
Explore web-based threat analysis with ManaTI. Learn to use WHOIS similarity for domain classification, improving efficiency and accuracy in detecting network security threats.

Explore machine learning techniques for collaborative detection of Domain Generation Algorithms (DGAs) in cybersecurity, enhancing threat intelligence and network defense capabilities.

Explore malware profiling techniques and tools for identifying unique digital fingerprints, enabling early detection and categorization of new threats through characteristic family analysis.

Explore advanced clustering techniques for threat intelligence data analysis and visualization in MISP, enhancing cybersecurity insights and decision-making processes.

Explore machine learning techniques for measuring information leakage in black-box systems, focusing on privacy and anonymity protocols in website fingerprinting attacks.

Exploring AI-driven interactive environments that adapt to user needs, enhancing sustainability, health, and comfort in buildings. Focuses on machine learning and data science for personalized, context-aware spaces.

Exploring the human roots of machine bias and challenging the concept of AI ethics. Dr. Bryson discusses the societal implications of AI and the importance of interdisciplinary approaches in addressing ethical concerns.

Explore data-driven approaches to creativity and innovation, from elite to popular levels. Learn about operationalizing creativity, quantifying development, and analyzing innovation dynamics.

Explore a hybrid approach combining first-principles and machine learning for meta-level optimization, shifting focus from big data to right data in experimental design and inverse problems.

Explore how online data from sources like Google and Twitter can measure and predict real-world human behavior, with insights from leading researchers in behavioral science and data analysis.

Explore urban evolution, innovative techniques, and data-driven approaches shaping smarter cities, with insights on modeling, sustainability, and the future of urban living.

Machine learning's universal approach to phenomena inverts expertise from answering known questions to asking good ones. Explore applications in structural design, urban analysis, and real estate, with insights on ML's impact across engineering and desig…

Explore finite adversarial partial monitoring, its classification, and implications for multi-armed bandit problems and full-information games. Learn about regret dependence on game structure.

Exploring GDPR's impact on data protection, automated decision-making, and AI regulation. Experts discuss key concepts, implementation challenges, and future implications for governments and corporations.

Explore differential privacy fundamentals, applications in machine learning, and key definitions. Learn about privacy-preserving computations and various mechanisms for protecting sensitive data.

Elizabeth Denham discusses GDPR implementation, its impact on data protection, and future implications for AI regulation. Insights from the UK's top data protection official on privacy, innovation, and accountability.

Explore threat modeling for Kubernetes CI/CD security using SLSA standards. Learn to identify and mitigate vulnerabilities in supply chain processes, with practical insights from Tekton's implementation.

Challenging "Zero Trust" in cloud-native security, this talk explores trust as an observer's decision, debunks myths, and offers strategies for managing trust in cloud environments.

Explore Zero Trust principles and threat modeling for cloud-native systems. Learn to implement secure architectures using Istio, Kubernetes, SPIRE, and OPA for robust, distributed workload protection.

Discover OmniBOR, a revolutionary approach to capture artifact dependency graphs in software development, enhancing supply chain security and reducing false positives in vulnerability scanning.

Explore an end-to-end solution for software supply chain security using OpenSSF-FRSCA, integrating tools like Tekton, Sigstore, and Kyverno to meet SLSA Level 3 requirements.