MAEKO food waste composting machine converts food waste into bio-organic compost within 18-24 hours that can be used to enrich the soil, a natural resource to return to the environment. MAEKO food waste composting machine uses a Microbial Aerobic Compression Composting Technology with a built-in Aerobic Filtration System. This technology combines the best of both mechanical and biological functions which enables food waste to be composted in the shortest time. Our technology is scalable and flexible to be adopted as decentralized units located at each waste generating sites like hotels, schools, malls, buildings, factory, homes etc. Our vision is to make the solution so flexible that all organic waste will be resolved at source and therefore no more food waste is being discarded into landfill rotting and generate greenhouse gas which causes climate change. In addition to its impressive waste conversion capabilities and circular business model, MAEKO has also integrated advanced IoT technology into its solution. This IoT-enabled system provides real-time tracking of carbon emissions, offering valuable data for ESG (Environmental, Social, and Governance) reporting. With this feature, MAEKO not only helps organizations and individuals reduce their carbon footprint but also empowers them to transparently report their sustainability efforts and contribute to a greener world. In summary, MAEKO stands as a shining example of innovation in the field of food waste management. Its rapid waste conversion, reduced carbon footprint, circular business model, and real-time carbon tracking make it an essential tool for businesses and individuals committed to a more sustainable and environmentally responsible future

The MY-X6040-SViB baggage screening system integrates transmission and backscatter imaging in a single-source, photon-counting X-ray architecture, eliminating the need for multiple X-ray sources. This reduces hardware complexity, lowers energy consumption, and enables a compact, reliable solution. 60 cm × 40 cm tunnel supports screening of baggages. The backscatter detector is highly sensitive to organic substances, supporting detection even when targets are stacked with metals or other inorganic materials. The system delivers high-definition images that improve recognition and operator decision-making, enhanced by Super Resolution processing. The Single View + Backscatter configuration forms two images per scan: Top-view Transmission and Backscatter image.

The MY-X100100-SViB baggage screening system integrates transmission and backscatter imaging in a single-source, photon-counting X-ray architecture, eliminating the need for multiple X-ray sources. This reduces hardware complexity, lowers energy consumption, and enables a compact, reliable solution. 100 cm × 100 cm tunnel supports screening of bigger baggage and parcels. The backscatter detector is highly sensitive to organic substances, supporting detection even when targets are stacked with metals or other inorganic materials. The system delivers high-definition images that improve recognition and operator decision-making, enhanced by Super Resolution processing. The Single View + Backscatter configuration forms two images per scan: Top-view Transmission and Backscatter image.

The MY-X6040-DViB baggage screening system integrates transmission and backscatter imaging into a single-source photon counting X-ray design, eliminating the need for multiple sources. This reduces hardware, lowers energy consumption, and delivers a compact, reliable solution. The backscatter detector is highly sensitive to organic substances, enabling detection even when items are stacked with metals or inorganic materials. The system produces sharper, high-definition images that enhance recognition and decision-making with Super Resolution technology.

The MY-X100100BS-Dvi baggage screening system integrates transmission and backscatter imaging in a single-source, photon-counting X-ray architecture, eliminating the need for multiple X-ray sources. This reduces hardware complexity, lowers energy consumption, and enables a compact, reliable solution. 100 cm × 100 cm tunnel supports screening of bigger baggage and parcels. The backscatter detector is highly sensitive to organic substances, supporting detection even when targets are stacked with metals or other inorganic materials. The system delivers high-definition images that improve recognition and operator decision-making, enhanced by Super Resolution processing. The Dual View + Backscatter configuration forms three images per scan: Top-view and Side-view Transmission, and a Backscatter image.

GoCrete — Circular Concrete Innovation for Sustainable Smart-City Surfaces GoCrete is a premium Malaysian-made material innovation that transforms 100 % post-consumer and post-industrial glass waste into high-performance architectural products. Developed through local R&D by Naturaall Glass Solutions, this proprietary low-carbon formulation substitutes virgin silica with recycled glass sand and aggregate, yielding terrazzo-like finishes that are both durable and design-forward. Demonstrated in a relevant industrial environment (TRL 6), GoCrete offers high compressive strength, and UV- and burn-resistant surfaces suitable for basins, countertops, pavers, and façade panels. Each piece is hand-cast with up to 70 % recycled content, meeting ESG and low-VOC standards while diverting glass from landfills and reducing embodied CO₂ by up to 70 %. Aligned with the Advanced Materials and Smart Cities & Transportation drivers of MySTIE 10-10, GoCrete supports Malaysia’s transition toward circular construction by enabling sustainable infrastructure, adaptive reuse of waste streams, and scalable local manufacturing of eco-engineered materials for green buildings and urban design applications.