The USA has 4.1 million miles of roads and India has 3.7 million miles — the world’s most extensive road networks. Both countries spend hundreds of billions annually on highway maintenance, accident remediation, and freight inefficiency. Yet neither has deployed intelligent highway infrastructure at scale.
Sudarshan’s highway automation solution stack addresses this gap with a phased, modular approach. Beginning with radar lane marking infrastructure as an overlay on existing roads, operators can deploy lane keeping capability without closing or rebuilding a single lane.
The second layer introduces platoon-ready corridor design — V2X node deployment at optimized intervals to support convoy management. The third layer adds EV charging and battery swap integration, creating a fully electric-capable automated corridor.
Radar lane keeping system deployment as a retrofit overlay on existing highways. No lane closures, no road rebuilding. Passive reflector installation at optimized intervals.
V2X node infrastructure and platooning control suite deployment for commercial freight convoys. Government and concession operator partnerships for pilot program funding.
Battery swap stations at 50km corridor intervals. Enables continuous EV fleet operations on major freight routes. Supports fleet electrification solutions.
Simulation of a 100km corridor with full HEART stack deployment shows 3× increase in vehicles-per-hour versus conventional highway operation — without adding a single lane of road capacity.
Lane departure incidents reduced to near-zero in simulation. V2X hazard communication provides 8× faster hazard response versus human reaction. Supports road safety automation mandates.
Lane exclusivity fee structure generates sufficient revenue to fund infrastructure deployment and operations — creating a self-sustaining corridor model. Request full economic analysis from our partnerships team.
We work with highway authorities, concession operators, and government agencies to
design and deploy HEART-compatible automation.