Verve Ventures
Verve Ventures is a European startup investment platform based in Zug, Switzerland, that focuses on providing qualified and institutional investors access to high-potential ventures. Founded in 2010, the firm has invested over EUR 130 million in more than 140 startups across various sectors, including science, technology, clean energy, and digital health. It operates a fully digital platform allowing private investors to build diversified portfolios with investments starting at EUR 10,000. Verve Ventures boasts a community of 5,000 registered investors, including family offices and pension funds, and is backed by Zürcher Kantonalbank, one of Switzerland's largest banks. The firm employs a dedicated team of investment professionals who rigorously screen thousands of startups annually to select the top 1% for investment. Beyond capital, Verve Ventures supports startups with essential resources such as hiring and client introductions, facilitating their growth and success in competitive markets.
Zero Point Motion
Seed Round in 2025
Zero Point Motion specializes in the development of advanced inertial sensors that enhance precise positioning and navigation capabilities. By integrating cavity optomechanics with hybrid micro-electro-mechanical systems and photonic integrated circuit technology, the company delivers ultra-low noise performance for measuring acceleration and rotation. This innovative approach allows for high-quality motion tracking, making it suitable for various applications, including automotive systems, consumer electronics, and robotics. Through its focus on combining state-of-the-art optical properties with the mass production of existing sensor technologies, Zero Point Motion aims to provide reliable and efficient solutions for motion detection and navigation.
Zero Point Motion
Seed Round in 2022
Zero Point Motion specializes in the development of advanced inertial sensors that enhance precise positioning and navigation capabilities. By integrating cavity optomechanics with hybrid micro-electro-mechanical systems and photonic integrated circuit technology, the company delivers ultra-low noise performance for measuring acceleration and rotation. This innovative approach allows for high-quality motion tracking, making it suitable for various applications, including automotive systems, consumer electronics, and robotics. Through its focus on combining state-of-the-art optical properties with the mass production of existing sensor technologies, Zero Point Motion aims to provide reliable and efficient solutions for motion detection and navigation.
Planet Intus
Series A in 2016
Planet Intus SA specializes in the design and development of indoor geolocation software, providing infrastructure that supports both active and passive geolocation services. Founded in 2014 and headquartered in Carouge, Switzerland, the company offers a range of applications for end users, including indoor guidance, safety services, and comfort services. Its software aims to enhance user experiences in various sectors such as retail, leisure, healthcare, and security. Additionally, Planet Intus delivers analytics and insights to help professionals improve marketing strategies and operational efficiency. The team consists of skilled engineers and technicians with expertise in Geographic Information Systems, indoor positioning technologies, and mobile app development, combining French telecommunication know-how with Swiss quality standards to deliver innovative solutions.
Naviswiss
Series A in 2013
Naviswiss AG is a Swiss company focused on the development and commercialization of miniaturized surgical measuring, tracking, and navigation systems. Established in 2007 and based in Brugg, it specializes in creating innovative handheld devices that assist orthopedic surgeons in the precise implantation of artificial joints during procedures such as hip and knee replacements. Among its key products are CLIPON, a 3D measurement and navigation system, and LOCAS, a handheld device designed for surgical measurement and navigation. Additionally, NAVITAGS serve as markers to accurately determine the position of surgical instruments in space. These advanced systems provide immediate three-dimensional positional data, enhancing workflows for surgeons by facilitating cup alignment, leg length, and offset calculation while also reducing the time and costs associated with surgical operations.
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