
Explore the evolution and impact of Open Source Hardware through OSHWA's community-driven approach, from software license origins to current hardware innovations and future milestones.

Explora el Proyecto Pinguino, una alternativa a Arduino para microcontroladores PIC. Aprende sobre esta plataforma de código abierto y sus aplicaciones en electrónica y programación.

Entdecken Sie die faszinierende Geschichte der ersten Rechenmaschine von 1623, ihre Rekonstruktion und moderne Weiterentwicklung als Open-Source-Hardware mit praktischen Demonstrationen.

Explora el mundo del software y hardware libre para IoT e ingeniería. Descubre innovaciones, proyectos prácticos y soluciones de vanguardia. Únete a la comunidad global de tecnología abierta.

Explore Koch v1.1 robot modifications, assembly, and compatibility with v1.0. Learn about open-source robotics and access resources for building your own low-cost robot.

Explore FPGAs for makers: learn basics, applications, programming, and debugging. Live demonstration on Papilio Pro and Zedboard, with insights from FPGA engineer Steve Grace.

Learn to load and test Arduino code for SMARS robots. Covers downloading, compiling, and transferring code, with a live demonstration and updates on the project's progress.

Learn to wire up SMARS robot electronics, including range finder, motor shield, and motors. Covers Arduino pinouts, wiring diagrams, and Bluetooth modules for beginners in robotics and 3D printing.

Learn to 3D print SMARS robot parts: download files, slice with Cura, use Octoprint, choose colors, and prepare for assembly. A step-by-step guide for beginners in robotics and 3D printing.

Learn to design a range finder module holder for SMARS robots using Fusion 360, enabling creation of low-cost, open-source robots with 3D printing and Arduino components.

Explore the flow3r electronic instrument: assembly, operation, software development, and community engagement. Learn to create captivating music and light art with this innovative device.

Explore the BeagleBone Black's potential in cybersecurity and embedded systems. Learn why this versatile single-board computer is a favorite among tech enthusiasts and security professionals.

Explore living without Silicon Valley tech, examining open-source hardware, reverse engineering, and alternative approaches to technology development. Challenges intellectual property norms and discusses creating fresh hardware solutions.

Explore key challenges and solutions in building automated testing infrastructure for embedded Linux, focusing on Tizen OS. Learn to create an open-source testing lab for quality assurance.

Explore open-source robotics with the CrowBot Bolt! Learn to program and control this smart robot car using Python, from unboxing to testing custom light programs.

Explore insights from organizing Hack@DAC, the world's largest hardware hacking competition. Learn about unique aspects, value for the security community, and key takeaways for industry, academia, and researchers.

Explore how OpenTitan's Silicon Commons is transforming chip design, revolutionizing the industry with open-source hardware and collaborative innovation.

Learn to build and operate a BrachioGraph, the cheapest robot drawing arm. Covers assembly, wiring, software setup, and creating art using Raspberry Pi and Python. Ideal for DIY enthusiasts and aspiring roboticists.

Explore OttoDIY's evolution from a hobby project to HP partnership, covering challenges, open-source impact, and the innovative HP Robot Auto's features and programming.

Learn to assemble the Koch v1.1 robot, a cost-effective and user-friendly modification of the original design. Explore bill of materials, CAD models, and compatibility with v1.0.

Explore Serberus: a versatile, multi-port hardware hacking tool with 4 channels for simultaneous UART, JTAG, SPI, I2C, and SWD interfaces. Features level shifting and open-source design for easy target connectivity.