New Delhi, May 11 -- For decades, the Indian highway experience has been defined by contradiction. The country built wider roads, launched ambitious expressways, and celebrated infrastructure as a symbol of progress, yet everyday highway travel remained frustratingly inefficient. Anyone who has driven long distances in India knows the ritual well - endless queues at toll plazas, vehicles abruptly slowing down, FASTag scanners malfunctioning, impatient honking, and precious minutes wasted in congestion. Even after electronic toll collection through FASTag, motorists still had to crawl through toll booths instead of enjoying uninterrupted travel. Now, with the launch of India's first multi-lane free flow (MLFF) barrierless tolling system at the Choryasi Toll Plaza on Gujarat's Surat-Bharuch stretch of NH-48, the government is attempting to fundamentally change how Indian highways function.
The MLFF system replaces physical toll barriers with overhead digital gantries equipped with Automatic Number Plate Recognition (ANPR), FASTag-linked RFID readers, as well as RADAR and LiDAR systems. Vehicles no longer need to stop or slow down for payment. The system identifies vehicles, deducts toll charges automatically, and issues electronic notices to defaulters. The principle is straightforward - highways should function like highways, not bottlenecks interrupted every few kilometres. This shift matters because India's economy increasingly depends on efficient highways for freight movement, logistics networks, industrial supply chains, and inter-city commerce. Delays at toll plazas may seem minor individually, but collectively they impose enormous costs through fuel wastage, delayed transportation, congestion, and lost productivity.
The advantages of a genuinely barrierless system could therefore be significant. India's logistics sector has long struggled with inefficiencies that raise transport costs and weaken competitiveness. Trucks spend hours trapped at toll points across long routes, burning fuel while standing still. Such inefficiencies eventually affect businesses and consumers alike. MLFF seeks to address this structural problem through uninterrupted traffic flow. Faster movement means lower fuel consumption, reduced travel time, and greater efficiency for commercial transport. There are environmental benefits as well. Toll plazas become concentrated pollution zones because thousands of vehicles repeatedly brake, idle, and accelerate throughout the day. Removing stoppages can reduce emissions and improve air quality around highways. The Choryasi Toll Plaza is an important testing ground because it ranks among India's top toll collection centres and handles heavy traffic volumes daily. If the system succeeds there, it could become a model for nationwide expansion.
Yet India's technological transitions rarely unfold without complications, and the success of MLFF will depend more on execution than ambition. The system relies heavily on accurate number plate recognition, stable digital networks, updated databases, and seamless FASTag integration. In Indian conditions, these assumptions are not always reliable. Vehicle number plates are often damaged, poorly standardised, obscured by dirt, or deliberately manipulated. FASTag users already complain about duplicate deductions and scanner failures under the current system. If similar glitches emerge under MLFF, public frustration could escalate quickly. A wrongful deduction or inaccurate penalty notice may appear minor in isolation, but repeated errors can rapidly erode trust in automated governance systems. The proposed electronic grievance redressal mechanism will therefore be crucial. Citizens are more willing to accept technology-driven systems when corrections are transparent, fast, and accessible.
There is also a deeper transformation unfolding beneath the surface - the shift from visible administration to invisible digital enforcement. Traditional toll plazas were physical spaces where transactions occurred face-to-face. MLFF removes that human layer and replaces it with algorithmic oversight. Every vehicle movement becomes digitally recorded and linked to centralised databases. In many ways, this reflects a broader trend in Indian governance, where digital systems increasingly regulate everyday life. Such systems undoubtedly improve efficiency and reduce leakages, but they also expand the state's technological visibility over citizens. India's public debate often celebrates digitisation without equally discussing privacy safeguards, data security, or accountability. As automated systems become embedded in public infrastructure, those concerns can no longer remain secondary.
Still, India cannot remain trapped in outdated infrastructure models. The scale of the country's highway network and the growing demands of freight mobility require smarter systems. The real challenge is not whether India should adopt technologies like MLFF, but whether it can implement them thoughtfully. If executed properly, barrierless tolling could reduce congestion, lower pollution, improve transport efficiency, and modernise highway travel. But if technological errors, opaque enforcement, and weak grievance mechanisms dominate the experience, the reform risks becoming another ambitious idea undermined by poor implementation.
Published by HT Digital Content Services with permission from Millennium Post.