The system has been installed at the Fatehpura intersection in Udaipur district, where it has undergone a four-month trial period prior to its official rollout. Unlike conventional signals operating on fixed timers, the new technology continuously analyses traffic conditions and adjusts signal phases in real time.
Using a network of high-resolution cameras, the system monitors vehicle density on each approach to the junction. It then allocates green signals based on traffic volume, allowing more congested lanes to clear faster while minimising unnecessary waiting times on less busy routes. Early observations indicate that traffic clearance times range between 10 and 60 seconds, depending on flow conditions.
Officials report that the system has already processed data from millions of vehicles during the testing phase. The adaptive approach is expected to improve journey efficiency, reduce fuel consumption and lower emissions in urban areas.
Authorities are currently reviewing the results of the pilot project, with consideration being given to expanding the system to other parts of the state as part of broader efforts to modernise transport infrastructure.
Similar artificial intelligence technologies are being rolled out in the transport sector across several BRICS countries, with projects aimed at optimising traffic flow and improving safety.
Although an operator remains in the cab for legal reasons, the system is entirely managed by artificial intelligence. It is expected that up to 15 autonomous trams will enter service by 2026. This was reported by the Moscow government’s official website.
Meanwhile, China has launched the “Xin Hong Zhuan”, the first research and training vessel equipped with domestically developed intelligent navigation. The vessel, built by Dalian Maritime University, can navigate autonomously, avoid collisions and adjust its route in real time using six integrated intelligent systems.
(News9 & TV BRICS)




