Description: STRATIS Internet of Things building automation and access-control platform integrates smart locks, thermostats, lighting controls, and environmental sensors through a centralized system. The software provides remote monitoring and control of building security and energy-consuming equipment.

Description: Tereform’s textile deconstruction technology separates blended textile waste into individual material streams and chemically converts them into reusable building blocks. These recovered components can be used to produce new polymers and fibers with lower energy requirements than conventional processing.

Description: TerraBlaster’s soil sensing technology combines laser-induced breakdown spectroscopy with artificial intelligence analytics to measure soil elemental composition in real time. Tractor-mounted sensors generate high-resolution maps of macro- and micronutrients to support site-specific fertilizer application.

Description: Terviva’s pongamia platform combines high-yielding, drought-resilient tree cultivars with specialized bean-processing technology to produce low-carbon oil for advanced diesel and sustainable aviation fuel, as well as plant-based food oils, proteins, and animal feed. Pongamia trees can grow on underutilized or degraded land with relatively low water and fertilizer requirements, offering an alternative source of oil and protein to conventional crops.

Description: ThermoLift’s thermally driven heat-pump technology uses natural gas or hydrogen to provide heating, cooling, and water heating within a single appliance. The system uses thermochemical or absorption-based heat-pump cycles rather than conventional electrically driven vapor-compression systems.

Description: Ting’s residential electrical monitoring technology uses a plug-in sensor to sample high-frequency electrical signals on household wiring. Signal-processing algorithms identify electrical signatures associated with micro-arcs and transient events that can indicate potential fire hazards.

Description: Transaera’s desiccant-assisted cooling technology uses porous metal-organic framework materials to remove moisture from indoor air before the air is cooled. Separating latent and sensible cooling loads reduces the work required from the refrigeration system and lower electricity consumption.

Description: Transformative Wave’s rooftop heating, ventilating, and air conditioning control technology combines variable-frequency drives, automated damper controls, and continuous fault-detection algorithms for existing rooftop units. The system adjusts airflow and operating parameters while monitoring equipment performance for abnormal conditions.

Description: Turntide’s switched reluctance motor technology uses electronically controlled magnetic fields rather than permanent magnets to generate rotation. Integrated microprocessor controls precisely modulate the magnetic fields to optimize motor efficiency across variable operating speeds.

Description: UbiQD’s quantum dot technology uses semiconductor nanomaterials based on copper indium sulfide selenide and zinc sulfide selenide. The quantum dots provide tunable optical properties for applications including agricultural light management, energy, and security.