Battmama (Battery Management and Maintenance System) is a comprehensive solution designed to monitor the health, performance, and status of batteries in real-time. It typically includes sensors, data acquisition hardware, software, and analytics capabilities to provide insights into battery conditions, allowing for proactive maintenance and optimization of battery systems. This will be able to help the technician to tend to the batteries before any major disaster happens and prevent further damage to the batteries. Battmama is online a multi-purpose platform to ease its user’s duty with its advance battery management and maintenance features where the users can monitor the battery health and condition to the hilt and to execute quicker action with battmama predictive maintenance through its critical and in-depth analysis. This data provides insights into battery condition and performance, enabling informed decision-making and proactive maintenance actions. This solution can be implemented in all battery banks which are use as a critical backup power supply in train station for signaling, ignition & communication.

The purpose of this developed biosensor is for the early detection of three major rice diseases in Malaysia (i.e., bacterial leaf blight - BLB, bacterial leaf streak-BLS and blast diseases) to prevent loss of yield due to pathogen infections. This biosensor comprised of two components: (i) a handheld /portable electrochemical biosensor reader that will eventually be innovative on-site rice disease detection tool prior to the appearance of any visual symptoms so that corrective measures can be taken to prevent the spread of disease; and (ii) biosensor strip (i.e. screen-printed carbon electrode). The functionalized SPCEs showed good selectivity and sensitivity due to detection as low as 10^2 CFU/mL and 10^3 conidia/mL for P.oryzae. Modification of screen-printed carbon electrodes (SPCEs) was achieved via electrodeposition of functionalized multi-walled carbon nanotubes (MWCNTs) and polypyrole (Ppy) networks on the surface, followed by antibody immobilization. The labelled antibody (i.e. antibody-HRP) is required in the sandwich type assay format in the functionalized SPCE for the indirect detection of targeted rice diseases’ agents. The binding interaction between the enzyme and its substrate will generate an electrochemical signal, and this signal (in uA unit) will be displayed, measured, and recorded. The data collected by the reader will be stored on a dedicated web server, whereby the authority agencies can access this data for further real-time monitoring. Eventually, in the long run, the data collected could be gathered and analysed to form location-mapping or trend-mapping of the disease's spread and occurrence. Furthermore, it is cost-effective and efficient. Our target audience are in agricultural sectors

Primera Rice known as UKMRC-9 has a low glycaemic index (GI) value, which helps to reduce after-meal blood sugar spikes. This rice is suitable for consumption by all, especially for diabetics. The anthocyanins in Primera Rice serve as good source of antioxidants, providing a healthy wholegrain option where rice is a staple food. Primera Red rice has a slightly nutty flavour and high nutritional value. Primera ensures gluten-free, natural whole grain goodness for health-conscious consumers. Full of natural whole grain goodness for those who appreciate the finest rice quality.

Targeting to make traffic congestions woes in Malaysia manageable, Sena Traffic Systems developed Malaysians made Traffic Light Controller at hardware and software level. The development of hardware is mission specific for integrating the in-house built traffic management algorithm, the I-Traffic.

OwlSight intends to enable Malaysian SMEs to obtain access to high quality cybersecurity monitoring services for a reasonable pricing. By deploying a hardware device in the target client's network, OwlSight monitors all incoming and outgoing network communication and in that process, allows it to identify anomalies and cyber threats within the network.

* Creating a new technology to provide an alternative space to the existing Al-Quran disposal method which is burning to an environmentally friendly green technology method. * Reducing tree felling / logging for paper production by recycling printed materials from Al-Quran and religious books. * Creating technology that complies with Islamic law and manners