Engineered for railways. Designed to expand.
A modular architecture initially focused on railway transportation, with a clear path toward selected mobility and industrial sectors.
Railways
Full passenger rakes of modern Indian LHB coaches, each carrying a roof-integrated Environmental Resource Platform (IERP) for carbon capture, continuous air purification, atmospheric water harvesting, thermal optimization and onboard environmental intelligence. A minimum 100 kg of CO₂ is captured per coach per journey.
Metro Systems
Modern metro trains on elevated urban corridors — engineered for passenger wellness and city air quality. The slim rooftop module purifies dense-corridor air continuously while contributing to citywide sustainability goals. Designed for high-frequency urban service, not open countryside.
High-Speed Rail
Aerodynamically integrated environmental systems for future high-speed transportation. Lightweight engineering, minimal drag, maximum efficiency — the rooftop fitment stays within a ~460 mm aerodynamic envelope.
Freight Rail
A single containerised environmental capture wagon positioned directly behind the locomotive — a dedicated modular system with intake louvers, storage tanks and cooling — capturing ~100 t of CO₂ per wagon per year while the rest of the rake carries freight normally.
Visionary, yet technically grounded
The environmental platform is engineered to extend beyond railways into high-impact mobility and industrial applications.
Smart Urban Buses
Designed for cities experiencing high Air Quality Index. A low-profile rooftop environmental module lets every bus purify polluted urban air while transporting passengers — capturing ~12 t of CO₂ per bus per year across a 120,000-strong national fleet.
Industrial Infrastructure
Environmental systems for manufacturing facilities, industrial parks, logistics hubs, maintenance depots, transportation terminals and large campuses.
Future Mobility
Long-term adaptation of the environmental platform to emerging mobility ecosystems and intelligent transportation systems.