
Explore extending Kubernetes to orchestrate and configure accelerator chains for efficient handling of large AI/ML workloads, improving performance and reducing latency in production environments.

Explore RISC-V CPU design, from hardware description to running Debian on FPGA. Covers out-of-order execution, multi-core systems, security, and Linux requirements using the open-source NaxRiscv core.

Hierarchical packet scheduler for approximate weighted fair queuing, offering efficient bandwidth allocation and flow isolation in high-speed networks with low complexity and resource usage.

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.

Explore open hardware projects for Linux, including BeagleBone and OLinuXino. Learn about RISC-V and free FPGA toolchains for creating libre systems and running Linux on open source chip designs.

Explore the process of designing, developing, and launching an open-source CAN bus tool. Learn about PCB design, driver development, and the challenges of bringing hardware products to market.

Explore hardware security, tamper protection, and building trustworthy electronics. Learn about microcontroller selection, noise sources, and auditable design techniques for enhanced security.

Entdecken Sie die Funktionsweise von C3-PR, einem Open-Hardware-WiFi-Roboter. Erfahren Sie mehr über ESP32, Motoren, Arduino IDE und mechanisches Design in diesem informativen Vortrag.

Explore the creation process of the first Defcon Aerospace Village badge, from design to production. Learn how to recreate your own using open-source resources and insider insights.

Explore free open-source tools for designing and manufacturing open hardware, from PCB creation to 3D printing. Learn about licenses, prototyping challenges, and best practices for entirely open-source devices.

Explore low-cost ARM architecture through the creation of a DOOM-running business card. Learn about processor selection, PCB design, and embedded Linux configuration.

Explore isolation mechanisms for high-speed packet processing pipelines, focusing on Menshen's approach to enforcing isolation between modules in programmable data planes.

Unveiling secret flaws in DRAM RowHammer mitigations, exploring Target Row Refresh implementation, and introducing TRRespass: a RowHammer fuzzer for creative hammering patterns to bypass protections.

Explore real-time packet processing using FPGAs, focusing on Ethernet connections, FPGA architecture, and implementing network applications with hardware-level optimizations.

Hardsploit: A comprehensive toolbox and framework for auditing electronic systems and embedded devices, addressing the growing security challenges in the Internet of Things era.

Explore post-silicon IT systems, emerging architectures, and AI's impact on InfoSec. Discover how innovation addresses Moore's Law limitations and shapes the future of technology and security.

Explore IBM's Liquid Metal project for heterogeneous computing, unifying parallel programming paradigms and simplifying development for multicores, GPUs, and FPGAs.

Step-by-step guide to designing custom embedded microcontroller PCBs. Learn modular design, component selection, schematic creation, and PCB layout for successful prototyping and small-scale manufacturing.

Explore satellite systems, space technology, and embedded platforms for orbital missions. Learn about CubeSats, radiation-hardened components, and software reliability in space applications.

Explore on-chip debug interfaces and JTAG architecture with JTAGulator, a hardware tool for identifying and accessing embedded systems' debug ports.

Explore FourQ, a cutting-edge elliptic curve cryptography method, and its implementation on FPGA for unprecedented speed in large prime character systems.