Intelligent transport on India's highways: from cameras to command centres
The plan to bring advanced traffic management to more than 52,000 km of highways is the biggest road-safety technology programme India has attempted. Here is what it involves, and what will decide whether it works.
Every year India loses more lives on its roads than almost any other country. For decades the answer was better roads and stricter rules. The next step is different: using technology to see what is happening on a highway as it happens, and to respond within minutes rather than hours.
In July 2026 the Ministry of Road Transport and Highways told Parliament it plans to deploy Advanced Traffic Management Systems (ATMS) across about 52,647 km of national highways and expressways: every stretch of four lanes or more. The work builds on the upgraded ATMS policy the National Highways Authority of India adopted in October 2023. The Dwarka Expressway in Delhi already runs a full system over its 56 km.
What an ATMS actually is
An ATMS is not one product. It is a set of systems that work together:
- Video incident detection that spots stalled vehicles, crashes and wrong-way drivers using AI
- Number-plate recognition cameras and speed enforcement
- Variable message signs that warn drivers ahead of an incident
- A fibre-optic backbone linking all of it
- Command and control centres, planned roughly every 75 to 100 km, feeding regional and national centres
The value is in the link between detection and response. A camera that records a crash is evidence. A system that detects the crash, alerts the nearest ambulance and patrol, and warns the traffic behind it within a minute saves lives.
Three things that will decide success
From my work with the ITS India Forum, three issues matter more than the hardware itself.
Integration. Highways cross districts and states. An incident detected by NHAI must reach a state ambulance service and the local police without manual phone calls. That needs agreed data standards and clear protocols between agencies that have never had to share information this quickly.
Maintenance. Cameras get dusty, fibre gets cut by road works, and software needs updating. Contracts must pay for performance over years, not just installation. A system that works perfectly on inauguration day and degrades within two years helps no one.
Trust and privacy. Number-plate cameras generate a huge record of who travels where. Rules on how long that data is kept, who can see it, and how it is protected need to be as clear as the rules for speed enforcement. India's data protection law now provides a framework; highway operators will need to apply it carefully.
What this means for industry
For companies, the programme opens a long pipeline of work: cameras and sensors, communication networks, software, command centres and, above all, operations and maintenance. It also raises the bar. Equipment must meet India's new security requirements for connected cameras, and bidders will be judged on their ability to run systems reliably for years.
Indian roads will not become safe because of technology alone. But used well, it can turn the hours after a crash from a matter of chance into a managed response. That is worth getting right.