problems and their applications in cryptography.

Explore linear repairing codes and side channel attacks in cryptography, covering security issues, shading schemes, and practical applications through experiments and observations.

Discover how Netflix applies experimental thinking to design through A/B testing. Learn to approach design scientifically and make data-driven decisions for improved user experiences.

Exploring quantum mechanics' challenge to local agency and objectivity through experimental metaphysics, with implications for understanding consciousness and the nature of observers.

Explore the competition between AI coding assistants, comparing their capabilities, strengths, and potential impact on software development.

Optimizing BBR algorithm to reduce retransmissions while maintaining high throughput. Adaptive scaling of in-flight data cap and timely bandwidth estimate updates improve Internet streaming performance.

Explore how different development environments shape tech creation across research, prototyping, software products, video games, and game engines, highlighting unique challenges and methods in each field.

Comprehensive analysis of the 2022 Emacs User Survey, covering methodology, results, and future plans. Insights into user demographics, preferences, and Emacs usage patterns.

Comparative analysis of JVM and WebAssembly, exploring their architectures, performance, and use cases to understand their strengths and limitations in modern software development.