
Explores honey encryption for unconditional security with short keys, presenting a new scheme for semantic security in the standard model and enabling multiple message encryption with a single key.

Explore cutting-edge cryptography research on ZK-PCPs derived from leakage-resilient secret sharing. Learn about innovative constructions combining the best aspects of zero-knowledge proofs and probabilistically checkable proofs.

Exploring 25 years of programmable networks research, advocating for "ambitious pragmatism" to enhance Internet reliability, security, and performance through incremental yet visionary steps.

Exploring ethical challenges in AI and machine learning, including data privacy, algorithmic bias, and decision-making transparency. Discusses recent research on socially responsible algorithm design.

Explore network protocols, focusing on TCP/IP, sliding windows, congestion control, and denial of service attacks. Includes practical demonstrations and packet tracing exercises.

Exploring vulnerabilities in machine learning systems and developing provably secure algorithms to defend against statistical attacks in high-dimensional settings and non-convex models.

Explore the future of enterprise blockchain, focusing on interoperability, modularity, and privacy. Learn how distributed ledger technologies are evolving to serve as shared infrastructure across organizations.

Explore container kernel development with Christian Brauner from Canonical, focusing on key concepts, challenges, and advancements in this critical area of Linux technology.

Explore container security through restricted address spaces, focusing on vulnerabilities, namespace management, and performance implications in Linux systems.

Learn to enhance container security by implementing Software Bill of Materials (SBOM), improving vulnerability scanning, and adopting best practices for a more robust supply chain.

Learn about end-to-end cryptographic attestation for patches, exploring DKIM and Patatt solutions, their implementation, and best practices for secure patch management.

Explore remote attestation using IMA, focusing on Device Mapper Target Measurements. Learn about module attributes, see a demo, and discover future ideas in this technical presentation.

Explore Landlock's security sandboxing features, internals, and roadmap. Learn about access control, ruleset creation, and policy composition for enhanced system protection.

Comprehensive workshop on Istio service mesh, covering challenges, architecture, adoption patterns, and hands-on labs for practical implementation and secure communication.

Learn about Landlock, a Linux security feature for sandboxing applications. Explore its use cases, implementation, and benefits for developers and system administrators.

Explore Linux kernel security enhancements and self-protection mechanisms with Google engineer Kees Cook, focusing on proactive defenses against vulnerabilities and exploits.

Explore a distributed operating system for IoT devices, covering architecture, security, and integration across smart things, gateways, and mobile platforms.

Explore open-source security tools and frameworks for Kubernetes, covering compliance, threat detection, and network segmentation to enhance your cluster's protection.

Explore new fraud techniques and attacks exploiting SS7 vulnerabilities in telecom networks, including demonstrations of money transfers from electronic accounts and their impact on payment systems integration.

Explore BtleJuice, a framework for intercepting and manipulating Bluetooth Low Energy communications. Learn to perform man-in-the-middle attacks, assess device security, and discover vulnerabilities in smart objects.

Explore Windows Event Log IDs and their correlation with MITRE ATT&CK framework, enhancing threat detection and incident response capabilities in cybersecurity.