Hugging Face has launched LeLab robotics GUI, a new browser-based tool designed to simplify robot control. It allows users to calibrate, teleoperate, and train robotic arms like the SO-101 with ease, making advanced robotics more accessible.
A new IoT device, the everAliveSensor, has been developed to operate without external power sources. This innovation promises perpetual power for remote sensing applications.
A new bio-inspired 3D camera, SpiderCam, breaks the sub-watt power barrier, enabling ultra-low-power 3D mapping for portable devices. This innovation is inspired by natural vision systems.
A new balance bot integrates mirror balance bot vision, leveraging computer vision and a clever mirror trick for enhanced stability and interaction. This innovative approach offers valuable insights for robotics projects.
A new AR sandbox topographic map project demonstrates how kinetic sand can be transformed into a live, interactive landscape. This innovative setup uses a ToF sensor and pico projector, offering a practical example for students exploring augmented reality and sensor applications.
The Q8botOne quadruped robot is set to launch, offering an affordable and open-source platform for robotics enthusiasts. This fully assembled robot aims to make advanced robotics accessible for learning and project development.
A new technique leveraging a simple mirror promises to make 3D scanning more efficient. This method could significantly speed up project workflows for students and researchers, offering a practical approach to complex tasks.
A new project showcases an **antique smart home controller** that marries modern IoT functionality with a vintage aesthetic. This innovative design uses E Ink and custom materials for a unique user interface.
A new open-source project demonstrates how to construct a DIY resin 3D printer safety cabinet. This initiative provides engineering students and makers with practical steps to improve safety when operating resin 3D printers, addressing common fume concerns.
A new USB-C mini KVM, the Comet Q, offers a compact solution for controlling multiple devices. This driverless KVM allows engineers and students to manage phones, tablets, and PCs remotely, enhancing project and study setups.