The Smart Cities Mission is one of the most ambitious urban-renewal programmes India has attempted since Independence. Launched by the Government of India on 25 June 2015, it set out to develop 100 cities as models of better urban living, using a mix of improved infrastructure, citizen-focused services, technology and data-driven management. Rather than spreading money thinly across every town, the mission asked cities to compete, to plan carefully and to prove that they could deliver.
The idea attracted both enthusiasm and debate. Supporters saw it as a way to modernise creaking municipal systems and showcase what well-planned Indian cities could look like. Critics questioned what “smart” really meant and who benefited. This explainer walks through what the mission is, how the cities were chosen, how projects were designed and financed, what has been achieved, and where the main criticisms lie. Last updated: 1 October 2026.
Quick Facts
| Item | Details |
|---|---|
| Launched | 25 June 2015 |
| Nodal ministry | Ministry of Housing and Urban Affairs (earlier the Ministry of Urban Development) |
| Target | Develop 100 smart cities across India |
| Selection method | Two-stage City Challenge competition |
| Two components | Area-based development and pan-city solutions |
| Implementation vehicle | City-level Special Purpose Vehicle (SPV) registered as a company |
| Key technology hub | Integrated Command and Control Centre (ICCC) in each city |
| Launched alongside | AMRUT and the Pradhan Mantri Awas Yojana (Urban) |
What Does “Smart City” Mean in the Indian Context?
Strikingly, the mission never fixed a single, rigid definition of a smart city. The official guidelines accepted that the idea means different things to different people, and that a smart city in a developed country will not look like one in a developing country. What the mission offered instead was a broad understanding: a smart city uses technology, data and better planning to improve the quality of life of its residents, to make infrastructure and services work better, and to do so sustainably and inclusively.
In practice, the Indian approach emphasised basics before gadgets. A city was expected to get its fundamentals right, and then use “smart” solutions to make those fundamentals more efficient and transparent.
Core infrastructure elements
The guidelines listed the building blocks that a smart city plan should strengthen. Among them were:
- Adequate and assured water supply, with metering and leakage control.
- Assured electricity supply, with growing use of renewable energy.
- Sanitation, including solid waste management.
- Efficient urban mobility and public transport.
- Affordable housing, especially for the poorer sections of society.
- Robust information technology connectivity and digitalisation.
- Good governance, especially e-governance and citizen participation.
- Sustainable environment, health and education, and safety and security of citizens.
Smart solutions
Smart solutions were the technology layer on top: sensors, mobile apps, online service portals, intelligent traffic signals, GIS-based planning, smart metering and similar tools. The guiding principle was that technology should serve a clearly identified urban problem, not be installed for its own sake.
Launch and Objectives of the Mission
The Smart Cities Mission was launched on 25 June 2015 in a package with two other urban programmes: the Atal Mission for Rejuvenation and Urban Transformation (AMRUT) and the Housing for All mission, now known as the Pradhan Mantri Awas Yojana (Urban). Together, the three were meant to attack different layers of the urban challenge: basic services in a large number of towns, housing for the urban poor, and a showcase set of well-planned cities.
The stated objective of the Smart Cities Mission was to promote cities that provide core infrastructure and a decent quality of life to citizens, a clean and sustainable environment, and the application of “smart” solutions. The mission also hoped to create a replicable model: lighthouse cities whose lessons could be copied by other cities in the country.
Mission design principles
- Citizen participation: residents were to be consulted while Smart City Proposals were prepared.
- Convergence: funds and programmes from different schemes were to be pulled together.
- Sustainability: projects were expected to be environmentally and financially sustainable.
- Competition: cities earned their place through a challenge process, not by nomination.
The mission was originally planned for a five-year period starting in 2015-16, but implementation of complex urban projects takes time, and its timeline was extended more than once.
The City Challenge: How the 100 Cities Were Chosen
The selection process was a defining feature of the mission. Instead of announcing a list from above, the government ran a competition called the City Challenge. The process unfolded in two stages.
Stage 1: the state-level contest
Each state and Union Territory was given an indicative number of cities it could nominate. The quota was worked out using a formula that gave equal weight to the state’s urban population and the number of its statutory towns. Within the state, cities competed against one another, and the state nominated its best candidates for the national competition. This stage pushed state governments to engage seriously with their urban local bodies.
Stage 2: the national contest
Nominated cities prepared a Smart City Proposal (SCP). The proposal had to set out a vision for the city, show evidence of consultation with citizens, identify the area-based project and the pan-city solution, and explain how the plan would be financed and delivered. The proposals were then evaluated and scored, and the best-scoring cities were declared winners.
Selection in rounds
The 100 cities were not announced at one go. They were chosen in successive rounds between 2016 and 2018, with the last batch completing the target of 100. The first twenty winners were declared in early 2016, followed by further batches over the next two years.
| Phase | What happened |
|---|---|
| June 2015 | Mission launched with guidelines and the City Challenge framework |
| Early 2016 | First 20 cities announced after the national competition |
| 2016 | Additional batches added, including cities that improved their proposals in a fast-track round |
| 2017 | Further cities selected in a later round |
| Early 2018 | Final batch brought the total to 100 cities |
The chosen cities include state capitals, large metropolitan centres, historic temple towns and mid-sized regional hubs, spread across every state and many Union Territories.
Area-Based Development and Pan-City Solutions
Every Smart City Proposal rested on two components. Understanding the difference between them is the key to understanding how the mission works.
| Feature | Area-based development | Pan-city solutions |
|---|---|---|
| Scope | A defined area of the city | The entire city or large parts of it |
| Nature | Physical transformation of a locality | Technology-enabled improvement of services |
| Approach | Retrofitting, redevelopment or greenfield | Smart traffic, water, waste, e-governance |
| Purpose | Create a visible model for others to follow | Improve services for all residents |
Area-based development
The area-based component picked one part of the city and transformed it. There were three routes:
- Retrofitting: upgrading an existing built-up area to make it more liveable and efficient, without large-scale demolition. This was the most common choice because it was the most practical in crowded cities.
- Redevelopment: replacing an existing built environment, typically a rundown or congested area, with a new layout and better land use.
- Greenfield development: building a new area on vacant land, usually at the edge of a city, with modern planning from day one.
Pan-city solutions
The pan-city component applied at least one technology-based solution across the whole city. Common examples were intelligent traffic management, online citizen services, smart water metering, and systems for tracking solid waste collection. The logic was that while an area-based project changes one neighbourhood, a pan-city solution touches every resident.
Integrated Command and Control Centres (ICCCs)
If the mission has an iconic structure, it is the Integrated Command and Control Centre. Often described as the “nerve centre” of a smart city, an ICCC is a facility where data from many city systems is brought together on large screens and dashboards, so officials can monitor what is happening and respond quickly.
What an ICCC does
- Collects feeds from CCTV cameras, traffic signals, sensors and other city systems.
- Helps monitor traffic flow, public safety, water supply, waste collection and emergency response.
- Connects different municipal departments that earlier worked in silos.
- Provides dashboards and analytics for planning and day-to-day decisions.
- Often links to citizen-facing apps and helplines.
The COVID-19 test
The ICCCs got an unexpected real-world test during the COVID-19 pandemic. Many cities converted their command centres into pandemic “war rooms”. They were used to track quarantined individuals, map containment zones, coordinate ambulances and hospital beds, monitor the movement of essential supplies, and share information with the public. This episode is widely cited as proof that an integrated data hub can be repurposed for a crisis, and it gave the ICCC concept a wider acceptance than it had earlier enjoyed.
Financing and the Special Purpose Vehicle Model
Smart city projects needed money and an organisation capable of delivering them. The mission answered both questions with a specific design.
Funding sources
The central government provided a fixed amount of financial support to each selected city over the mission period, and the state government or urban local body was expected to match it. This was seen as a seed grant rather than the full cost of a city’s transformation. The rest was meant to come from other channels:
- Convergence: merging funds from other central and state schemes, such as AMRUT, Swachh Bharat and housing programmes.
- Municipal resources: a city’s own revenues and borrowings.
- Private finance and PPPs: public-private partnerships and private investment for revenue-generating projects.
- Other sources: loans from financial institutions, municipal bonds and, in some cases, multilateral agencies.
The SPV model
Each smart city set up a Special Purpose Vehicle, a separate company registered under the Companies Act, to plan, appraise, approve, release funds for, implement, manage and monitor the projects. The SPV was promoted jointly by the state government or union territory and the urban local body, usually with equal shareholding. Its board typically included representatives of the state, the municipality and other stakeholders, and was headed by a chief executive officer.
The reasoning was that a lean, professional, company-style structure could move faster than a traditional municipal department, attract private partners and keep the mission’s money ring-fenced. As discussed later, this design was also the most debated part of the mission.
What Smart City Projects Look Like on the Ground
Although each city made its own choices, certain categories of projects turned up again and again across the country.
- Smart roads and mobility: well-designed streets with footpaths, cycle tracks, utility ducts and street furniture; intelligent traffic signals; and better public transport interfaces.
- Public bike-sharing: cycle-sharing systems introduced in several cities to encourage short, non-motorised trips.
- Solar and clean energy: rooftop solar on public buildings, solar street lighting and energy-efficient LED lights.
- Smart water management: metering, leak detection, SCADA-based monitoring and treatment of wastewater for reuse.
- Waste management: vehicle tracking, segregation drives and processing facilities.
- E-governance: online services for bills, permits and grievances, plus mobile apps for citizens.
- Redeveloped public spaces: riverfronts, lakefronts, markets, heritage precincts, parks and plazas turned into vibrant public places.
- Safety and surveillance: CCTV networks, emergency response systems and better street lighting.
Several cities used the mission to restore heritage districts and waterfronts, giving residents public spaces that had long been neglected. Others concentrated on the invisible but crucial plumbing of urban life: pipes, drains and cables.
Achievements of the Mission
Assessing a programme of this scale needs nuance. Without relying on specific numbers, the broad achievements can be summarised as follows.
- Command centres in place: ICCCs were set up in the selected cities, giving many of them a data backbone for city operations for the first time.
- Public space transformation: numerous streets, waterfronts, markets and civic spaces were rebuilt with pedestrian-friendly design.
- Digital services: citizens in many cities gained access to online and mobile-based municipal services.
- Institutional learning: city administrations were exposed to project management, data-driven planning and private-sector partnerships.
- Knowledge sharing: the mission supported assessment frameworks, awards, fellowships and peer-learning platforms so cities could learn from one another.
- Crisis readiness: the pandemic response showed how integrated systems can be repurposed in emergencies.
The mission also nudged urban planning toward themes such as walkability, climate resilience, mixed land use and citizen engagement, which have since become part of wider urban policy conversations.
Criticisms and Challenges
No honest account of the Smart Cities Mission can ignore the criticism it has attracted from urban planners, academics and civil-society groups. The main concerns are as follows.
The “smart” buzzword
Because “smart city” had no single definition, critics argued the label was vague and open to misuse. Some feared that glossy technology would take priority over basic needs such as housing, sewage and public transport, which remain the biggest gaps in many Indian towns.
Pockets of improvement
The area-based approach concentrated resources in a limited part of each city. Critics worry that this created islands of good infrastructure surrounded by neglected areas, and that benefits did not always reach informal settlements or lower-income residents. Supporters respond that area-based pilots were designed to be demonstration models and that the pan-city solutions reached a wider population.
SPVs and local democracy
Perhaps the sharpest debate concerned the SPV. Under the 74th Constitutional Amendment of 1992, urban local bodies such as municipal corporations are meant to be elected, empowered institutions of local self-government. Critics argued that placing implementation in a company dominated by appointed officials sidelined elected councillors and weakened accountability, raising a federalism and local-democracy concern. Defenders counter that the SPV was a practical tool for speed and professional delivery, and that municipal representatives sat on its board.
Delays and uneven progress
Complex urban projects frequently ran behind schedule because of land issues, approvals, contractor capacity and coordination between agencies. Progress varied widely across cities, with some completing a large share of projects and others lagging. Surveillance and data-collection components have also prompted discussion about privacy and data protection.
Related Urban Missions and the Wider Urbanisation Challenge
The Smart Cities Mission was never meant to work alone. It sat within a family of urban programmes, each handling a different part of the problem.
| Mission | Main focus |
|---|---|
| Smart Cities Mission | Showcase cities with area-based development, pan-city smart solutions and command centres |
| AMRUT | Basic services such as water supply, sewerage, drainage and green spaces in a larger set of cities and towns |
| PMAY-Urban | Housing for urban households, including the economically weaker sections |
| Swachh Bharat Mission (Urban) | Sanitation, toilets and solid waste management in urban areas |
Convergence among these programmes was a design goal. For instance, a smart city could use AMRUT funds for a water network and Swachh Bharat resources for waste processing while the mission’s own grant paid for a technology layer on top.
Why it matters
The backdrop is India’s rapid urbanisation. A growing share of the population lives in cities, and the 2011 Census recorded a substantial rise in urban numbers over the previous decade. Cities already generate a large portion of national economic output, yet many struggle with congestion, pollution, housing shortages and ageing infrastructure. Whatever one’s view of the mission’s design, the underlying challenge it addresses is real and will only grow.
Conclusion
The Smart Cities Mission is best understood as a bold experiment in how to modernise Indian cities: through competition, planning, technology and a new institutional model. Its legacy includes command centres, reimagined public spaces, digital services and a generation of officials trained in project delivery. Its critics, meanwhile, have raised fair questions about definitions, inclusion and local democracy. The mission’s real lessons will be measured not only in the projects completed but in how well cities sustain them and extend their benefits to every neighbourhood in the years ahead.
Frequently Asked Questions
When was the Smart Cities Mission launched?
The Smart Cities Mission was launched on 25 June 2015. It was launched alongside AMRUT and the Housing for All mission (Pradhan Mantri Awas Yojana, Urban), forming a trio of urban programmes.
Which ministry runs the mission?
The mission is run by the Ministry of Housing and Urban Affairs. At the time of launch the ministry was known as the Ministry of Urban Development. Implementation happens at the city level through Special Purpose Vehicles.
How were the 100 smart cities selected?
Cities were selected through a two-stage City Challenge. First, cities competed within their own state for a place among its nominees. Then the nominated cities submitted Smart City Proposals to a national competition, and the best-scoring ones were declared winners in several rounds between 2016 and 2018.
What are the two components of a smart city plan?
Each plan has area-based development and pan-city solutions. Area-based development transforms a specific part of the city through retrofitting, redevelopment or greenfield development. Pan-city solutions apply technology across the whole city, in areas such as traffic, water supply and waste management.
What is an ICCC and why is it important?
An Integrated Command and Control Centre is a facility that brings together data from CCTV cameras, sensors and municipal systems so that officials can monitor and manage city services in real time. During the COVID-19 pandemic, many cities used their ICCCs as war rooms to coordinate the response.
Why has the mission been criticised?
Critics point to the vague meaning of “smart”, the concentration of benefits in small areas, delays in project completion, and the role of SPVs, which they say can bypass elected municipal bodies. Supporters argue that the mission introduced new planning methods, professional management and useful digital infrastructure.
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