
Explore telco industry challenges, innovative solutions, and collaborative strategies to accelerate innovation in response to exponential internet traffic growth and evolving technological paradigms.

Explore IoT device security through TrustZone and compartmentalization. Learn about isolation, interaction between components, and handling challenges in secure systems for robust IoT development.

Explore the Foreshadow vulnerability in modern processors and its implications for data security. Learn about potential exploits and mitigation strategies.

Explore cutting-edge topics in open source technology with expert keynotes on realtime systems, RISC-V processors, strategic challenges, and software transparency.

Explore TEEP implementation on RISC-V Keystone and Arm TrustZone, covering use cases, prototypes, and CBOR expressions for secure execution environments.

Explore TEEP implementation on RISC-V Keystone and Arm TrustZone, focusing on secure provisioning techniques for trusted execution environments in embedded systems.

Explore secure boot implementation and OTA updates for embedded ARM devices using UEFI, covering challenges, solutions, and practical integration techniques for robust system security.

Explore x86 pKVM implementation for isolated TEE VMs, covering design, requirements, and integration with host OS. Learn about architecture, performance, and future developments.

Explore hardware-based defenses against Return-Oriented Programming (ROP) attacks with IBM expert Mike Rapoport, focusing on cutting-edge security measures for system protection.

Explore major U-Boot developments including Kconfig migration, UEFI support, and binman. Learn about minor enhancements in areas like IPv6, RISC-V, and device tree schema, concluding with a demonstration.

Comprehensive explanation of Meltdown and Spectre vulnerabilities in modern CPUs, their impact on computer systems, and mitigation strategies. Explores CPU architecture, speculative execution, and side-channel attacks.

Explore baremetal emulation for PowerPC, its applications in reverse engineering, and the personal journey of creating a new framework while embracing self-discovery and transformation.

Learn techniques for efficiently enabling new hardware to run Linux, from schematic review to successful upstreaming of bootloader and kernel patches, with real-world examples.

Explore AMD's x86 memory encryption technologies: Secure Memory Encryption for physical access protection and Secure Encrypted Virtualization for isolated encrypted virtual machines. Learn about architecture, security benefits, and Linux implementation.

Explore wolfBoot, an open-source secure bootloader for embedded systems. Learn about its portability, attack mitigation, and suitability for safety-critical applications across various architectures.

Comparison of Linux block filesystems for embedded systems, covering design principles, features, performance metrics, and compression options on ARM boards with SD card storage.

Explore Hertzbleed attacks beyond SIKE, revealing how DVFS can leak secrets in various scenarios, impacting cryptography and data security across CPU architectures.

Explore Intel microcode reverse engineering and customization techniques, uncovering CPU vulnerabilities and enhancing processor functionality.

Explore microarchitectural side-channel attacks and defenses in cryptographic systems at CHES 2024, featuring cutting-edge research and expert insights.

Explore an open-source electromagnetic simulator for S-parameter calculations, featuring adaptive mesh refinement, arbitrary order finite elements, and parallel processing using MFEM.

Explore TEEP protocol for secure software supply chain management, covering its benefits, implementation, and application across various hardware platforms and industries.