The Internet of Things (IoT) connects numerous everyday devices, opening up previously closed systems to remote access & control. Smart, connected devices are now an integral part of our lives, in business and at home. Be it Smart Cities with sensors and digital management systems for energy, utilities, transportation etc. Or smart homes and office

Most Internet of Things (IoT) or cloud based solution require extensive software coding and setup of various IoT modules. Our platform takes away all these developmental work, and let the users focus on their core product and services. Even in post-deployment, very often additional cost and effort is required for software modifications or sensors r

A tactile sensing glove embedded with multiple tactile sensors can measure each sensing point's applied pressure and its corresponding position. Its pressure sensing layer is constructed with multiple rows and columns of piezoresistive sensing points. The piezoresistive sensor's electrical resistance decreases when a pressure is applied on it. The

This sensor-as-a-service offering can kickstart the user's IoT journey with ease. The service includes hardware, software and connectivity. The package features five sensor types: a temperature and humidity sensor a human passive infra-red (PIR) detector a magnetic sensor that detects opening and closing of assets an asset locating tracker a smart

This system includes battery operated sensors to detect if a bin is filled, and communicate this information to an Application server on the Internet through a wireless infrastructure base on LPWAN technology which supports wide area wireless coverage in the ISM frequency band and at very low power. The use of LPWAN technology enables the design of

This project has implemented a platform for the user to setup a tracking project. The user can register beacons, and assign them to either equipment or locations through the web portal. An Android app is developed for users who are working in the same area. The app retrieves configurations from a server. It runs in the background to collect beacon

The hardware being designed and developed is an advanced and complex engineering device utilizing a patented technology. This technology simplifies the transfer and learning of device functions into a simple touch action for the user. With an NFC-enabled mobile phone, the hardware is detected automatically and a user interface contextualized to the

Radio frequency localization principle is based on measurement of Received Signal Strength (RSS) from the anchor transmitters. Further corrections are made at runtime with compensation algorithm to remove noise and interference to accurately determine the location of the unknown node. This method can be accomplished with fixed-strength radio freque

Demand for wireless communication is ever-increasing. However, the frequency spectrum is a scarce resource that cannot be created. This has resulted in an issue commonly known as "spectrum crunch" -- a phenomenon where demand for spectrum outpaced supply that resulted in congestion and drop in wireless communication quality. Ironically, measurement

Current localisation techniques restrict either one or more anchor node(s) to be stationary and thus reduce the operation ranges of mobile IoT networks. Existing techniques also produce coarse location estimations, particularly for nodes at the edge of the network region where the signal levels are minimum. These limitations confine the potential o

The Internet of Things Transformation is a phrase that has been floating around increasingly in recent years. The injection of IoT technology to upgrade conventional components to smart components can bring about massive benefits for companies & industries alike. However, an IoT transformation runs deeper than just including a communications module

Existing network management systems can typically only support homogeneous devices, and have limited reconfigurability for the end user. As such, they are not suitable for use in large-scale deployments of Internet of Things networks, which are expected to constitute multi-modal and heterogeneous devices. To adapt to the rapidly changing eldercare

This technology enables the seamless integration of multiple of functional components into one flexible fibre with precise control over nanometre-level architecture and composition, at fibre length, uniformity, and cost. This technology also allows an all-in-fibre solution, achieving multiple functionalities, offering a lego-like template to enable

Clock synchronization and time keeping are crucial in distributed applications like smart city sensor networks, manufacturing systems, data centres, etc. The various distributed elements like the sensors and actuators within the system should have tight clock synchronization to make sense of the collected data and provide timely controls. State of

We have developed a sophisticated data-mining engine which is capable of processing large amounts of data. The engine uses automatic collection, group classification, and recommendation technology to analyse and extract key patterns from all kinds of data depending on the environment. We are implementing our engine in to lifestyle products and serv

Wearable devices with online detection functions that can identify various activities of daily living (ADLs) and fall occurrence of the user, and provide real-time fall protection before fall impact when a fall occurs.The detection functions can be set with individualized parameters to provide precise real-time ADL and fall detections to prevent fa

GPS positioning systems have played a major role in people's lives since the late 90's. Today almost everyone has a device with positioning capabilities like a smartphone, tablet, GPS tracking device or a watch with built-in GPS. While the GPS revolutionised outdoor positioning, satellite-based positioning doesn't work indoor and other technologica

We have developed a hardware cum software IoT platform that will make it easier and cheaperto collect data or send alerts/messages from standard machines, instruments, sensors and meters installed in remote places - over low power wide area wireless networks (LPWAN) such as Sigfox, LoRa &NB-IoT. Our first products arenovel plug & play communication