Description: HabiTerre’s agricultural productivity modeling platform integrates measurements of land, water, and other agricultural resources to model productivity and resource conditions. The platform generates data-driven analyses for agricultural land and water management.

Description: Hexas Biomass’ high-yield biomass crop produces fiber from a low-input perennial plant resource. The fiber can serve as a feedstock for materials and products traditionally derived from wood, petroleum, or other conventional resources.

Description: Icarus RT’s hybrid solar-thermal photovoltaic technology captures heat generated by solar panels while producing electricity. The system transfers recovered heat for hot-water production, while panel cooling can improve photovoltaic performance.

Description: Impetus Ag’s plant-based Bacillus thuringiensis (Bt) pesticide technology uses plant-produced proteins to target insect pests. The approach incorporates Bt-derived insecticidal proteins into plants to provide biological crop protection.

Description: Induction Food Systems’ electromagnetic induction heating technology uses high-frequency electromagnetic fields to directly heat food and beverage products and process streams. The system provides controlled, targeted heating for applications including continuous pasteurization, sterilization, and concentration.

Description: InnerPlant’s genetically engineered crop-sensing technology enables plants to produce fluorescent proteins in response to specific physiological stresses, including pathogens, pests, and nutrient deficiencies. Optical sensors on satellites and drones can detect these signals before visible symptoms appear.

Description: Intertie’s energy management and microgrid control software uses predictive optimization algorithms to coordinate distributed energy resources. The platform manages solar generation, battery storage, electric vehicle charging, and facility electrical loads to optimize real-time power use.

Description: Intrinsyx Bio’s endophytic microbial technology uses plant-associated bacteria that enable crops and other plants to fix atmospheric nitrogen. The microbes can supply biologically fixed nitrogen to plants and reduce dependence on synthetic nitrogen fertilizer.

Description: Ionomr Innovations’ ion-exchange membrane and polymer technology provides fluorine-free membranes for electrochemical energy systems, including hydrogen production and storage. The polymers facilitate selective ion transport while avoiding per- and polyfluoroalkyl substances.

Description: J2 Innovations’ open building automation platform combines edge-controller software, data modeling, and programmable control workflows to integrate heating, ventilating, and air-conditioning, lighting, and facility systems. The platform enables interoperability and centralized control of building equipment and Internet of Things devices.