USBridge Ecosystem is a next-generation ultra-fast remote access ecosystem uniting software and hardware solutions. Hardware Agent (KVM-IP): Delivers ultra-low latency 1080p @ 60 FPS, BIOS access via a text terminal (MSP protocol + AI Vision), ISO mounting, instant BTRFS snapshots, and full pass-through for keyboards, mice, gamepads, and audio. Software Agent: Features a unified open-source hub supporting key protocols: USBridge, Sunshine, Punktfunk, and Vibepollo — allowing you to choose the best option based on built-in benchmarks for your specific needs. Full Tailscale integration ensures secure access from anywhere in the world. DIY KVM: Transform your SBC (Radxa, etc.) or standard Nano KVM into an ultra-fast 1080p @ 60 FPS KVM device with minimal latency. Download the firmware and join the USBridge ecosystem!

Turn your CrowPanel 5.79" into a dedicated desktop command center. While ultra-wide displays often live in landscape, flipping this 272×792 panoramic e-paper display vertically unlocks the ultimate low-power, zero-glare dashboard for real-time task management, live crypto/stock tickers, and smart home telemetry. Engineered specifically for makers, this modular 3-piece enclosure features an ergonomic desktop tilt, zero-strain glass bezel clearance, integrated rear cable management, and side port access. Optimized for Bambu Studio to print flat without wasteful supports, this project bridges functional industrial design with open-source ESP32 firmware—bringing clean aesthetics and practical desktop utility to the Elecrow ecosystem.

An ATmega8-based dusk-to-dawn switch that automates lighting using an LDR sensor, featuring software hysteresis to prevent flickering and adjustable light thresholds.

With a low-cost ESP32 and WM8960, we built a complete real-time stereo parametric EQ with professional-style controls

General OverviewThe image shows a 3D rendering of a conceptual model of a quantum cryostat at scale (inspired by advanced cryogenic cooling systems, such as dilution refrigerators used for quantum computers). The structure features a yellow-gold coloring and is positioned on a light blue planar base. Main Structural ElementsExternal vertical pillars: The architecture is supported by vertical columns connecting the base section to the top platform, providing stability and defining the vertical footprint of the system. Multiple cryogenic stages: At the center of the structure, several levels or concentric disks are visible at various heights. These represent the different progressive cooling stages necessary to thermally isolate sensitive quantum components. Top flange or platform: The model is topped by a flat circular disk, simulating the upper interface plane for the experimental apparatus or control electronics.

An open-source 3D rotating optical prism module that turns standard WD100 digital microscopes into multi-angle inspection powerhouses.

voice assistant,3 modes,Halloween mod with a scare

A US-based health tech startup came to us with a working smartwatch prototype built on dev boards and jumper wires. It measured heart rate, SpO2, and skin temperature, synced over BLE, and lasted about 14 hours on a 200 mAh battery.

Stop using clunky physical buttons for your Arduino projects. Instead, why not use the TTP223 capacitive touch sensor.

This experiment clearly shows how much the enclosure can influence the sound of even a tiny and inexpensive full-range driver.

An easy acces to a good smart home system

This is a simple multifunctional device that, thanks to the high precision of the generated frequencies (with two decimal places), can successfully emulate almost all known therapeutic devices for frequency treatment.

An Arduino UNO with IMU Barometric Sensor And 3.3V I2C Connector header on board, to achieve physical space and mechanical constraints, and never miss a calibration again!!!!!!!!!

Arduino UNO Board, with IMU and Barometric sensor, to save project space, and achieve mechanical ease!!!!

Learn how to use an L293D Motor Driver Shield with Arduino UNO to control an SG90 servo motor. This practical guide explains the shield’s hardware, pin usage, power connections, servo wiring, button control, and potentiometer-based speed adjustment, while also introducing how the same shield can be extended to DC and stepper motor projects.