We have developed a broadband ultra-sensitive infrared (IR) sensor with novel folded gold nanoantenna sensing array on calcium fluoride (CaF 2 ) substrate integrated with microfluidic channel, which will allow continuous monitoring wideband fingerprint IR absorption of liquid and solution using enhancement of plasmonic nanoantenna. The broadband de

We have developed an ultrasonic telemeter to estimate the load of a vehicle via ultrasonic feedback. The ultrasonic telemeter measures the crushing of the suspension, while the unique algorithm is designed to deduce the transported mass. After that, the information is transmitted via Bluetooth to mobile application for load estimation. The device i

This technology offer is a soft tactile sensor with low operation voltage and ultralow power consumption, intended for use in robotic devices, human-machine interactions and health monitoring devices. This flexible tactile sensor uses low-cost printing processes and is adaptable on any active surfaces. The technology is also amenable to fabrication

This technology is related to supersensitive iontronic electronic skin material. Specifically, the technology is related to supersensitive iontronic electronic skin material with implanted artificial tactile cells, which can control effective ion concentration and change capacitance based on physical changes followed by the implementation of hydrog

Quantum computers will solve certain types of complex problems that are intractable for conventional computers today but of critical importance for society, such as drug & vaccine discovery, climate change and artificial intelligence. Big data and artificial intelligence need a hardware revolution to make computing more sustainable. This technology

The Micro-Beacon system consists of tiny (<10mm) battery-operated beacons and a network of one or more receivers. These beacons may be tagged onto high-value objects or assets that need to be monitored or tracked or may even act as standalone sensors. The beacons transmit RF packets over a distance of about 100m and a network of one or more receive

This technology offer is a microscale-sized quantum transducer - essentially a microwave single-photon sensor, capable of remotely and passively measuring low noise microwave signals with no electromagnetic signature. Microwave or millimeter-wave low energy signals are transduced by micro-electrooptical systems (MEOS) into optical photons, at singl

The technology is a combination of acoustics and vision analytical components that operates by identifying and monitoring any abnormal machinery noise from the spectrum. Defects can then be located for maintenance to be carried out. By collecting data continuously, the automated-monitoring system is able to learn and improve its accuracy and sensit

Core body temperature is an important vital sign indicating the health status of a person. This technology offer is a wearable core body temperature sensor for continuous and non-invasive measurements. The miniaturized sensor is ideal for the integration into wearable devices and med-tech/health-tech devices with skin contact. Both stand-alone solu

Our technology is an affordable alternative solution to Bluetooth and NFC with additional benefits. It is a short-range (0-15 cm) communication solution that will work with any mobile devices with a loudspeaker (e.g. smartphones, tablets or application-specific devices) without the need for pairing. No further hardware is needed on the transmitter

Non-invasive, continuous and accurate health monitoring is a must, to detect early symptoms and prevent possible disasters, and to personalize the healthcare while dramatically reducing ever growing healthcare cost. The optical spectrometer, widely used in various industries, can do such non-invasive and accurate measurement. For example, blood glu

The tasks that humans think are easy to achieve, are challenging for machines to replicate, for example it is incredibly difficult for a robot to pick up an object and hold it steady. Therefore, the tasks that require high dexterity and manipulation are still performed by humans, even in risky and hazardous zones. There are commercially available r

Internet of Things (IoT) devices are increasingly deployed in various industries to do sensing, processing the information and automizing the systems. However, most of the existing IoT devices use batteries, leading to batteries replacement issues, especially with the significant growth in the number of IoT devices. Therefore, we develop a self-pow

Inspecting tunnel and pipeline infrastructure can be a daunting and expensive task due to remote inaccessibility that is unsafe for humans. The technology provider has a drone solution that can inspect both underground and overground spaces within a fraction of time and cost of a conventional solution. Deployment is effortless and operation is enti

A thin layer flexible electric skin can detect force applied on it. The skin's electrical resistance varies with applied force, and there is a relationship between the resistance and applied force. By measuring the skin's electrical resistance, the applied force can be obtained. The skin can be made stretchable to cover irregular and curved surface

The increasingly fragmented food ingredient industry faces the challenges of rampant adulteration, quality inconsistencies and taste inaccuracies. Detecting fraudulent ingredients, modifications and contamination is extremely difficult, with international food supply chains adding to the complexity. Current solutions such as laboratory analysis, tr

Metallization is an integral part of a modern electronic device. Every electronic device has metal electrodes in it. Foldable devices, OLED, sensors, solar cells, touchscreens, wearables and energy storage need new materials and technologies for making flexible metal electrodes. This new metallization technology is suitable for functional metallic

A Singapore company has developed a diffusing technology for use with liquid active materials, such as essential oils, fragrance oils or water based fragrances. The technology is based on an ultrasonic piezoelectric diffusing engine which finely disperses fluid over a period of time determined by the user, with frequency and dispersion modes being