RoadPlus is a groundbreaking platform that revolutionizes road management by harnessing the power of AI and Big Data technologies. This platform offers intelligent, data-driven insights that significantly enhance road safety, efficiency, and maintenance. Among its key features is AI-driven road management, which employs advanced algorithms to optimize maintenance schedules, identify potential issues early, and efficiently allocate resources. Real-time data collection through IoT sensors ensures continuous monitoring of road conditions and traffic flow, allowing for swift responses to emerging hazards. The platform’s cloud-based technology guarantees that data is always accessible, enabling effective decision-making and seamless collaboration among stakeholders. RoadPlus also plays a crucial role in reducing maintenance costs by promoting proactive upkeep and minimizing the necessity for expensive large-scale repairs. Its user-friendly dashboards provide actionable insights tailored to various sectors, aiding in the development of better road management strategies. The platform’s versatility and customizability make it ideal for a wide array of applications, including smart city planning, transportation management, and infrastructure development. Designed to meet the diverse needs of stakeholders such as government authorities, road concessionaires, consultants, insurance companies, mobility and logistics providers, and roadside assistance firms, RoadPlus empowers these groups with real-time, actionable data. This capability contributes to creating safer, more efficient, and sustainable road networks. Whether assisting governments in overseeing road infrastructure, enabling road operators to maintain high safety standards, or helping logistics companies optimize routes, RoadPlus delivers a comprehensive solution to the critical challenges of modern road management. Moreover, RoadPlus is cost-effective, eliminating the need for significant CAPEX and OPEX investments by providing actionable road data on a demand basis, along with bespoke services. Through its innovative approach, RoadPlus enhances operational efficiency while supporting broader public safety and sustainable development goals.

The Lightboard is a low-technology solution for streaming or recording instructional videos where the focus is on writing or drawing. The presenter writes on the glass surface with fluorescent markers while the session is recorded, ensuring both text and presenter remain visible throughout. A PowerPoint image can be merged to appear in the video as if it has been projected onto the writing surface. Because any written text will be backward in the camera view, the text orientation must be flipped, either by pointing the camera toward a mirror reflecting the lightboard and the presenter or by digitally reversing the image. For the system to work well, some studios might require additional microphones and special lighting. For the result is a quick, easy way to stream and record a video that includes this real-time handwriting component.

Chitosan Gel Paste is a soft clear hydrogel wound dressing. It can be applied on surface, cavity and joint wound. This friendly product is radiation sterile and preservative-free. Its sterility is maintained until the package is opened or damage

Enhanced Durability: Resistance to Cracking: The fibers reinforce the asphalt structure, making it less susceptible to cracking caused by temperature fluctuations and heavy loads. Reduced Rutting: FMA's ability to resist deformation under stress helps to maintain a smooth road surface. Longer Lifespan: The increased durability of FMA reduces the need for frequent repairs and maintenance, saving time and money.   Improved Performance: Enhanced Skid Resistance: The fibrous nature of FMA provides better traction, improving road safety.   Reduced Noise: FMA can contribute to a quieter road surface, reducing noise pollution. Improved Water Drainage: The open structure of FMA helps to prevent water pooling and hydroplaning. Environmental Benefits: Sustainable Material: The use of natural fibers derived from renewable resources reduces the environmental impact of road construction. Reduced Carbon Footprint: By extending the lifespan of roads, FMA can help to reduce the need for new construction, which has a significant carbon footprint. Applications of FMA: Highways and Major Arteries: FMA is ideal for roads that experience heavy traffic volumes. Airport Runways: The durability and performance of FMA make it suitable for airport runways. Industrial Areas: FMA can withstand the heavy loads and harsh conditions often found in industrial areas. In summary, Fibre Mastic Asphalt offers a sustainable and durable solution for road construction, providing improved performance, reduced maintenance costs, and environmental benefits.

Super Fiber Mix (SFM) is a robust and durable asphalt blend that significantly reduces the need for road maintenance. This translates to substantial long-term cost savings for road authorities. Regarding infrastructure development, well-maintained roads and highways are crucial for accommodating the increasing population and ensuring smooth traffic flow. The use of durable materials like Super Fiber Mix also enhances accessibility for transportation infrastructure, enabling easier access to raw materials, distribution of products, and market connections. This collectively contributes to a higher quality of life for residents. Moreover, SFM can help reduce pollution by decreasing energy consumption and greenhouse gas emissions due to less recurring maintenance required. This is vital for addressing climate change and safeguarding the environment.

MAEKO food waste composting machine converts food waste into bio-organic compost within 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 patented 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