NaPoGlass is a nanoporous composite material made from waste LCD glass. It adsorbs metal ions and filters wastewater without leaving metal sediment, facilitating the recycling of treated water. After multiple uses, NaPoGlass can be repurposed into new products such as humidity-regulating tiles, deodorizing insoles, and antibacterial keyboards.

Dual-Phase Hydrogel is a groundbreaking liquid biomaterial that becomes gelatinous at body temperature. Administered via injection without open surgery required, it prevents post-surgical adhesions and stimulates cell growth to speed up recovery. This innovation is perfect for treating lumbar laminectomy, knee osteoarthritis, and bone fracture.

Smart Aqua Leak Finder is a portable device that uses AI-driven acoustic technology and GPS- based mapping to detect underground pipeline leaks in just three seconds, with 98% accuracy. It drastically reduces repair time and water loss, while enhancing detection efficiency and providing a groundbreaking solution to global water scarcity.

MIRDC is the first to offer a minimally invasive solution for hemorrhagic stroke treatment. With 3D visual positioning and tracking, it expands the surgeon’s view, enabling precise, single-attempt clot removal. This reduces repeat surgeries and minimizes risks of blind punctures and bleeding, enhancing both treatment reliability and success rates.

The AI self-learning Fabric Inspecting System can inspect 120 yards of fabric per minute, 12 times faster than current fabric inspection on the market. It works 24/7 and uses optical cameras for inspection, more accurate. AI can analyze fabric defect reasons in the future for suppliers to improve manufacturing process.

ITRI and Taiwan Mask Corporation’s Low-Carbon Laser H-Beam Welding revolutionizes steel H-beam production by achieving full penetration welds with 80% energy savings and reduced CO2 emissions. It requires fewer skilled laborers, shortens lead times, and eliminates post-treatment, creating a high-quality solution for the green building industry.

Janus is on-site software designed to protect companies from cyberattacks. Its AI automation enables small and medium-sized enterprises (SMEs) to reduce costs and assess security risks without IT specialists.

Fleetchargo is a smart charging solution that optimizes energy management and charging scheduling for EV fleets. It features an adaptive current charging technology and AI system. This innovation prevents grid accidents and enhances e-bus fleet operation efficiency, promoting vehicle electrification and sustainable development for cities.

The visualized AI Identification Navigation Assistance System utilizes AI image recognition technology as its core, integrating essential equipment for captains, such as radar and Automatic Identification System (AIS) data, to provide an intuitive display of vessel information. In light of the international trend towards autonomous ship, the system can also enhance navigation safety and efficiency through satellite communications for remote monitoring in command centers.

CHPW is used for welding thicker steel sheet, featuring 3D laser seam recognition, AI-generated weld point coordinates, and an expert database. It offers agile mobility, lower equipment costs, and consistent weld quality. This enables synchronous operation of multiple machines, providing smart solutions for welding of large structure assembly.

SSEDM integrates AI optimization technology with an innovative business model, enhancing machining precision and efficiency while optimizing production management. It can provide an innovative solution for aerospace component manufacturing.

The vehicle employs sensors to discern multitude road characteristics, including lane markings, obstacles, and free space. This enables the vehicle to maintain a stable position within its lane. The system also monitors driver’s physiological signs, determining whether the driver is capable of taking control of the vehicle to enhance safety.

FSESI utilizes dynamically randomized multiple chaotic systems to generate keys that approximate true random numbers. Additionally, the specially designed synchronization algorithm enables instant synchronization of the encryption and decryption keys, ensuring stable encryption with untraceable keys in unstable network domains.