Connect via Bluetooth and control your microcontroller
Control microcontroller projects via Bluetooth/BLE connectivity. Customize interface layouts with d-pads, joysticks, buttons, sliders, switches, and text inputs. Adjust settings and monitor real-time data from connected devices.
Control Bluetooth-connected Arduino devices with sliders, buttons, and a joystick. Adjust custom inputs to interface with motors, servos, and sensors. Manage device connections and send commands via BLE.
Control ESP32 and Raspberry Pi robot kits remotely. Adjust radar ranging, manage three-channel tracking, and use sliders, buttons, and arrow keys. Customize control layouts for personalized setup.
Control an RC car via Bluetooth and view live camera feed from the vehicle. Connect to Arduino, ESP32, and other development boards. Stream video in real time and manage remote controls through the .
Control home access points like gates, garage doors, and doors. Manage roller shutters and lighting with brightness adjustment. Turn power and lights on or off. Monitor the status of roller shutters.
Control devices with Bluetooth and serial terminal
Control IoT devices like , , and Micro:bit via Bluetooth Low Energy. Send commands, view serial data, and adjust parameters remotely. Customize control interfaces and monitor real-time sensor inputs.
Build custom dashboards with 20+ widgets including buttons, sliders, gauges, and real-time graphs. Control IoT devices via Bluetooth or Wi-Fi. Manage widgets through drag-and-drop interface. Connect to Blynk Legacy server for data control.
Create and control IoT devices without coding. Configure device settings, activate end-user devices, and provision WiFi connections. Perform OTA firmware updates, monitor device status, and manage security settings.
, paint, and doodle on a digital whiteboard. Share artwork with friends. Use stickers, brushes, and shapes to enhance creations. Add text and export drawings in multiple formats.
Datasheet search allows users to find electronic components. Resistor color codes and markings are decoded for 4, 5, and 6 band codes. Electronic symbols are displayed according to IEC 60617, IEEE 315, and GOST standards.