Onsight Ventures

ZuriQ specializes in developing advanced quantum computing hardware, focusing on trapped ion technology. Their innovative approach enables scalable quantum systems with native support for three-dimensional ion transport, positioning them at the forefront of quantum computing infrastructure development.

Clock Bio operates as a biotech company, that develops novel regenerative medicines.

Black Semiconductor is a pioneering manufacturer of semiconductor microchips that specializes in integrating photonic circuits with traditional silicon technology. The company has developed a unique approach that merges electronics and photonics using graphene, enabling unprecedented chip-to-chip communication at high data transfer rates and reduced energy consumption. By harnessing the optical properties of graphene, Black Semiconductor's technology facilitates seamless conversion of electrical signals to light, significantly enhancing bandwidth and reducing latency in data transfer. This innovation allows for longer-distance, high-speed connectivity, replacing traditional copper with optical waveguides to ensure efficient data movement. The company's photonic circuits are designed for compatibility with existing semiconductor manufacturing processes, allowing for easy integration into current chip production lines. In 2025, Black Semiconductor expanded its operations with the construction of a new fabrication facility in Aachen, Germany, which will support scalable pilot production of advanced 300mm wafer technology.

Synthara AG is a Swiss semiconductor startup specializing in the development of smart sensors for industrial Internet of Things (IoT) and energy-efficient applications. Founded in 2019 and headquartered in Zurich, the company focuses on creating advanced computational AI chips that enhance the performance of embedded systems. Its flagship product, ComputeRAM, functions as a drop-in replacement for traditional SRAM, enabling complex calculations directly in memory. This innovation significantly reduces CPU workload and enhances system efficiency, particularly for AI-driven applications. Synthara's technology is processor-type agnostic, compatible with various architectures including RISC-V, ARM, and x86, allowing seamless integration into existing microcontroller platforms. By offering solutions that lower costs and accelerate time to market, Synthara aims to empower chipmakers and device manufacturers to explore new opportunities in sectors such as wearables, biomedical monitoring, and autonomous navigation.

Kipu Quantum specializes in developing application-specific quantum computing solutions tailored for immediate industrial use. The company operates at the intersection of software, hardware, and customer needs, focusing on real-world challenges across various business sectors. By creating quantum computing platforms that incorporate hardware-specific algorithms into software products, Kipu Quantum enables clients to leverage the advantages of quantum computing significantly sooner than traditional methods. Its innovative approach includes hardware-software co-designs, which allow for effective problem-solving and value generation for customers.

Quantum Diamonds specializes in the development of nitrogen-vacancy (NV) diamonds for quantum sensing applications. The company designs advanced quantum sensors capable of measuring magnetic fields, temperature, and pressure, offering enhanced sensitivity and resolution compared to traditional sensors. These sensors enable a range of applications, including navigation, bio-imaging, geographical surveying, and spectroscopy, even under challenging conditions. Quantum Diamonds focuses on optimizing performance in areas such as crystal lattice strain, Rabi contrast, and charge state stability, catering to both industrial and academic customers seeking innovative solutions in quantum mechanics.

Cellevate AB, founded in 2014 and based in Lund, Sweden, is an innovative biotech company specializing in the development of advanced cell culture systems. The company's flagship product, 3D NanoMatrix, consists of nanofiber scaffolds designed to serve as realistic in-vitro models for scientific research and development across various industries including automotive, construction, defense, electronics, energy, environment, and healthcare. These nanofiber scaffolds are created through a patented manufacturing process that produces porous and consistent networks of nanofibers, enhancing the realism of cell culture systems used in upstream bioprocessing.

TeraSi is a developer of advanced System-in-Package (SiP) technology that integrates multiple electronic components into a compact and efficient miniaturized package. The company specializes in creating hardware solutions that emphasize best-in-class performance, size, and weight. TeraSi's innovative approach combines ultra-low signal loss and precise functionality within a lightweight design, allowing clients to utilize scalable manufacturing processes. This technology supports the development of high-performance RF systems, positioning TeraSi at the forefront of wireless technology innovation and enabling advancements that will shape the future of electronic communication.

TeraSi is a developer of advanced System-in-Package (SiP) technology that integrates multiple electronic components into a compact and efficient miniaturized package. The company specializes in creating hardware solutions that emphasize best-in-class performance, size, and weight. TeraSi's innovative approach combines ultra-low signal loss and precise functionality within a lightweight design, allowing clients to utilize scalable manufacturing processes. This technology supports the development of high-performance RF systems, positioning TeraSi at the forefront of wireless technology innovation and enabling advancements that will shape the future of electronic communication.

Trackers attached to or integrated into an object or tool are intended to ensure a dimensionally accurate digital replica of the object. The invention of the Tyrolean company can be used with any AR glasses on the market. Furthermore, receiving via the AR Technology receiver module and the associated AI-controlled app is an option. The goal is to run work processes on this virtual object and explain to users how to use a product correctly. I am convinced that in the future, industrial firms will wonder how they could manufacture their products without Augmented Reality technology.

Xolo is a developer of advanced volumetric three-dimensional printing technology designed to facilitate the rapid production of complex multi-component objects. The company’s innovative approach allows manufacturing industries to create intricate three-dimensional objects with sophisticated structural features, mechanical properties, and optical functions. Xolo provides a comprehensive suite of tools that includes system control, object import capabilities, connectivity options, transformations, a slicer tool, print video functionality, and material selectors, as well as low-level access for enhanced customization. This technology aims to significantly improve efficiency and capabilities in the manufacturing sector by streamlining the 3D printing process.

Refined Laser Systems is a specialized manufacturer of biophotonics devices, focusing on stain-free tissue diagnostics using its proprietary fiber-based tunable picosecond laser technology. The company's innovative laser systems enable rapid and reliable diagnoses, significantly reducing the time required compared to traditional methods.

Lidrotec is a company focused on enhancing manufacturing processes through the use of ultra-short pulse lasers. It specializes in developing wafer dicing laser machines that enable high-precision cutting, drilling, and structuring of various materials. By leveraging ultrashort pulse processing technology, Lidrotec aims to improve production efficiency and speed in the semiconductor industry while maintaining maximum precision. The company's innovative approach seeks to expand the application potential of laser processing, positioning it as a key player in the advancement of manufacturing technologies.

Keyone is a technology-focused vacation rental management company that simplifies the process of property ownership for homeowners. It provides a platform that enables homeowners to efficiently manage, buy, and sell their vacation properties. By utilizing vacant holiday apartments and homes, Keyone allows homeowners to earn income by hosting guests and travelers without requiring significant effort on their part. This service is designed to maximize the potential of empty properties, ensuring that homeowners can profit from their assets during periods of non-use.

Keyone is a technology-focused vacation rental management company that simplifies the process of property ownership for homeowners. It provides a platform that enables homeowners to efficiently manage, buy, and sell their vacation properties. By utilizing vacant holiday apartments and homes, Keyone allows homeowners to earn income by hosting guests and travelers without requiring significant effort on their part. This service is designed to maximize the potential of empty properties, ensuring that homeowners can profit from their assets during periods of non-use.