Description: 75F’s smart building automation system combines wireless sensors, controls for heating, ventilating, and air-conditioning systems, cloud analytics, and AI to monitor and optimize commercial building performance. The system automatically adjusts temperature, ventilation, and indoor air quality based on real-time building conditions.

Description: Adept Materials' Lilypad material uses silica gel and variable-permeability membranes to regulate moisture, humidity, and temperature in building envelopes. Its directional vapor-control structure allows moisture to move preferentially in one direction while absorbing and releasing water vapor as environmental conditions change.

Description: AeroShield’s ultra-clear silica aerogel insulation technology uses a highly porous material to provide high thermal resistance in transparent building components. The aerogel can be formed into insulating sheets for integration into windows, doors, and skylights.

Description: AgroSpheres’ biodegradable encapsulation technology uses bioengineering and industrial fermentation to produce biomolecules and chemicals for agricultural applications. The biomolecule is designed to encapsulate active ingredients and break down pesticide residues on plants.

Description: AirCo’s carbon conversion technology synthesizes air and hydrogen into alcohols and hydrocarbon fuels, including sustainable aviation fuel. The process produces synthetic fuels that can be used in existing aviation, industrial, and defense fuel systems.

Description: Aker Technologies’ crop diagnostic platform combines automated data collection, geolocation, and machine-learning analysis to assess field conditions. The system identifies crop, soil, pest, pathogen, and insect conditions and generates field-level diagnostic insights.

Description: Alargara’s PowerNest technology combines localized energy generation, battery storage, and wireless power transfer for autonomous drones, ground robots, and subsea vehicles. The off-grid charging stations support remote operations by extending vehicle range and reducing dependence on wired charging infrastructure.

Description: Alder’s biomass separation technology converts forestry waste into a refinery-ready feedstock for advanced fuel production. The process separates and conditions woody biomass components to produce a consistent input for downstream fuel conversion.

Description: Alumina Energy’s thermal energy storage technology uses high-temperature, high-thermal-conductivity materials to store and dispatch thermal energy. The systems support utility-scale power generation and industrial process heat applications.

Description: Ammobia’s distributed ammonia production technology uses a materials-based nitrogen fixation process that combines nitrogen and hydrogen at lower pressures than conventional ammonia synthesis. The approach is designed for smaller-scale, distributed ammonia production.