The HEART system — Highspeed Electric Automated Road Transport — makes highways competitive with high-speed rail through radar-guided lane keeping, elastic platooning, and seamless EV battery swapping.
Corridor Throughput
Lane Precision
Battery Swap Time
Global Markets
Conventional highways waste capacity, energy, and time. Freight corridors fall far behind rail in efficiency, safety, and emissions.
Radar-guided lane management + platooning formations + distributed battery swapping transforms highways into intelligent, high-throughput corridors.
V2X standards, EV fleet adoption, and radar miniaturization make HEART deployable at scale today.
Modular deployment integrates with existing DOT infrastructure. Ready for highway automation solutions across USA, India, and LATAM.
Patented trihedral corner cube reflectors enable millimeter-precision lane guidance at highway speeds — reliable in fog, rain, and night conditions where cameras fail.
Adaptive vehicle-following formations with V2X-synchronized braking. Reduces aerodynamic drag up to 30% and increases corridor throughput 3×.
Sub-5-minute battery exchange at highway corridors — eliminating range anxiety for commercial EV fleet electrification without long charge stops.
Radar reflector-based lane keeping with IMU fusion. All-weather, all-conditions — where cameras and paint markings fail.
V2X-connected multi-vehicle coordination with elastic following, collision prevention, and energy-optimized convoy management.
Standardized battery cassette format and automated roadside exchange station for continuous highway EV fleet operations.
Core IP across radar reflector geometry, elastic platooning protocols, and battery cassette standardization. See our patents portfolio.
Each pillar can be procured and deployed independently, lowering the barrier for agencies and fleet operators.
Documentation and compliance frameworks aligned with USDOT, NHAI, and international highway automation standards.
High-fidelity Simulink/MATLAB environments validate all systems before physical deployment.
Primary Market
Expansion Market
Expansion Market
Strategic Market
National Highways & DOT
EV Manufacturers & Fleet Operators
Commercial Long-Haul Freight
Smart City Infrastructure
The autonomous vehicle industry has spent a decade building camera-based lane detection. The results have been impressive in good conditions. In adverse conditions — fog, heavy rain, snow, glare —
The commercial EV transition has a problem that the passenger car industry has largely papered over: long-haul freight operations cannot survive 45-minute charging stops every 150–200 miles. The economics simply
The comparison between highways and high-speed rail has always favored rail on throughput, safety, and energy efficiency. For decades, urban planners and policymakers have pushed rail as the solution to
Whether you’re a government agency, fleet operator, EV manufacturer, or infrastructure
investor — let’s build the intelligent road network together.
