Union Cabinet Approves Rs 1,789 Crore AI-Powered Traffic System to Tackle Delhi's Congestion Crisis

Union Cabinet Greenlights Ambitious ITMS Project for Delhi

The Union Cabinet approved the Intelligent Traffic Management System project on Wednesday, allocating Rs 1,789.52 crore to transform how Delhi traffic is managed1

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. The Cabinet Committee on Economic Affairs, chaired by Prime Minister Narendra Modi, sanctioned this technology-driven overhaul proposed by Delhi Police to address mounting pressure on the capital's road network. With approximately 71 lakh active registered vehicles in Delhi and additional traffic from neighboring states, the current infrastructure struggles to maintain smooth flow1

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. The ITMS project will deploy 1,092 Adaptive Traffic Control Systems across 1,029 enforcement locations, covering 42 identified traffic corridors throughout the Union Territory1

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AI-Powered Adaptive Traffic Signals Transform Signal Management

The heart of the ITMS project lies in AI-enabled adaptive traffic signals that will fundamentally change how traffic corridors operate. Unlike traditional fixed-timing signals, these AI-powered adaptive traffic signals will dynamically adjust their timings based on current traffic conditions, responding to actual volumes rather than predetermined schedules1

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. The system will coordinate signals along identified corridors to reduce unnecessary stops and delays, making better use of available road capacity. Real-time traffic management capabilities will enable Delhi Police to identify congestion, accidents, and disruptions more quickly, allowing faster response through traffic diversion or other operational measures2

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. This technology-based approach marks a shift from manual intervention to data-driven decision-making, helping authorities respond dynamically to actual conditions on the roads1

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Emergency Vehicle Movement Gets Priority Through Green Corridors

A critical feature of the Intelligent Traffic Management System focuses on emergency vehicle movement, creating green corridors for ambulances and other emergency services. The system will prioritize their passage through congested stretches, helping reduce response times when emergency services need to reach incidents across the city1

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. This capability addresses a significant road safety concern where delayed emergency response can prove critical. The adaptive signals will automatically adjust to facilitate faster movement of ambulances and other priority vehicles, potentially saving lives by cutting down precious minutes during medical emergencies.

Automated Enforcement for Violations Strengthens Road Safety

The ITMS project will deploy comprehensive automated enforcement for violations, using AI-based analytics to detect multiple types of traffic infractions. The system will monitor red-light violations, stop-line violations, overspeeding, wrong-way driving, riding without helmets, driving without seat belts, illegal parking, and use of mobile phones while driving2

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. Beyond basic violation detection, the AI analytics will identify stolen, hot-listed, and blacklisted vehicles, track repeat offenders, and flag vehicles linked to hit-and-run incidents2

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. Electronic monitoring through cameras and automatic number plate recognition will enable consistent enforcement across all 1,029 enforcement locations.

Real-Time Information Reaches Commuters Through Multiple Channels

Variable Message Sign boards and digital platforms will provide commuters with real-time information about congestion, diversions, parking availability, and prevailing traffic conditions1

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. Delhi Police is considering sharing this data with navigation service providers like Google Maps, allowing motorists to factor real-time road conditions into their route planning1

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. This integration could help reduce congestion by distributing traffic more evenly across available routes as drivers make informed decisions based on current conditions.

Implementation Timeline and Technical Infrastructure

The ITMS project will roll out in three phases over 24 months, with each subsequent phase beginning only after the previous phase meets prescribed testing, commissioning, acceptance, and performance requirements1

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. Following implementation, the system will be operated and maintained for five years. A Master System Integrator will execute the project, with technical support from the Centre for Development of Advanced Computing under the Ministry of Electronics and Information Technology1

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. Traffic Command and Control Centres will bring together traffic regulation, enforcement, and information dissemination, supported by secure Data Centre and Disaster Recovery infrastructure1

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. The system will follow open standards and APIs to enable future integration and scalability, allowing expansion as Delhi's traffic management needs evolve1

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