Moisturizes the skin, removes itching and rashes.

With the availability of IoT technology, the utilization of smartphone for remote access and device control is made possible and becomes more common nowadays. One potential deployment of a smartphone control system is in a guard touring system (GTS). A conventional GTS lacks features such as real-time data upload, multiple functions on one device and is not competitively priced. We have conducted market validation with our clients and we plan to introduce new features for the current GTS. Currently, the client is facing difficulties to monitor and integrate all sites and sites simultaneously. Besides that, current GTS is time consuming and difficult to supervise. Lastly, for sites that have unstable internet connections, the patrolling cannot be conducted and the reporting cannot be stored into the cloud server. Therefore, our smart GTS has been introduced and the system consists of a mobile device with built-in Near Field Communication (NFC) and Radio Frequency Identification (RFID), an Android application for real-time interaction, a cloud database management system and NFC tags installed at designated checkpoints. The application will be designed to provide user-interface for audio, image capture, Global Positioning System (GPS) based wireless tracking of guard’s patrolling activities and reporting feature. Therefore, in this project, the development of a smart GTS that provides audio and image communication, cloud database management and Global Positioning System (GPS) technology is proposed. The smartphone will be used as the medium for collecting data while patrolling and reporting. A web browser will also be designed for easy and user-friendly access. The system performance will be investigated in terms of network delay and GPS accuracy to guarantee it is within acceptable time limit and distance limit. The value proposition is able to enhance premises safety and security, integrity reporting, reduce administration workload, and fast and precise response to alert.

A comprehensive PropTech ecosystem solution, designed to empower property developers with seamless digitalization throughout the entire property journey. From streamlined construction processes to efficient property sales, progress billing, and all the way to property handover and defect management, our product offers a transformative and integrated experience.

Organic Waste Reduction: EMBC is designed to address the escalating issue of organic waste by efficiently converting it into valuable resources. The system utilises Black Soldier Fly Larvae (BSFL) to consume organic waste, significantly reducing the volume that would otherwise end up in landfills. Insect Protein Production: An essential outcome of the bioconversion process in EMBC is the production of high-quality insect protein. This protein-rich output serves as a sustainable alternative for animal feed, contributing to the circular economy by utilising waste as a resource. Organic Fertilizer Generation: In addition to insect protein, EMBC generates nutrient-rich organic fertilisers. These fertilisers can be used to enhance soil health and promote sustainable agriculture practices, reducing reliance on chemical fertilisers. Circular Economy Promotion: EMBC embodies the principles of the circular economy by creating a closed-loop system where organic waste is repurposed into valuable products. This approach minimises environmental impact, conserves resources, and fosters a more sustainable and regenerative waste management system.

Mi-AgPrInk is a cutting-edge, water-based silver-conductive inkjet ink specifically formulated with silver nanoparticles. This specialised ink is designed for industrial digital inkjet printing applications, enabling the creation of conductive paths and components such as wire tracks, circuitry, RFID antennas, sensors, and other electronic elements. It facilitates the production of flexible and lightweight electronic devices, offering versatile printing capabilities on various substrates, including paper, plastic, fabric, and glass. Mi-AgPrInk has been extensively tested and proven compatible with leading industrial printhead technologies, including FUJIFILM Dimatix Printheads, Samba Printheads, Spectra S-class Printheads, and Konica Minolta Printheads

iDialysis is an innovative digital solution tailored to transform the care landscape for chronic kidney disease (CKD) patients. This integrated platform bridges the vital communication and data channels between patients, nephrologists, and dialysis centres, ensuring cohesive and efficient care. iDialysis has 3 main components; a web system for nephrologists, mobile apps for patients and IoT interaction for the dialysis centre.