Transforming industries through
Intelligent Things and
Internet of Things

An edge device typically interfaces with multiple sensors or actuators of various types. Size, weight, power, performance, and radio interface present numerous challenges. Our expertise covers the full spectrum of designing, developing, and integrating edge devices with applications hosted on the cloud or on-premises. Our IIoT motes support interfacing with sensors and actuators through analog, digital, and MODBUS protocols. The gateways support backhauling LPWAN networks through LTE, WiFi, or SatCom for cloud connectivity. The application supports edge node provisioning, real-time data analytics, mote connectivity over MQTT, CoAP, HTTP, WebSocket, or custom TCP, etc. A feature-rich and interactive UI over web and mobile apps enhances the user experience in data visualisation.

Fail-safe system design is crucial, particularly in safety-critical applications and mission-critical systems, where any failure can lead to catastrophic impacts. Our expertise lies in designing systems such as on-board computers and industrial process controllers, ensuring they operate in a manner that minimises potential impacts in the event of a failure. In safety-critical systems, a deterministic nature is imperative for guaranteed response times during critical events. We specialise in development using qualified Real-Time Operating Systems (RTOS), which are essential for achieving deterministic response times in demanding environments.

The software powering embedded systems varies greatly in complexity, from simple state-driven firmware to RTOS-based preemptive multitasking systems, and even more sophisticated applications with rich user interfaces and multimedia capabilities. Our expertise spans crafting software across this spectrum, from firmware to application software, on Linux or Android platforms, addressing diverse needs. We provide tailored BSPs targeting our hardware platforms with customised Linux distributions using standard frameworks like Yocto. Firmware updates and FOTA capabilities are enabled by specific bootloaders in controllers and application processors. We prioritise intuitive user interfaces and user experiences as integral elements of our design process.

Data is increasingly valuable, yet transporting every bit to the cloud poses challenges in storage, bandwidth, and processing power, leading to increased costs. Edge AI architecture offers a solution by enabling organisations to derive insights in near-real-time, ensuring data security and availability. Our solutions, supported by leading GPUs, efficiently handle demanding workloads at the edge, whether dealing with time-series data or video streams.

We specialise in architecting embedded products to solve real-world problems, encompassing electronics, software, and mechanical aspects, offering a one-stop-shop solution for our customers from concept to qualification. Our expertise covers the entire product engineering process, ensuring seamless coordination between stakeholders to transform innovative ideas into reliable, practical solutions.

With the rise of smart manufacturing and smart factories, IT-OT integration is becoming increasingly vital. Successful integration requires expertise in both IT and OT, spanning embedded systems, communication protocols, enterprise networks, servers, and cloud. At Transiot, we develop controllers, analyzers, and telemetry systems for industries, backed by our capabilities in OT. Our wide-ranging IT expertise, covering data networks, private servers, public cloud, and cybersecurity, positions us as the preferred choice for IT-OT integration, bringing efficiency, productivity, and sustainability to businesses.