Wanmeng Tech focuses on developing functional materials for applications in environmental and biomedical engineering. A nano-structured capacitive platform developed by the company, integrated with a wireless charging system, enables remote control of the antibacterial process. This innovative technology has potential applications in fields such as medicine, environmental protection and engineering.

VisMed leverages cutting-edge technologies, such as virtual reality, 3D printing and artificial intelligence to provide healthcare professionals with immersive surgical and diagnostic simulations. This approach removes the limitations of traditioinal medical training, including time, location and resource constraints, and at the same time improves training efficiency, clinical adaptability and initial surgical safety.

The Career Hackers - Talent Solutions offered by Speakmanity is dedicated to helping companies source top talent through Virtual Career Simulation Programs and Employer Branding Campaigns. With a database of over 10,000 candidates, our SaaS platform enables companies to conduct fully automated recruitment campaigns after initial setup. We also provide actionable analytics to optimise recruiting campaigns, with insights to improve candidate conversion and acceptance rates, and reduce attrition.

Sourcy is an AI-powered sourcing platform designed to help global brands and retailers discover, develop and source high-margin, best-selling products from Asia. By integrating multiple sourcing channels and leveraging advanced data analytics, including social media trends, e-commerce data and proprietary knowledge graphs, Sourcy offers a comprehensive solution for businesses to identify popular products and tailor them to meet market needs. Our platform simplifies the entire supply chain, managing everything from product discovery to delivery.

SOLAR.E Tech offers efficient and reliable cooling technology to address the issue of heat-induced efficiency loss in existing photovoltaic (PV) panels. PV panels are affected by changes in ambient temperature and heat generated during operation, which can reduce their performance and reduce durability due to thermal cycling. For widely used monocrystalline silicon panels, every 10°C increase in temperature leads to a 5% decrease in output and doubles the heat-related failure rate.