Adamant Health utilizes surface electromyography and kinematic measurement technology to provide precise data on motor symptoms in Parkinson's disease patients. This enables clinicians to make informed treatment decisions and enhances patient-clinician communication, ultimately improving the quality of life for those affected.

Agate Sensors offers a CMOS‑native hyperspectral sensor that captures 400–950 nm light across hundreds of wavelengths with sub‑10 nm resolution, delivering real‑time spectral video without moving parts or external optics. The chip integrates edge‑intelligence for on‑device analysis and is programmable via firmware, enabling OEMs to embed low‑cost, high‑volume spectral imaging into wearables, smartphones, drones, and defense equipment.

The startup produces plant-based microbial oils by cultivating microorganisms that generate beneficial fatty acids, antioxidants, and pigments. This technology provides a sustainable alternative to traditional vegetable oils and animal fats, promoting healthier polyunsaturated fat options for various industries.

AISTI manufactures wood fiber-based acoustic tiles using foam forming technology, which eliminates synthetic binders and allergens while ensuring compliance with fire safety standards. These carbon-negative, recyclable tiles provide effective sound absorption, contributing to a healthier indoor environment and reducing greenhouse gas emissions by 3.5 megatons by 2032.

Alba Health utilizes AI-driven analysis of gut microbiome samples to provide personalized nutrition plans and coaching for children's gut health. The service addresses issues related to childhood immunity, metabolism, and cognitive development by offering actionable insights based on scientific research.

ArgusEye develops sensor systems utilizing nanoplasmonic sensing and fiber optics for real-time monitoring of biological processes. Their technology enables in-line analysis, enhancing efficiency in bioprocessing by providing immediate data on critical quality attributes.

Avenue Biosciences utilizes a machine learning-powered protein engineering platform to optimize protein production systems. This technology analyzes thousands of signal peptides to significantly enhance protein yield and quality for biotherapeutics and biotechnology tools. The platform is especially effective for improving the expression of difficult-to-produce mammalian proteins.

Betolar develops Geoprime®, a geopolymer-based building material that replaces traditional cement, utilizing industrial waste and sidestreams to create low-carbon construction solutions. This approach significantly reduces CO2 emissions by up to 80% and incorporates up to 95% sidestream-based materials, addressing the environmental impact of conventional construction practices.

Biomensio offers a multianalyte biosensing platform that enables rapid, label-free detection of multiple biological targets from a single droplet of sample using a handheld device. This technology addresses the need for quick and accurate diagnostics in various applications, including food safety, human health, and drug testing, by providing real-time results that can be easily integrated into cloud-based analytics.

Cellfion develops cellulose-based, PFAS-free membranes for hydrogen, battery, and ion-separation technologies, utilizing wood-derived biopolymers to create sustainable energy storage solutions. Their membranes are adaptable and cost-competitive, addressing the need for environmentally friendly materials in clean energy applications.

ElFys designs and manufactures photodetectors utilizing Black Silicon Induced Junction technology, which achieves over 100% quantum efficiency in ultraviolet light detection and enhanced photosensitivity across a wide spectral range. Their products address the need for high-precision light measurement in applications such as health monitoring and spectroscopy, providing superior performance with low dark current and compact packaging.

Eli provides a mobile application and web platform that engages employees in corporate social responsibility (CSR) initiatives through gamified challenges and collaborative idea-sharing. This approach enhances internal communication, fosters a culture aligned with sustainability values, and enables companies to track engagement metrics and environmental impact effectively.

Enifer produces PEKILO®, a mycoprotein derived from fungal fermentation that utilizes agrifood industry byproducts, providing a sustainable protein source with a balanced amino acid profile. This technology reduces greenhouse gas emissions and resource consumption compared to traditional animal and soy proteins, addressing the need for environmentally friendly dietary options in aquafeed, pet food, and food production.

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.

Farang is building the FX architecture, a novel AI foundation designed from first principles to improve reasoning and memory in large language models. This biologically-inspired approach aims to overcome the limitations of current LLM architectures for advanced AI applications.

Finnadvance has developed microfluidic devices that facilitate the generation of in-vitro microvascular networks for research and therapeutic applications. This technology addresses the challenge of creating realistic vascular models, which are essential for drug testing and tissue engineering.

The startup develops precision diagnostics technology that enhances benchtop scale sequencers for liquid biopsies, enabling efficient detection of oncology and infectious diseases. By removing barriers to global access, the company increases the availability of molecular diagnostic tests for healthcare professionals.

Geyser Batteries develops high-power energy storage solutions using a proprietary water-based electrolyte, designed for heavy-duty applications. Their technology addresses the need for safe and sustainable battery options in industries reliant on reliable energy sources.

Gosta Labs develops healthcare-specific machine learning models that automate administrative tasks for healthcare professionals, allowing them to focus more on patient care. Their solutions are designed to be safe, regulatory-compliant, and user-friendly, enhancing efficiency and outcomes in healthcare delivery.

Grainsense has developed a hand-held device that utilizes Near-Infrared (NIR) spectroscopy for precise measurement of protein, moisture, oil, and carbohydrate contents in grains and oilseeds. This technology enables farmers and grain traders to obtain instant quality assessments on-site, facilitating informed decision-making during harvest and processing.

Helme manufactures durable, modular clamps designed for efficient cable management in industrial environments. Their Australian-made clamps prioritize system longevity, flexibility, and ease of installation for routing service lines and upgrading infrastructure. Helme aims to provide a platform for smarter and more sustainable cable management solutions.

Hormona provides a science-backed mobile application for tracking the menstrual cycle and monitoring hormonal health symptoms. The platform offers personalized insights and wellness tools to help users understand their body patterns, from menstruation through perimenopause. This service aims to empower women to manage common hormonal symptoms like mood swings, fatigue, and irregular cycles effectively.

Iiwari Tracking Solutions provides an ultra-wideband (UWB) indoor positioning system that delivers sub-meter accuracy for real-time tracking of personnel and equipment across various industries, including healthcare and manufacturing. This technology enhances operational efficiency by enabling precise location data, which reduces time spent searching for assets and improves safety in complex environments.

Infinited Fiber Company utilizes proprietary technology to convert textile waste into Infinna™, a high-quality circular textile fiber that mimics the properties of cotton. This process addresses the global issue of textile waste by providing a sustainable alternative to virgin raw materials, enabling the production of fully circular garments.