Optimising ID Allocation for Low-Memory Devices
Explore efficient ID allocation in Linux kernel, focusing on memory optimization, API design, and challenges in complex systems. Learn from real-world case studies and implementation details.
Right to Not Broadcast
Explores the need for device connectivity control in an interconnected world, emphasizing privacy, security, and the right to protect personal data from unauthorized broadcasting.
MR Security - Learning from IoT's Mistakes
Explore privacy and security challenges in virtual and augmented reality, drawing lessons from IoT to build robust systems against potential abuse in immersive technologies.
Teaching 9-10 Year Olds to Code
Insights and strategies for teaching coding to 9-10 year olds, covering curriculum, tools, diversity, and challenges in running a successful Code Club for primary school students.
Making the PAIN CAVE
Explore an open-source project for indoor cycling that uses Linux and Raspberry Pi to create interactive, effort-based displays and lighting for a customizable training experience.
STM32 Development Boards Falling From The Sky
Explore repurposing weather balloon radiosondes using open-source software and low-cost hardware. Learn to decode signals, track flights, and collect atmospheric data with SDR and Raspberry Pi.
Donkey Car Tuning and Training
Learn to tune and train Donkey Cars, exploring MQTT, IHM, power supply, software, calibration, and driving techniques for autonomous vehicle enthusiasts.
10 Years of Open Hardware Miniconf Projects
Explore a decade of Open Hardware projects, from Arduino-based sleep monitoring to ESP32-powered LED matrices, showcasing innovative DIY solutions and their evolution.
The Awful Design of Everyday Things
Explore how IoT can reduce cognitive burden in daily life, reimagining homes and workplaces for improved efficiency and convenience through smart design and automation.
WEMOS Minis Are Such a Timesaver - Or Am I Doing This Wrong
Exploring WEMOS mini's for distributed actuators in immersive theatre: benefits, challenges, and lessons learned from FollyGames projects using various sensors and components.
It's All About Timing
Explore the design and implementation of a custom, cost-effective timing system for motorsport events using open-source software, Beaglebones, and custom hardware capes.
Open and High Performance Computing
Explore open hardware for high-performance computing, from embedded systems to supercomputers. Learn about OpenPOWER's ecosystem, emphasizing transparency and open-source principles in hardware and software stacks.
Decoding Battery Management Data - Back in the Old School
Explore decoding battery data from an electric motorbike using Raspberry Pi, Python, and open-source tools. Learn techniques for interpreting binary data from closed systems without documentation.
Good, Better, Breast - Building a Sensing Mastectomy Prosthetic with Open Hardware
Innovative project developing a smart mastectomy prosthetic using open hardware. Explores motivations, design challenges, lived experiences, and implications for post-mastectomy recovery and wearable technology.
Privacy Preserving IoT
Explore privacy-preserving IoT technologies and strategies to protect personal data, empower individuals, and challenge Big Data dominance in the digital age.
OpenWRT for Energy Monitoring
Explore designing an open-source IoT energy monitoring system with Linux, focusing on security, privacy, and user control. Learn about hardware evolution and software implementation.
Immersive Theatre Tech - Building Actuators Last Minute
Explore the chaotic world of DIY immersive theater tech, featuring Raspberry Pis, ESP devices, and interactive installations. Learn about successes, failures, and the magic of user-led adventures in festival settings.
Privacy, Security, Convenience - When It Comes to Home Automation, Can We Pick All Three?
Explore secure home automation solutions balancing privacy, security, and convenience. Learn about end-to-end encryption, network segmentation, and offline alternatives for smart home control.
Affordable Custom Input Devices
Explore building affordable, customized input devices using open-source tech to empower individuals with disabilities, enhancing computer interaction and environmental control.
Building Raspberry PI Supercomputers
Learn to build and manage Raspberry Pi supercomputers, from cluster setup to parallel computing. Explore software integration, node configuration, and practical applications using MPI for numerical workloads.
Developing an IoT Sensor Network for Civic Applications
Explore the development of an IoT sensor network for civic use, covering technical, commercial, and social aspects. Learn about LoRaWAN, Arduino, and open-source tools for community-driven projects.