How Digital India Enables the Development of Smart Cities

When Prime Minister Narendra Modi launched the Digital India Programme on July 1, 2015, its vision was clear: transform India into a digitally empowered society and knowledge economy. Just weeks earlier, on June 25, 2015, the same government had unveiled the Smart Cities Mission. These twin initiatives were not coincidental-they represent two sides of the same coin, working together to reshape how India’s cities function and how its citizens live. Understanding how Digital India enables smart cities reveals the strategic blueprint behind India’s urban transformation.

Aligning visions for transformation 🔗

The Digital India initiative rests on three core components: building digital infrastructure as a utility for every citizen, delivering governance and services digitally, and empowering citizens through digital literacy. These three pillars directly correspond to what smart cities need to function effectively.

Smart cities require reliable digital connectivity, data-driven governance, and tech-savvy residents who can interact with municipal services online. Digital India addresses each of these requirements systematically. The Smart Cities Mission aims to promote sustainable and inclusive cities that provide core infrastructure and ensure a decent quality of life through the application of smart solutions. Without Digital India’s foundational work in expanding broadband networks, mobile connectivity, and digital literacy, these smart solutions would have no platform to operate on.

The nine pillars supporting smart infrastructure 🔗

Digital India operates through nine strategic pillars that directly feed into smart city development. These include Broadband Highways for nationwide high-speed internet, Universal Access to Mobile Connectivity reaching remote areas, Public Internet Access through Common Service Centres (CSCs), and e-Governance for reforming government services through technology. Each pillar creates essential building blocks that smart cities require.

The e-Kranti pillar, which focuses on electronic delivery of services, is particularly relevant. It enables cities to offer everything from property tax payments to birth certificate applications online, reducing corruption and improving efficiency. Similarly, the Electronics Manufacturing pillar supports domestic production of the sensors, cameras, and devices that smart city infrastructure depends on.

ICT as the lifeline of smart cities 🔗

Information and Communication Technology serves as the central nervous system of any smart city. ICT enhances urban service quality, performance, and interactivity while reducing costs and resource consumption and improving citizen engagement. Without robust ICT infrastructure, the smart city concept simply cannot exist.

Under the Smart Cities Mission, transformation of cities has been facilitated by collection, storage, and exchange of critical urban data among various stakeholders. This data flow enables effective communication for better decision-making and e-governance. To standardize this infrastructure, the Telecom Regulatory Authority of India published a comprehensive framework for ICT infrastructure in smart cities in September 2020.

Key ICT solutions transforming Indian cities 🔗

Smart cities across India are deploying a range of ICT solutions. These include citywide optical fibre cable networks for high-speed connectivity, smart poles equipped with sensors and WiFi, intelligent traffic management systems using artificial intelligence, and Internet of Things (IoT) devices for monitoring utilities like water and electricity.

The Integrated Command and Control Centres (ICCCs) represent the most visible application of ICT in smart cities. All 100 Smart Cities now have fully operational ICCCs that use real-time data for decision-making. These centres integrate various city systems-transport, water supply, solid waste management-into a single dashboard. During the COVID-19 pandemic, these ICCCs served as war rooms, demonstrating the flexibility and value of centralized digital infrastructure.

Additionally, digital platforms including the Smart Cities Open Data Portal and India Urban Data Exchange have been developed to help cities better manage, share, and leverage available data. These platforms together host over 55,000 datasets and 1,400 APIs, engaging more than 15 lakh users for evidence-based planning.

Addressing urbanization challenges 🔗

India faces intense urbanization pressure. Cities currently accommodate approximately 31% of India’s population while contributing 63% to GDP. By 2030, urban areas are expected to house 40% of the population and contribute 75% of GDP. This rapid urban growth strains every aspect of city infrastructure-from water supply and sanitation to transport and housing.

Traditional approaches of simply allocating more budget or creating new municipal departments cannot address these challenges at scale. Urban infrastructure including utilities, transport, environmental services, and housing often becomes overtaxed and under-maintained as populations surge. A smarter, more intelligent method of urban management is needed.

Smart solutions for complex problems 🔗

The combination of Digital India’s infrastructure and Smart Cities Mission’s focused approach offers technology-driven solutions to these urban challenges. Data-driven traffic management reduces congestion without building new roads. Intelligent lighting systems cut electricity costs while improving public safety. SCADA systems monitoring water networks help reduce non-revenue water and leakages across more than 17,000 km of water supply networks.

For waste management, cities have equipped approximately 9,194 waste collection vehicles with RFID and Automatic Vehicle Location systems, enabling better route tracking and operational efficiency. Smart poles provide public WiFi, environmental monitoring, and emergency services simultaneously, maximizing the utility of existing urban infrastructure.

These technology-driven solutions share a common requirement: reliable digital connectivity and platforms that Digital India provides. The BharatNet project, which aims to connect over 2.5 lakh Gram Panchayats with optical fibre, ensures that even smaller urban centres and their surrounding areas can participate in this digital transformation.

The Smart Cities Mission in India 🔗

Launched in June 2015, the Smart Cities Mission promotes cities that provide core infrastructure and decent quality of life through application of smart solutions. The mission was designed to create replicable models of sustainable and inclusive development that can serve as lighthouses for other aspiring cities.

The mission covers 100 cities selected through a competitive process. The Smart Cities Mission received a total Union Budget allocation of Rs. 47,652 crore (approximately US$ 5.38 billion), with 99.44% of this amount disbursed by March 31, 2025. The mission formally concluded on March 31, 2025, though its infrastructure and governance improvements will continue serving citizens.

Implementation approaches 🔗

The mission employed two main strategies. The Area-Based Development model focused on improving specific zones within each city, selected through citizen participation. These improved areas serve as replicable models for scaling initiatives across the rest of the city. The second approach involved Pan-City Projects that introduced technology-driven solutions city-wide.

For example, Chandigarh launched India’s largest Public Bicycle Sharing system with 310 docking stations and over 2,500 bicycles. Special Purpose Vehicles (SPVs) headed by dedicated CEOs were established in each city to implement projects effectively. This governance structure ensured focused execution and accountability.

Convergence with Digital India 🔗

The Smart Cities Mission explicitly recommends that cities seek convergence with Digital India along with other national programs like AMRUT, Swachh Bharat Mission, and Skill Development. This convergence is not merely administrative convenience-it reflects the fundamental interdependence between digital infrastructure and smart urban services.

The DataSmart Cities Initiative exemplifies this convergence. This initiative won the Platinum Icon in Digital India Awards 2022 for empowering cities through data. The program institutionalized a data ecosystem across 100 cities through dedicated City Data Offices and more than 50 data policies, demonstrating how Digital India’s data governance principles translate into practical urban management tools.

International collaboration and future directions 🔗

The Smart Cities Mission attracted significant international interest. Countries including Japan, Germany, France, Singapore, Spain, and the United States partnered with India to develop specific cities. France committed US$ 1.5 billion to support development in Chandigarh, Lucknow, and Puducherry, while Germany partnered for Bhubaneswar, Kochi, and Coimbatore.

By May 2025, 7,555 out of 8,067 projects (94%) had been completed, representing Rs. 1,51,361 crore in investment. The remaining 512 projects were in advanced stages of completion. Infrastructure developed under this mission-from smart roads and cycle tracks to e-health centres and digital classrooms-provides lasting benefits that extend well beyond the mission’s formal timeline.

The relationship between Digital India and the Smart Cities Mission demonstrates how national digital infrastructure programs can accelerate specific sectoral goals. Digital connectivity, e-governance platforms, and digital literacy create the foundation upon which smart urban services operate. As India continues urbanizing, this foundation will prove increasingly valuable.

What do you think? How can cities that were not part of the original 100 Smart Cities leverage Digital India’s infrastructure to implement smart solutions independently? What role should citizens play in demanding and shaping technology-driven urban services in their communities?

References

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3. https://www.ibef.org/government-schemes/smart-cities-mission
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8. https://smartcities.gov.in/
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