Conry Tech is developing a sustainable air-conditioning system that reduces energy consumption by over 40% while improving indoor air quality and preventing the spread of airborne viruses. Their technology eliminates reliance on fossil fuels and high-global warming potential refrigerants, addressing the significant CO2 emissions associated with traditional HVAC systems.

Duality provides patient identification software that utilizes advanced algorithms to accurately match patients with their medical records across various healthcare systems. This technology addresses the issue of patient misidentification, which can lead to treatment errors and compromised patient safety in the US healthcare industry.

The startup develops a drone-based power line stringing system that utilizes heavy-lift unmanned aircraft to install electrical infrastructure with minimal environmental disruption. This technology enables energy and utility companies to modernize power grids efficiently while preserving local vegetation and agricultural land.

Kanin Energy develops and finances behind-the-meter energy infrastructure for heavy industry, focusing on decarbonization and energy optimization. The company transforms industrial waste heat into clean baseload electricity, enhancing efficiency and reducing operational costs for partners. They offer turnkey solutions, including project development, financing, and operation, allowing clients to adopt new energy systems without upfront capital investment.

MicroTau develops riblet film products inspired by sharkskin to create drag-reducing surfaces for commercial and defense aircraft, significantly lowering fuel consumption and carbon emissions. This technology addresses the aviation industry's urgent need to reduce reliance on kerosene-burning assets amid rising emissions and increasing air traffic.

Phoenix Tailings builds a domestic rare earth refining ecosystem that extracts high‑purity rare earth metals and alloys from mining tailings and recycled streams using proprietary electrochemical and metallization technologies. By integrating AI‑driven automation and modular plant designs, the company delivers clean, scalable production to U.S. defense, automotive, medical, and advanced electronics customers, reducing reliance on foreign refining capacity.

Rainstick utilizes Variable Electric Field Treatment (VEFt) technology to enhance seed growth by mimicking the natural effects of lightning, resulting in increased crop yields and resilience to climate change. This chemical-free method addresses the challenges of declining food production due to extreme weather and rising temperatures, aiming to support global food security.

Sea Forest cultivates the Tasmanian seaweed Asparagopsis and produces SEAFEED™, a low‑dose feed supplement that significantly cuts methane emissions from cattle and sheep. Using proprietary extraction and stabilization processes, the product delivers consistent, scientifically validated bio‑actives that integrate with existing feed systems, helping producers lower their environmental impact without affecting animal health or performance.

Sicona develops silicon-based anode materials for lithium-ion batteries, enhancing energy density by over 20% compared to traditional graphite-only cells. This technology addresses the limitations of current battery performance, enabling faster charging and greater efficiency for electric vehicles and renewable energy storage.