TeleCANesis has introduced an embedded software environment designed for development teams working on industrial, medical, and mobility systems. The environment enables rapid interconnection of distributed system nodes through standard communication interfaces and protocols. It is built on the QNX Operating System, a real-time platform widely used in embedded control systems such as robotics, medical instrumentation, and automation equipment.
The toolkit consists of three main components: TeleCANesis Hub, TeleCANesis Builder, and TeleCANesis Engine. The Hub provides a browser-based graphical interface for defining hardware configurations, bus layouts, and communication mappings using templates and drag-and-drop functionality. The Builder operates as an extension within Visual Studio Code, offering routing visualization, automated test case generation, and endpoint binding creation. The Engine provides real-time runtime control and connectivity across the networked system.
Engineers define system connections at a high level, and the tools automatically generate the interaction logic between nodes. This approach standardizes communication while reducing manual coding effort. The environment supports a range of hardware buses including CAN, SPI, I²C, RS-485, Ethernet, Bluetooth Low Energy, and LoRa. It is compatible with protocols such as JSON, MQTT, Modbus, J1939, ZeroMQ, Protobuf, and ISOBUS, and supports various human–machine interface frameworks including Crank Storyboard, DiSTI GL Studio, Flutter, Slint, Qt, and Unity.
TeleCANesis is available as an online platform with optional engineering support packages to assist integration and workflow adaptation. The company is presenting the system this week at embedded world North America in Anaheim.
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