Funding

ezyMRI provides a point-of-care MRI solution to the head and other extremities. It is compact, movable, and low-cost. We aim to decentralize MRI scans and offer MRI to under-resourced areas.

GlucoRing is a wearable that provides non-invasive and continuous glucose measurements: in which healthy users can regularly monitor their health, while patients will no longer be required to prick their fingers to undergo testing.

Cardio-ezyT2* proposes a Point-of-care Nuclear Magnetic Resonance (NMR) Apparatus to measure Cardiovascular T2* for the early diagnosis of myocardial iron overload. It provides significantly cheaper scans and portability, which allows scans to be done while patient is having blood transfusion and helps to minimize additional hospital visits.

With the advent of 5G and ever-increasing high data rate and highly connected applications, there has been a rapid growth in the IoT sector. The IoT sector is expected to connect 500 billion devices by 2030 in various application areas such as home, industrial, automotive, smart office, smart city with an overall economic impact of $4tr to 11tr by 2025. Though the IoT has the potential to transform the wireless sector, improving the quality of the connectivity allowing high quality communication between devices and reducing the power budget is a major criterion.

In this project, an embedded RF communication interface with ultra-low-power consumption WSNs which are backbone of the IoT devices will be developed. The design incorporates energy aware transceiver design from SUTD and baseband design from MPics Innovations Pte Ltd. This integrated System-on-Chip solution offers a low cost, high reliability, and energy aware combo chip for wireless sensor networks. This solution, together with sensors such as UV-C, will provide the close-loop that current solutions like the UV-C dis-infective robots do not have. With a close-loop solution that enables self-calibrating and self-monitoring system, the UV-C RF IoT sensor card can be widely deployed with cleansing robots or system.

Possible target markets are the venues with high touches and human traffics such as

• Healthcare: Hospitals, polyclinics, private clinics

• Education: Lecture theaters, classrooms, research labs, school canteens

• Hospitality: Hotel rooms, meeting places, banquet halls

• MICE: Conference halls, exhibition halls, shopping malls

• Transport: Public buses, mass rapid transport, passenger airplane, cruise ship

• Food & Beverage: F & B outlets

• Aviation: Airports

Mimicare aims to develop a system to assist physiotherapists, patients, and their Next-of-Kins (NOKs) with rehabilitation. From market research and interviews, we discovered that the lack of patient compliance is a common problem in rehabilitation. High treatment costs and the high workload of therapists also add to the problem facing therapists, patients, and NOKs in rehabilitation treatment.

As such, we aim to create a wearable foot pressure monitoring and comparison system to help in patient compliance, reduce treatment costs by reducing treatment frequency, and reduce therapists’ workload through patient progress tracking.

Selective and controlled removal of ions which can be applied in various use cases such as water treatment, recovery of dialysate and water treatment.

Silence Laboratories is a young company based in Singapore founded by PhDs and alums from MIT, USA, SUTD, Singapore and IITs, India. We envision a world with effortless, intelligent and context-aware security. SL has designed unique, first-of-its-kind multi-modal multi-factor authentication frameworks to support ultra-fast and hassle-free authentication.

The framework has found niche use cases in seamless two-factor authentication for logins, verifications of passengers and riders in urban mobility and infrastructure access authentications. We aim to make smartphones a ubiquitous digital passport in the digital realm. No need to remember, type or store secrets- walk into the digital realm, and we will do the rest silently.

Sales of counterfeit goods total $2.8 Trillion yearly, causing 100,000 deaths worldwide. MetaTag offers the next-generation anti-counterfeiting platform leveraging optical metasurfaces. Utilizing nanotechnology and the physics of metasurfaces, we have developed machine-readable security tags engineered on the nano-level rendering them nearly impossible to duplicate.