AdamantQ produces chip‑scale quantum sensors and atomic clocks using synthetic diamond spin‑defect technology. The integrated optoelectronic chips deliver precise timing and environmental measurements in a rugged, low‑power package suitable for aerospace, defense, autonomous vehicles, and remote sensing hardware.

AlixLabs specializes in Atomic Layer Etch (ALE) Pitch Splitting technology, enabling the fabrication of nanostructures with dimensions smaller than 20 nanometers on 200 millimeter and 300 millimeter silicon wafers. This process addresses the semiconductor industry's need for cost-effective and energy-efficient manufacturing methods as it transitions to the ångström era.

Andi is an AI-powered search assistant that provides direct answers and content creation capabilities by utilizing generative AI to understand and process user queries. It eliminates irrelevant results, ads, and tracking, enabling users to find accurate information quickly and enhance their creative output.

Arevo develops liquid and granular amino acid fertilizers that utilize arginine as a natural nitrogen source, enhancing root growth and plant resilience without nitrogen leakage. This technology addresses the issue of nitrogen runoff in traditional farming, promoting healthier soil and more robust plants while minimizing environmental impact.

Basic Genomics AB specializes in the characterization of nucleic acid molecules at the single-cell level, utilizing cost-efficient methods to analyze RNA isoforms. This technology addresses the challenge of obtaining detailed insights into cellular health and disease by providing a critical layer of information in single-cell sequencing.

Elypta is developing a metabolism-based liquid biopsy platform that analyzes glycosaminoglycan profiles in blood samples to detect cancer signatures noninvasively. This technology enables early cancer detection and monitoring, potentially identifying individuals at high risk up to six years before diagnosis.

Epigenica develops the EpiFinder™ platform, a multiplexed ChIP-seq technology that enables high-throughput epigenetic profiling of DNA methylation and histone modifications from minimal input material. This platform allows researchers to generate up to 192 quantitative genome-wide profiles simultaneously, significantly enhancing the efficiency and scalability of epigenetic studies.

Interspectral develops AM Explorer, a visualization software that integrates and analyzes data from the metal additive manufacturing process, enabling manufacturers to monitor quality and efficiency in real-time. This platform provides critical insights that enhance production optimization and facilitate effective quality control throughout the manufacturing workflow.

IntuiCell develops a recursive computing architecture that enables self-referential data handling, enhancing processing efficiency in complex computational tasks. This technology overcomes the limitations of traditional computing systems, providing faster and more scalable solutions for data-intensive applications.

NFA develops a sensor-based operator support system for forest harvesting machines to enhance operational efficiency in the forestry sector. This technology addresses the challenges of increasing demand for sustainable raw materials and the shortage of skilled machine operators by providing real-time data and guidance to improve productivity and reduce waste.

Pixelgen Technologies develops Molecular Pixelation (MPX) technology for high-resolution spatial proteomics, enabling detailed mapping of cell surface proteins in three dimensions. This technology provides critical insights into immune cell behavior and disease mechanisms, facilitating the development of personalized treatments and diagnostics.

Rarity Bioscience offers superRCA®, an ultrasensitive multiplex assay that detects rare nucleic acid sequences in liquid biopsy and tissue samples, achieving sensitivity levels of one mutation in 100,000. This technology enables precise identification of cancer mutations, enhancing the diagnostic capabilities of liquid biopsies and facilitating faster, cost-effective testing through established flow cytometry methods.

Repli5 utilizes generative AI to create synthetic camera data for training computer vision models, enabling the development of robust perception systems in autonomous vehicles. This approach significantly reduces the time and cost associated with gathering real-world training data, particularly for edge cases and scenarios with limited available data.

Retein utilizes patented molecular separation technology inspired by natural cell membranes to recover high-purity resources, including clean water and lithium, from various water sources. The company addresses the scarcity of sustainable materials and clean water by providing energy-efficient solutions for industries such as healthcare and battery production.

Scaleout offers a platform for secure data sharing and federated learning, enabling organizations to collaborate on machine learning projects while ensuring data privacy and compliance. This approach allows companies to enhance model training by leveraging combined datasets without compromising sensitive information.

Solinide Photonics provides a silicon‑nitride microcomb chip that generates a coherent multi‑wavelength optical source with over 60% wall‑plug efficiency, replacing dozens of discrete lasers in co‑packaged optics (CPO) systems. The chip delivers 25+ stable wavelength channels, ultra‑low power thresholds, and CMOS‑compatible fabrication, enabling high‑bandwidth, low‑energy interconnects for hyperscale datacenters, AI accelerators, and telecom equipment.

This startup develops an intelligent sensing and data representation platform that optimizes data capture for high-dimensional information. Their platform provides efficient sampling patterns and measurement strategies for applications like computer graphics rendering, image/video capture, radiance fields, and LiDAR simulation, helping users reduce costs and energy consumption.

TERASi develops system-in-package (SiP) technology that integrates passive components with semiconductor devices to create compact, lightweight RF systems capable of operating beyond 100 GHz. This approach addresses the challenge of building efficient and cost-effective wireless solutions needed for the increasing bandwidth demands of future networks like 6G.