Codes and Secrets: Fundamentals of Computer Security - A Public Engagement Lecture
Engaging exploration of computer security principles through interactive challenges, revealing vulnerabilities in various encryption methods and discussing future Internet security trends.
Codes and Secrets: Understanding Computer Security - A Public Engagement Lecture
Engaging exploration of computer security principles through interactive challenges, covering encryption methods, coding systems, and future Internet security trends.
Advanced Cryptography - Tunnelling SSL/TLS/VPN
Explore tunnelling modes, secure sockets, OpenSSL, Heartbleed vulnerability, VPNs, and key exchange methods in network security protocols like SSL/TLS.
Exploring Hacker Operating Systems - Qubes OS
Explore Qubes OS, a secure operating system using virtualization for isolated environments. Learn setup, features, and practical applications for enhanced privacy and compartmentalized security.
Threat Modeling Kubernetes - A Lightspeed Introduction
Discover threat modeling for Kubernetes: Learn to identify risks, understand adversarial techniques, and implement preventive measures to enhance cloud-native system security and delivery velocity.
Don't Have a Meltdown - Practical Steps for Defending Your Apps
Practical strategies to protect applications from security vulnerabilities like Meltdown, with actionable steps for robust defense and risk mitigation.
Enforcing Runtime Integrity with Maat
Explore Maat: an open-source framework for runtime integrity measurement in Linux systems, enabling continuous security checks and malware detection throughout system execution.
Hypervisor-Enforced Kernel Integrity for Linux with KVM
Explore hypervisor-enforced kernel integrity for Linux using KVM. Learn about advanced protection mechanisms against kernel vulnerabilities and their implementation through virtualization.
Linux Security Module (LSM) Maintainers Panel Discussion
Panel discussion on recent Linux Security Module developments, featuring insights from key maintainers on significant security advancements in LSMs and the Linux Kernel, with audience Q&A.
Unravelling How Firmware Interacts with the Linux Subsystem
Explore the intricate relationship between firmware and the Linux subsystem, gaining insights into their interaction and its implications for system performance and functionality.
Meaningful Bounds Checking in the Linux Kernel - Addressing Buffer Overflows
Exploring buffer overflow vulnerabilities in the Linux kernel and innovative solutions for enhanced security through improved bounds checking and compiler optimizations.
Sanitizing the Linux Kernel - KASAN and Other Dynamic Bug-finding Tools
Explore KASAN and other Sanitizers for detecting memory safety issues in the Linux kernel, including implementation details and practical usage techniques.
IoT Security - Ecosystem, Interoperability and Standards
Explore IoT security challenges and solutions with the Security & Privacy Development Lifecycle framework, addressing ecosystem complexities, privacy concerns, and compliance issues in rapidly evolving IoT landscapes.
Introducing Hardware-Level Device Isolation to Zephyr
Exploring IOMMU/SMMU implementation in Zephyr for enhanced security against DMA-related vulnerabilities, with focus on Arm SMMUv3 support and live demo on Arm FVP platform.
Mitigating Use-after-frees in the Linux Kernel
Explore techniques for mitigating use-after-free vulnerabilities in the Linux kernel, covering performance trade-offs, pointer checks, and RCU implementation strategies.
Overview of the Crypto-engine Improvements
Explore recent advancements in crypto-engine technology, focusing on performance enhancements and security improvements for embedded systems and IoT devices.
Cryptography Fundamentals and Applications - Session 8A
Explore cryptographic concepts and advancements in this IEEE session, featuring cutting-edge research and discussions on secure communication and data protection techniques.
How to Promote the Use of Best Practices and Automate Security Policies
Explore container security automation in CI/CD pipelines, focusing on vulnerability scanning, admission controls, and runtime security using tools like OPA and Kubernetes Admission Controls.
Masking Schemes and Their Analysis - Session at CHES 2022
Explore advanced masking schemes and analytical techniques for enhancing cryptographic security in hardware implementations.
Hertzbleed: Turning Power Side-Channel Attacks Into Remote Timing Attacks on x86 - Session 3
Explore how power side-channel attacks transform into remote timing attacks on x86 processors, examining DVFS, frequency leakage, and implications for cryptographic systems like SIKE.
Fast Hardware Implementations and Quantum Circuits
Explore cutting-edge advancements in hardware implementations and quantum circuits, focusing on speed optimization and innovative design techniques for enhanced performance.