Resilience

Provides an internet of things telematics device paired with LiDAR that can optimize the EV charging process and provide visibility into passenger flows. 

Provides a web-based optimization tool that augments the performance of legacy paratransit scheduling systems to improve service, maximize efficiency, and generate substantial cost savings.

Develops an innovative cooling system that extracts heat from NYC subways, providing high-efficiency cooling to the transit system while repurposing the extracted heat to supply low-carbon hot water or steam to nearby buildings, offsetting natural gas usage.

Provides real-time tracking, AI-driven insights, and predictive data to improve maintenance of critical equipment.

Makes small, game-changing wind turbines for many uses, including urban settings, that can add resiliency to power systems and charging stations.

Manufactures the FLX BOT handheld robot that enables maintenance in hard-to-reach locations, reducing costly downtime of key equipment.

Provides under-train and vehicle surveillance systems for automated visual inspection of all types of rail car and vehicle undercarriages.

Provides an AI-powered health tracker for buildings and bridges that minimizes risks and enables predictive maintenance planning.

Conducts building envelope audits using AI and drones to quantify energy loss and recommend targeted retrofits that maximize energy efficiency and return on investment. Provides building envelope energy audits using drones, thermography, and proprietary AI software.

Retrofits lampposts into a modular and upgradable electric vehicle charging platform powered by a mobile app.