The NUVEQ Cloud-based Access Control System offers a secure, scalable, and sustainable solution for modern access management. Leveraging cloud infrastructure and eco-conscious design, NUVEQ minimizes environmental impact while enhancing operational efficiency.

The MyGreens™ Reverse Vending Machine (RVM) is an innovative, tech-driven solution aimed at addressing the environmental and regulatory challenges of Waste Cooking Oil (WCO) disposal in Malaysia. Developed by UNITEN R&D Sdn. Bhd. in collaboration with Elagrens Sdn. Bhd., the system integrates blockchain and IoT technologies to create a transparent, traceable, and efficient WCO collection process, from source to recycling into biodiesel. Key features of the RVM include blockchain-powered traceability, IoT-enabled monitoring, a user-friendly interface, automation for minimal human error, and compatibility with WCO from various sources. The machine accommodates multiple user roles—depositors, maintenance/admin teams, and certified collectors—ensuring smooth operations and secure handling of waste. The benefits of MyGreens™ RVM are multi-fold. For the environment, it prevents illegal dumping and supports sustainable practices by enabling WCO conversion into renewable energy. For the government and corporations, it supports ESG commitments and compliance with the International Sustainability & Carbon Certification (ISCC). For users, it offers incentives through digital platforms, encouraging responsible disposal behaviors. The primary target audience includes food businesses such as restaurants and hawker centers, local councils, waste management companies, biodiesel manufacturers, and environmentally conscious households. By fostering collaboration across these groups, MyGreens™ RVM represents a scalable, future-ready solution that contributes to a cleaner environment and a circular economy.

The adoption of SSDs in the IT world has seen tremendous growth over the past decade, fundamentally reshaping how data is stored, accessed, and managed across industries. This surge is primarily driven by the increasing demand for high-speed, low-latency storage solutions in modern applications such as cloud computing, virtualization, big data analytics, and artificial intelligence. Unlike traditional hard disk drives (HDDs), SSDs offer significantly faster performance, lower power consumption, and greater durability, making them ideal for data centers, enterprise workloads, and edge computing environments. Our Pixelspace SSD Enterprise Series represents the latest in cutting-edge storage technology, engineered specifically to meet the demanding needs of enterprise environments. Built with high-performance architecture and robust endurance, these SSDs are designed to deliver exceptional speed, reliability, and data integrity under intense workloads. Enterprise environments are not like typical computing settings—they are heavy-duty ecosystems that handle continuous operations, mission-critical tasks, and data-intensive processes. From high-performance computing (HPC) to real-time data analytics, 3D rendering, video editing, virtualization, and large-scale databases, these operations require a storage solution that can keep up with extreme throughput, low latency, and constant access to vast volumes of data. We are proud to unveil the Pixelspace SSD Enterprise Series, a result of our strategic collaboration with Phison Electronics Corporation, a globally renowned leader in Integrated Circuit (IC) technology based in Taiwan. Phison’s deep expertise in developing and manufacturing advanced storage solutions has played a pivotal role in the realization of this product. Our close R&D partnership has enabled us to harness their cutting-edge innovations and customize solutions that align with the highest industry benchmarks. We value our partnership with Phison as a key enabler in our innovation journey. Through this collaboration, we seamlessly integrate Phison’s world-class IC technology into our SSD lineup, delivering exceptional performance, reliability, and global competitiveness. Their extensive technical capabilities empower us to break new ground in storage technology—creating solutions that not only fulfill the demands of today’s digital landscape but also set the stage for future advancements.

PavementAI is an advanced road inspection solution that leverages 360 cameras, GPS, RTK (Real-Time Kinematic), IoT (car telemetry information), and AI/ML technologies for automated road assessments. This system combines driving conditions with defect categorization, mapping, and analytics to provide detailed reports on road conditions and estimated maintenance costs. By integrating in-car AI processing through edge technology in mini PCs, PavementAI performs live data processing, yielding real-time results during inspections and allowing immediate identification of road issues. The solution is cost-effective, utilizing a low-cost 360 action camera integrated with an advanced GNSS/RTK/IoT device for efficient inspections across various transportation modes, including cars, motorbikes, and on foot. Results and analytics are accessible via a web-based dashboard, facilitating timely decision-making for maintenance reports and budget planning. PavementAI’s target market includes local authorities, agencies like Jabatan Kerja Raya (JKR) and PLUS, as well as municipalities, transportation agencies, engineering firms, and contractors. The system allows for contracting out repair jobs to contractors, who can update reports, images, or videos of repairs in progress—before, during, and after completion. Additionally, the application provides recommendation on the repair methodologies along with estimated costs for various types of road defects. Users can access historical records with 360 panoramic views of road segments to track condition changes over time. By ensuring timely identification and repair of road defects, PavementAI plays a crucial role in enhancing road safety and reducing fatalities due to accidents. This solution not only streamlines the inspection process but also empowers local authorities to maintain safer roads effectively.

We custom engineer microscopic glass capillaries for use as blood collection tubes, or for glass layer protection of electronic components. We also make bespoke precision multi-bore tubes for use in FIFO devices in next generation optical networks. Plus, we make micro-capillary arrays and plates for use in the life sciences and chemical instrumentation

After interviewing several small and medium scale farmers, we had determined that the following is the need of the market: No tracking or visibility of Poultry Environment: There is limited to no easy tracking of vital bird house environment parameters. Currently prevalent systems are deployed in-house & track only Temperature & Relative Humidity. The farmer has not real-time visibility of this data, unless he goes inside the farm and checks the data. Incident Management: Farmers are unable to react in time to avert accidents or loss of chicken in case of emergencies as information is not available real-time and there is no alert mechanism. For example: Ammonia is a very vital parameter, and it indicates the health and good grown of chicken. Exposure to high levels of Ammonia for longer periods of time affect the bird’s respiratory apparatus and this in turn hampers the growth of the bird. A timely alert in the middle of the night will help the farmer avert this danger in time. Bird Weight Tracking: Tracking of the bird’s weight is a difficult task and is often performed by the farm workers. The farm workers often pick the biggest of birds to measure the weight, out of fear of reprimand by the farmer. This does not give the farmer a true picture until it is too late. There are bird weight tracking systems available however they are not integrated as part of a comprehensive system and only work in isolation. Farmers will greatly benefit from an integrated platform where they can track the weight, feed & other parameters which is most likely to provide key insights, as regular data comes in. Variance in Weight of Chicken: Farmers state that the weight of the chicken, based on which they get paid, is varying for each batch, despite the inputs such as feed, medicine, labour costs etc remaining the same. They are unable to determine the reasons behind the same. Chick weighing at harvest: while loading is quite laborious and often error prone with farmers having to measure and aggregate their weight of 10,000 chicks and no place to store or track this information. Difficulty with Labour: Labour is difficult to come by and even more difficult to retain. Often times in the region, labour is also undocumented. This causes troubles for both the farmer and labour. Poultry House monitoring is a 24/7 job and the farmers today have to employ 3 to 4 people to man their barns. This is significantly adding to the operational costs of the farmer, particular in volatile times when feed prices see a steep increase.