
Explore IoT through an interactive drum machine. Learn its design, cloud communication, and build your own open-source version. Engaging demonstration of translating digital signals into rhythmic sounds.

Introducing CANsee: A machine learning-based intrusion detection system for automobiles. Detects abnormal CANBUS traffic using a low-cost device to capture and transmit data wirelessly. Open-source project with potential for enhancing vehicle security.

Explore open-source modifications for AK-47 handgrips and buttstocks, discussing design, fabrication, and customization techniques for firearm enthusiasts.

Discover affordable power analysis attack techniques for cryptographic systems using open-source hardware and software. Learn to set up a budget-friendly lab and perform live demonstrations against AES implementations.

Discover affordable power analysis attack techniques for cryptographic systems using open-source hardware and software. Learn to set up a budget-friendly lab and perform live demonstrations against AES implementations.

Explore how open source hardware and software can enhance assistive technologies, empowering individuals with disabilities through customizable solutions for improved independence and quality of life.

Explore open-source FPGA development with SymbiFlow, the "GCC of FPGAs". Learn about its current status, supported FPGAs, and how hobbyists are revolutionizing hardware design.

Collaborative initiative to develop affordable open-source MRI scanners, focusing on hardware/software development, research guidelines, community building, safety, education, and distribution to improve global access to MRI technology.

Explore building affordable, customized input devices using open-source tech to empower individuals with disabilities, enhancing computer interaction and environmental control.

Explore advancements in open-source POWER CPU implementation, including MMU, privilege modes, interrupts, and FPU, enabling Linux boot on affordable FPGAs. Discover potential applications and ecosystem impact.

Explore the growth and potential of open CPU architectures like RISC-V and OpenPOWER, discussing recent developments, available hardware, and their importance for the future of open source computing.

Explore the Libre-SOC Project: an open-source initiative using Python to create a programmable, spy-free System-on-a-Chip for smartphones and computers, emphasizing transparency and user control.

Explore RISC-V ecosystem growth, hardware designs, and Linux kernel support. Discuss design challenges and ideas for implementing kernel features, aiming to increase developer participation and improve RISC-V Linux stability.

Explore open-source silicon design for IoT applications, focusing on challenges, opportunities, and potential impact on the industry's future.

Explore cloud-native server architectures with Racklet, an open-source Raspberry Pi-based scale model of hyperscaler datacenters. Learn through hands-on experience with reproducible hardware and software.

Discover how Arduino's open-source microcontroller empowers global creativity, enabling innovators to bring their ideas to life without limitations. Learn about its impact on technology and design.

Explore Fedora's journey with RISC-V architecture, from initial porting to current developments and future plans in virtualization and platform standards.

Explore scaling future technologies in a global open hardware ecosystem with insights from the Open Compute Project's Future Technologies Symposium Chair.

Explore the unique dynamics of open hardware licensing, collaboration models, and sustainable development within the Open Compute Project's ecosystem for efficient system integration.

Discover CapGemini's strategic approach to Open RAN adoption, exploring ecosystem partnerships, implementation strategies, and the evolution of telecommunications infrastructure.

Discover how to build OpenRAN edge cloud infrastructure using open hardware and radio technologies for advanced telecommunications deployment and management.