An Advanced Wound dressing products using Chitosan derivatives

KAAWAL is an Anti Drone Solution with an advanced system designed to counter illegal drone intrusion and safeguard critical sites and private areas from potential terrorist threats

Remdii Sensitive helps to repair the skin from within by relieving the inflammation in cause and moisturising the top layer of the skin.

According to the National Audit Report 2018, the Emergency & Trauma Department (ETD) unable to perform its function efficiently due to increased volume of patients with limited logistics. The report also indicates that 42 to 36% of all patients received treatment in the emergency department could not be admitted within stipulated time of 4 to 6 hours. And many ETDs are unable to meet the KPI of ambulance response time within 15 minutes for Priority One Cases. Since the efficiency of ETD's delivery is vital in reducing mortality and disability rates, R&D&C in improving its delivery efficiency is of paramount importance. Thus, the development of SIMPLE (Simplified Medical Platform for Emergency), which include: a) the development of data dictionary for emergency registry and records b) observational study on ambulance response time c) observational study on type of event activation d) Geo-location mapping on the timing and type of event activation Based on the data collected from the activities above, strategic deployment of ambulance based on geospatial-event-time analysis can be performed to optimise the ETD's limited resources in managing emergency and trauma cases. In addition to this, based on the integration of SIMPLE and cHEART; a Personal Health Information app, the impact of having early and fast access to patient's medical records through cHEART will also be documented to improve the quality of care.

The Autonomous Robotics Management System (A.R.M.S) is a software system developed by our R&D team and is able to manage a fleet of autonomous robots with the following capabilities (not limited to): a) Fleet overview: provide a central view of the entire fleet of robots, including their location, status, and battery levels. b) Mission setting: able to schedule tasks for robots, taking into account factors such as the robots' availability, the urgency of the tasks, and the robots' capabilities. c) Path planning: able to plan paths for robots, taking into account the robots' environment and the obstacles in their way. d) Fault detection and diagnosis: able to understand and inform faults in robots, allowing for timely intervention to prevent further problems. e) Data collection and analysis: able to collect data from robots, such as task data, robot performance data and reporting. It provides the tools and capabilities necessary to manage a fleet of robots efficiently and effectively.

An Automated Guided vehicle (AGV) is an automated mobile robot that moves items from one location to another location within a facility; guided by a magnetic tape placed on the ground that defines its path. a) Payload Handler: Rack Lifting / Pallet Lifting b) Payload: Up to 1000kg c) Travelling Direction: Bidirectional / 90-180degree turn d) Charging Method: Manual Charging / Opportunity Charging e) Mode: Standalone / Fleet Management System f) Battery Type: SLA 24V / Li-Ion 24V 60Ah g) Navigation Method: Magnetic Strip Guide