
Explore cutting-edge developments in Internet of Things technology at this Linux Plumbers Conference session, featuring expert discussions and insights on IoT advancements.

Explore containerization in automotive edge devices, focusing on Podman improvements and functional safety in interference-free environments.

Explore the surprising efficiency of bin packing algorithms for dynamic storage allocation, comparing modern allocators with theoretical models and uncovering insights for memory optimization.

Explore Apache Mynewt's RTOS for embedded devices, covering architecture, components, and community aspects. Learn about its features and future plans for constrained IoT applications.

Explore TigerBeetle's innovative approach to memory management in database systems, focusing on performance optimization and efficient resource utilization.

Craft modular IoT applications with rich web interfaces using POCO C++ Libraries and macchina.io. Integrate sensors, protocols, and cloud services for efficient Linux-based device development.

Explore SBAT revocation mechanisms at the distribution level, focusing on leveraging and managing these systems for enhanced security and efficiency.

Explore the differences between Open Firmware (OF) and Unified Extensible Firmware Interface (UEFI) in this informative presentation by industry experts.

Explore RISC-V CoVE-IO architecture and its implications for system design with experts Jiewen Yao and Samuel Ortiz.

Explore the potential of a generic Linux driver for MCU-MPU connections, enhancing hardware integration and streamlining development processes.

Explore universal patterns for building top-performing platforms across industries. Gain insights on creating inspiring engineering environments that unleash creativity and innovation.

Explore modern C++ techniques through live coding, debunking myths and showcasing practical applications for everyday developers using modules, coroutines, and C++23 features.

Explore cybersecurity threats to space systems, motivations behind attacks, and essential perspectives for securing these critical infrastructures.

Explore the process of building a CAN Bus Sniffer, from prototyping to assembly. Learn hardware development tips, documentation preparation, and small-batch ordering for your first device.

Reverse engineering MediaTek's audio DSP firmware reveals vulnerabilities in RTOS and Android HAL, potentially enabling local privilege escalation and eavesdropping on user conversations.

Explore MIPS-based IoT device research with a framework for efficient emulation, vulnerability analysis, and exploit development. Gain insights into CPU architectures, virtualization, and cross-compilation techniques.

Explore low-level protocol fuzzing for secure microcontrollers, uncovering vulnerabilities in BootROM USB drivers. Learn about a custom fuzzing framework for SPI, I2C, USB, and UART, and its application in hardware security research.

Revisiting insecure-by-design practices in OT devices, highlighting persistent security issues across industries and critical infrastructure, with technical deep-dives and implications for risk management.

Explore firmware security fundamentals, vulnerabilities, and protection strategies in embedded systems with expert insights and practical examples.

Explore cryptographic techniques and best practices for secure programming in embedded systems with expert Thomas Pornin, author of BearSSL library.

Explore IoT firmware analysis techniques with Bogdan Glazov, Senior Security Researcher. Learn about vulnerabilities, hacking methods, and cybersecurity strategies in the rapidly evolving IoT landscape.