Sensorfact offers smart energy savings in the manufacturing industry. The company is a smart advisor for the industry who translates sustainability to day-to-day language and specific actions. No complex sensor technology, no complex software and no complex business models. We make sustainability understandable and transparant.
Optics11 is the world leader in fiber optic sensing technology for ultra-sensitive early warning systems. Operating from the Netherlands, a country renowned for high-tech industry and maritime innovation, Optics11 works passionately to help protect our sea-lanes, critical offshore infrastructure, and energy supply against disruption.
Helin provides a SaaS solution that combines edge control with cloud data processing and remote AI applications. The company is reshaping industrial efficiency, safety, and sustainability with its state-of-the-art Industrial Edge Intelligence platform, focusing particularly on the maritime and energy sectors. Helin empowers maritime and energy enterprises to enhance the administration of industrial devices on their assets. It stands out as the sole edge computing solution seamlessly integrating data, applications, and security within a unified platform.
QuantWare develops, designs and manufactures quantum processors. Our hardware enables customers to build scalable quantum computers that will be able to solve real-world challenges in climate, life sciences and beyond. Our mission is to accelerate the advent of the Quantum Computer.
Qualinx is a spin-off company of Delft University of Technology providing innovative Digital-RF based wireless scalable CMOS solutions and related IPs. With the QLX300, Qualinx provides a high quality GNSS system on a chip (SoC) in CMOS, concurrently using Multiple Constellations (GPS, Galileo, GLONASS and Beidou) for highest position accuracy and fastest time to first fix (TTFF), with the lowest power consumption and footprint @ lowest cost. The ideal chip for many applications like e.g. Wearables, Track & Trace, Digital cameras and IoT applications.
Founded in 2019 in Eindhoven as a spin-off from TNO Holst Centre who started the project in 2012. Keiron Technologies (30 FTE) is pioneering next-generation microfabrication with its Industrial Lift Printer and Laser Induced Forward Transfer (LIFT) technology. This innovative approach to precision laser printing is transforming industries such as semiconductors, healthcare, and automotive by enhancing efficiency, sustainability, and flexibility in production processes. Keiron’s mission is to empower engineers and manufacturers through advanced printing solutions, positioning itself as a leader in printed and flexible electronics. The goal is to revolutionize electronics production with high-speed, high-precision equipment, enabling the manufacturing of complex, miniaturized components rapidly and effectively.
Fibersail is a Portuguese/Dutch startup that will make critical structures on wind turbines smarter and safer. Fibersail develops a shape sensing system based on FBG fiber optic research and development to monitor and analyze wind turbine blades in terms of shape, condition, and behavior. The real-time information provided by our system will help wind turbine operators maximize performance and availability while preventing failures and minimizing maintenance costs from their assets. Our unique solution and approach with fiber optic sensors make it possible for a very easy and simple integration along the entire length of any critical structure ensuring the monitoring of its precise shape and behavior. Fibersail - Shaping the structures of tomorrow.
At Villari, we are dedicated to extending the lifetime of steel structures in ports, infrastructure, and the steel industry through our certified crack detection technology. Our permanently installed wireless sensors detect even the smallest fatigue cracks in critical locations with magnetic field variations. Compared to traditional methods, we offer continuous and accurate inspection, carefree installation, competitive pricing, and certified technology. Our innovative solution has earned the trust of esteemed customers such as Tata Steel, Rijkswaterstaat, ProRail, and many more. We take pride in our extensive coverage of 1300 sensors deployed across 50 assets spanning 6 countries, ensuring the safety and longevity of critical steel structures worldwide.
Mechanics start the minute you put cells on the wellplate. As science continues to progress, it is crucial to consider real-time, non-destructive mechanical characterization of soft and living biomaterials such as cells, hydrogels, spheroids, organoids, and tissues. Insights into mechanics will help improve performance in e.g., disease modelling, therapy development and regenerative medicine. When the company was founded in 2011, we understood that we had a unique technology that needed to find its way into the right market. Early on, we were able to identify that our technology has the distinct ability to measure the mechanical properties of extremely soft and living biomaterials. Our solutions help Unlock the Power of Mechanobiology: uncovering the ways in which mechanics influence biology of cells and tissues, both healthy and diseased. Over the years, we have refined our technology to offer a comprehensive range of solutions that fit seamlessly into any advanced lab. Our solutions are characterized by the ease of operation, integration into the (biological) workflow, optical readouts, and control of physiological parameters.