What if ligament repair didn’t mean replacement—but regeneration? Developed by Industrial Technology Research Institute, LigamiX™ is a bioengineered ligament designed to help the body heal itself. With a porous, bionic structure and advanced biocomposite materials, it promotes tissue integration, reduces inflammation, and offers a new path forward for orthopedic recovery.

What if the world around you became the interface? Developed by Industrial Technology Research Institute and deployed through Darwin Display Solutions, NeoVision AR turns transparent displays into intelligent, interactive layers powered by AI. From airports to smart buildings, it’s redefining how people navigate, explore, and interact—without ever touching a screen.

What if machines could tell you they’re about to fail—days or even weeks in advance? Developed by Industrial Technology Research Institute, the Prognosis Monitoring System (PMS) is an AI-powered predictive maintenance solution already deployed across semiconductor fabs and critical infrastructure. With real-time diagnostics and over 90% accuracy in predicting remaining useful life, it’s helping companies prevent costly downtime and save millions.

We’ve been throwing away our roads—and paying for it twice. A new breakthrough from Industrial Technology Research Institute and Lianyue Aggregates Co., Ltd. uses a biological process to regenerate aged asphalt into high-performance pavement, turning waste into a scalable, low-carbon infrastructure solution.

As AI systems scale to unprecedented power levels, the real constraint isn’t compute—it’s heat. A new breakthrough from Industrial Technology Research Institute reveals how next-generation cooling could redefine the future of high-performance computing.