YliSense
YliSense is a technology company focused on delivering cutting-edge digital technologies and intelligent technical solutions. They specialize in data-driven high-throughput screening at materials, development and implementation of embedded intelligence and IoT solutions, and simulations and physics-based models. Their key technologies include knowledge-based modeling and simulations, physics-informed AI, and embedded intelligence, which are used to develop intelligent systems and materials with improved performance and efficiency. YliSense emphasizes collaboration through open innovation, co-creation, agile development, design thinking, and lean startup principles. Their vision is to converge materials informatics, embedded intelligence, simulations, IoT, composite materials, and additive manufacturing for a more sustainable and efficient industrial landscape. The company aims to optimize materials performance, reduce environmental impact, and enable new levels of customization and flexibility in product design and production. They work on applications such as Structural Health Monitoring and process optimization.
YliSense
YliSense is a technology company focused on delivering cutting-edge digital technologies and intelligent technical solutions. They specialize in data-driven high-throughput screening at materials, development and implementation of embedded intelligence and IoT solutions, and simulations and physics-based models. Their key technologies include knowledge-based modeling and simulations, physics-informed AI, and embedded intelligence, which are used to develop intelligent systems and materials with improved performance and efficiency. YliSense emphasizes collaboration through open innovation, co-creation, agile development, design thinking, and lean startup principles. Their vision is to converge materials informatics, embedded intelligence, simulations, IoT, composite materials, and additive manufacturing for a more sustainable and efficient industrial landscape. The company aims to optimize materials performance, reduce environmental impact, and enable new levels of customization and flexibility in product design and production. They work on applications such as Structural Health Monitoring and process optimization.