Aigen deploys autonomous, solar-powered robot crews that patrol agricultural fields daily to eliminate weeds using AI vision and precision striking. These durable, all-wheel drive robots operate without chemical inputs across various terrains and conditions. The intelligent mesh network allows the fleet to communicate and adapt, providing fully autonomous weed management for scalable farming operations.

Anthrogen operates an AI-research lab focused on building the network for biologics discovery and development. The company utilizes its protein generation engine, Odyssey, which reasons across modalities to design molecular machines. This computational approach is grounded in massively parallelized experimentation to validate designs for human and planetary health applications.

This company provides AI-driven marketing automation specifically for the HVAC industry. Their platform uses machine learning to identify high-quality leads based on property data and system lifecycle predictions. The service generates hyper-personalized outreach campaigns to maximize conversion rates and improve marketing ROI for contractors.

Asterix Foods utilizes plant-cell culture techniques to produce alternative proteins that serve as functional, drop-in replacements for traditional animal-based products. This approach addresses the environmental and health impacts of animal farming by offering a sustainable, resource-efficient solution for food production.

Banyu Carbon develops a direct air capture technology that utilizes sunlight to drive a chemical reaction for releasing CO2 from seawater. This process yields both sequesterable carbon dioxide and solar electricity, aiming to significantly lower the cost of carbon removal. The company provides low-cost, verifiable carbon credits to organizations pursuing net-zero targets.

Provides remote-controlled blackline and mastication systems for large-scale fuel treatment and wildfire mitigation, enabling the creation of defensible space in diverse terrains. This technology increases operational efficiency by up to 10x and scales treatment capacity to manage 100x more acreage, reducing the risk of destructive wildfires while minimizing ecological and logistical impacts.

Circe has developed a gas fermentation platform that converts carbon dioxide, water, and electricity into nature-identical organic molecules, enabling the production of essential products across various industries. This process not only achieves price parity with traditional methods but also removes 3 kilograms of CO₂ for every kilogram of product generated, addressing the urgent need for sustainable manufacturing solutions.

Clean Crop Technologies utilizes electrical treatments to enhance food safety by effectively reducing mold, pathogens, and bacteria on food and seeds. This technology increases yield and shelf life without quality loss, while being energy efficient and free of harmful residues.

CREW Carbon engineers wastewater treatment facilities to permanently sequester CO2 by optimizing pH and alkalinity management using natural minerals. This process improves operational efficiency, reduces costs associated with conventional neutralization, and enhances safety for facility operators. The resulting carbon removal is continuously measurable, offering durable and scalable climate action for carbon buyers.

Differential offers a virtual scale‑up platform that combines high‑throughput micro‑fermentation experiments performed by a robotic lab with AI‑driven digital twins of microbial processes. The collected data are used to build in‑silico models accessible via a web portal, allowing biotech and industrial microbiology teams to run unlimited virtual experiments, optimize media and process parameters, and reduce costly pilot runs while protecting IP.

Foray utilizes biomanufacturing techniques to cultivate plant cells, aiming to restore and protect ecosystems threatened by the extinction of nearly 40% of plant species. By reengineering plant production, the company ensures sustainable access to essential plant-derived products, including molecules, materials, and seeds.

Provides a Visa debit card that rewards users with up to 6% cashback on climate-smart purchases, such as public transport, electric vehicle charging, and sustainable brands. By incentivizing lower-carbon spending, it helps individuals reduce their environmental impact while saving money on everyday expenses.

Pachama utilizes satellite data and artificial intelligence to provide companies with precise insights into carbon projects, enabling them to build high-integrity portfolios that meet climate goals. The platform facilitates the development and funding of nature restoration projects, ensuring measurable impacts on ecosystems and carbon sequestration.

The startup manufactures bio-based materials from collagen and natural ingredients to replace traditional leather, significantly lowering the environmental impact associated with conventional raw materials in fashion and automotive industries. By providing tailored, sustainable alternatives, the company enables manufacturers to meet ethical sourcing demands while reducing reliance on animal-derived products.

Rhizocore Technologies produces Rhizopellets containing locally-adapted mycorrhizal fungi to enhance the establishment and growth of saplings in reforestation efforts. This approach addresses the challenge of low tree survival rates and slow growth in areas where native fungal networks have been disrupted, improving growth rates by up to 50% and increasing carbon capture by 20%.

Seqana develops satellite-enabled soil carbon monitoring tools that provide cost-efficient soil sampling design and robust monitoring, reporting, and verification (MRV) solutions for regenerative agriculture projects. The platform addresses the need for accurate quantification of soil carbon sequestration, enabling farmers to receive compensation for their environmental stewardship while improving soil health.

Ulysses Ecosystem Engineering Inc. utilizes autonomous robots to restore seagrass ecosystems at a kilometer scale, enhancing biodiversity and sequestering carbon from the atmosphere. The company provides efficient and cost-effective restoration services that support sustainability goals while addressing the critical loss of ocean ecosystems.