
Explore a trust framework for generative AI, addressing concerns like data handling, PII leakage, and LLM manipulation through access control, authenticity, auditing, and data protection measures.

Explore Wolfi, a Linux distribution for building secure, minimal containers. Learn packaging techniques with apko and melange to create vulnerability-free containers and improve your Docker image security.

Strategies to manage container vulnerabilities: correlate with runtime data, prioritize based on usage, and filter false positives for efficient security in multi-container applications.

Explore a real-world Kubernetes cluster takeover through remote code execution, and learn effective mitigation strategies to enhance your system's security against such threats.

Explore next-gen endpoint management with Microsoft Intune Suite. Simplify app updates, reduce PKI costs, mitigate risks with AI insights, and automate IT workflows for enhanced security and efficiency.

Discover how Microsoft Cloud for Sovereignty empowers governments to accelerate digital transformation while maintaining data control, security, and regulatory compliance using advanced Azure services.

Explore Docker Scout's real-time vulnerability detection, remediation suggestions, and policy evaluation for enhanced software supply chain security across the entire development lifecycle.

Interactive workshop on creating Snap packages for Linux applications, featuring hands-on exercises with GTK/GNOME apps. Learn distribution-independent packaging for easy app distribution and installation across Linux systems.

Unveiling security flaws in TETRA radio systems used by government agencies and critical infrastructure. Demonstrates vulnerabilities in encryption, authentication, and identity protection, enabling practical attacks on confidentiality and integrity of c…

Innovative machine learning algorithm for efficient pedestrian detection in urban areas using neuromorphic sensors, combining physical motion models for accurate real-time tracking day and night.

Explore secure multiparty computation techniques with low communication and computational overhead, focusing on fully homomorphic encryption and threshold-based approaches.

Explore innovative techniques in public-key encryption, focusing on incremental and deterministic approaches presented at Eurocrypt 2012 by leading cryptography researchers.

Explore cryptographic security concepts and their implications in this talk from Eurocrypt 2012, featuring insights from leading researchers in the field.

Explore identity-based encryption resilient to auxiliary inputs, featuring novel theorems, constructions, and extensions for enhanced security in cryptographic systems.

Explore secure computation in client-server models, addressing limitations and presenting practical protocols for web-based scenarios without simultaneous client interaction.

Explore efficient verification of computations on large datasets, including high-degree polynomial functions, verifiable keyword search, and proofs of retrievability, based on cryptographic assumptions.

Explores cryptographic protocols for verifying set operations performed by untrusted servers, introducing efficient authenticated data structures for public verification with optimal complexity.

Explore privacy-enhancing techniques in machine learning, focusing on methods to protect sensitive data while maintaining model accuracy and utility.

Explore advanced cryptography deployment techniques to streamline implementation and enhance security with insights from Dr Michael Scott of MIRACL.

Explore advanced homomorphic encryption concepts, including LWE, BV'11b construction, dimension reduction, and leveled FHE, building on fundamental knowledge from part 1.

Explore homomorphic encryption fundamentals, including computing on encrypted data, Gentry's blueprint, and advanced concepts like bootstrapping and chimeric HE.