Scan and connect to Low Energy devices. View device properties, signal strength, and service details. Read, write, and notify device data. Use pre-filled commands or create custom ones. Monitor connected devices and their characteristics.
Displays sensor data received from connected Bluetooth® low energy modules. Allows users to view real-time data from the EY1SENSOR-KIT module. Supports basic module interaction and data visualization.
LE allows users to send bytes as ASCII, HEX, or Decimal values. It displays device services, characteristics, and their values. Users can view device name, UUID, and RSSI readings. Data transfers can be tested without a custom .
Allows users to connect and control devices via Bluetooth Low Energy. It offers button layouts, input mapping, and real-time feedback. Supports firmware updates and integrates with programming environments for testing and development.
Scan and connect to Bluetooth Low Energy devices. Check for firmware updates via Over-The-Air. Initiate and monitor update processes. View device details and connection status.
Scan and to Bluetooth Low Energy devices. View device properties, signal strength, services, and characteristics. Monitor detailed information and interact with connected devices.
Securely connect to servers via SSH for remote management. Run terminal commands to execute tasks and manage files. View server logs and monitor activity in real time. Support for SSH keys and password authentication.
Provides an interactive SSH for executing commands on servers. Users can monitor system status with top or follow logs using tail -f. It includes a powerful editor for document manipulation.
Monitor server status and manage Docker containers
Monitor server status with real-time CPU, GPU, memory, and network usage metrics. Track Docker container details and SSH into servers directly. View TCP statistics and process lists without installing additional software.
Scan and to Bluetooth Low Energy devices. View device information and interact with them. Advertise as a peripheral and support Bluetooth profiles. Update device firmware using DFU capabilities.
Control Arduino projects via low-energy modules. Send and receive data for real-time interaction. Design custom boards with buttons, joysticks, and displays. Monitor and adjust project parameters remotely.