Smart street furniture has evolved from passive urban fixtures to connected digital infrastructure, integrating telecom, internet of things (IoT) and energy solutions. Unlike conventional installations that serve only aesthetic or functional purposes, smart furniture is now a critical part of urban connectivity, supporting high speed communication networks, smart city management and sustainable urban development.
Leveraging street furniture for 5G deployment optimises existing infrastructure, reducing the need for new tower installations and lowering capital and operational costs. By utilising assets such as street lights, traffic signals and metro pillars, telecom providers can accelerate network expansion in a cost-effective manner. This approach ensures faster 5G roll-out, enhances connectivity and benefits operators through reduced expenses and quicker time-to-market.
Components and applications of smart street furniture
A critical component of smart street furniture is the integration of 5G small cells. This addresses network densification challenges in high-traffic urban environments. These small cells leverage millimetre wave and sub-6 GHz spectrum to enhance data throughput and minimise latency. Additionally, Wi-Fi access points embedded in smart furniture employ orthogonal frequency division multiple access and multi-link operation, dynamically managing network traffic to ensure stable connectivity in dense urban settings.
Beyond connectivity, edge data centres are increasingly embedded within smart poles and kiosks, processing data closer to users to reduce latency and optimise real-time applications such as artificial intelligence (AI)-driven surveillance, traffic management and IoT analytics. These decentralised computing units minimise reliance on central cloud infrastructure, reducing network congestion and enhancing smart city operations.
As cities move towards sustainable mobility, smart street furniture is integrating electronic vehicle (EV) charging stations to support the growing EV adoption. These charging stations, embedded within smart poles and bus stops, utilise smart grid integration for dynamic energy management, preventing grid overload and ensuring efficient power distribution. In addition, geotagged telecom infrastructure within smart furniture enhances urban connectivity planning.
Technology-enabled streets
Smart poles
Smart poles are at the forefront of urban infrastructure transformation, integrating multiple 5G small cells, Wi-Fi hotspots, surveillance cameras, environmental sensors and EV charging stations into a single multifunctional system. A key advantage of smart poles is their energy efficiency, with IoT-enabled LED lighting reducing energy consumption by up to 60 per cent. Remote monitoring capabilities enable predictive maintenance and adaptive illumination, while centralised command centre connectivity allows real-time data analytics for traffic control and urban management. According to industry estimates, India’s smart pole market is expected to grow at a compound annual growth rate of 7.24 per cent, reaching $3.04 billion by 2029. Cities such as Guwahati are making significant investments, with 11,000 out of 20,667 smart streetlights already operational.
Smart traffic signals
Smart traffic management is evolving through the deployment of adaptive traffic control systems, which optimise vehicle flow using AI-driven real-time analysis. These systems rely on vehicle detection cameras to dynamically adjust signal timings based on traffic density, effectively reducing congestion. Integration with Google Maps enables the creation of green corridors, prioritising emergency vehicles and improving overall mobility. Supporting this, 104 smart traffic signals have been installed in Gurugram over the past year, with 42 of them integrated into the Gurugram Metropolitan Development Authority’s Integrated Command and Control Centre. Meanwhile, to enhance traffic management, Mysuru city police is planning to install 50 additional smart traffic signals at key junctions in commercial and residential areas.
Smart public infrastructure
Smart bus stops
Public transport infrastructure is being modernised with smart bus stops that integrate real-time passenger information systems, GPS-based vehicle tracking and cloud-powered data processing to provide accurate arrival times and reduce waiting periods. These bus stops feature amenities such as Wi-Fi, USB charging stations, interactive touchscreens and CCTV surveillance, ensuring both security and convenience for commuters. Bengaluru’s Nrupathunga Road already features an advanced smart bus stop developed by Elpro Energy Dimensions, and other cities are now planning to install these bus stops. For instance, Puducherry is set to install 15 smart bus shelters.
Smart waste bins
Smart waste management is a critical component of urban sustainability, with IoT-enabled bins optimising waste collection efficiency. These bins are equipped with weight sensors that enable real-time monitoring and automated collection schedules, reducing operational costs and fuel consumption. Additional features such as temperature and fire-risk sensors enhance safety, while odour-monitoring systems help maintain hygiene. The smart trash bin market in India, valued at $2.6 million in 2023, is projected to reach $6.1 million by 2030, with deployments already taking place in cities such as Gandhinagar, Chennai and Bengaluru.
Smart benches
Smart benches integrate solar panels, USB charging ports, wireless charging pads and Wi-Fi hotspots, providing connectivity in high-footfall areas. These benches also feature IoT sensors that monitor air quality, temperature and pedestrian flow, enabling data-driven urban planning. Some advanced models even incorporate rainwater collection systems for irrigation, promoting sustainability in green urban spaces. Planet Smart City, a real estate builder and construction company in Pune, has successfully deployed solar benches in Three Jewels and Universe at Life Republic in the state.
Digital kiosks
Digital kiosks provide access to information by integrating AI-powered chatbots that provide instant assistance to users. These kiosks serve as digital information centers, offering services such as travel details, route guidance and tour package information. The Kerala Tourism Department, in collaboration with the Kerala Startup Mission, has deployed kiosks that enhance the tourism experience with real-time updates. Meanwhile, Bhubaneswar Smart City Limited has installed 75 solar-powered kiosks at strategic locations such as airports, railway stations and bus terminals, offering services such as bill payments, ticket booking and city navigation.
Issues and challenges
Smart street furniture often encounters significant roadblocks that hinder its long-term success. One of the primary challenges is the high initial investment required, particularly for smart poles, compared to conventional street lights. This financial burden limits their adoption to select urban areas with substantial funding, restricting widespread deployment. Even when implemented, long-term operational efficiency is often compromised due to inadequate maintenance protocols.
Moreover, the effectiveness of smart street furniture is often hindered by bureaucratic delays and poor execution. In Nagpur, for instance, digital kiosks installed under Nagpur Smart and Sustainable City Development Corporation Limited’s initiative in 2018 remained non-operational for years.
Technical challenges significantly impact the effectiveness of smart street furniture, affecting its role in urban management. For instance, inaccuracies in environmental monitoring sensors can misguide pollution control efforts, while faulty calibration in traffic management systems may lead to congestion instead of easing it. Similarly, IoT-enabled smart bins sometimes generate false alerts, disrupting waste collection schedules. Inconsistent network coverage can delay or disrupt real-time data transmission, reducing the reliability of smart infrastructure.
Infrastructure misalignment is another recurring issue. In Trichy, sensor-based underground smart bins were installed near Gandhi Market as part of a Rs 140 million project aimed at streamlining waste collection. However, the lack of crane-mounted trucks for emptying the bins rendered them impractical, resulting in their removal. Similarly, in Ludhiana, the implementation of smart traffic signals has faced severe delays. The municipal corporation had issued a one-year work order for the project in March 2024, yet with only two months left before the tender expires, over half of the work remains incomplete.
Even smart poles, designed to provide early warnings for natural disasters in Visakhapatnam, have suffered from underutilisation. Installed at 50 locations under the Smart City Mission-2015 at Rs 150 million, these poles were initially used for public announcements but gradually fell into disuse.
The way forward
To fully harness the potential of smart street furniture and overcome associated challenges, India needs a strategic approach that prioritises financial sustainability, efficient execution and long-term maintenance.
Given the high initial costs, a blended financing model involving public-private partnerships can help distribute financial risks while ensuring that the public utility remains a core focus. Revenue-sharing models that balance commercial advertising with community services can improve financial viability, while municipalities could mandate reinvestment of advertising revenue into maintenance and expansion.
Efficient execution is also crucial, requiring streamlined project management, periodic reviews and performance-based vendor contracts with penalties for delays, ensuring timely deployment and functionality. Data accuracy and reliability must be enhanced by integrating AI-driven calibration mechanisms, cross-referencing environmental data and conducting third-party audits.
Meanwhile, technological solutions must align with operational capacity, and there is a logistical readiness before deployment. Establishing a sustainable maintenance ecosystem is equally critical, with predictive maintenance models using AI-driven analytics to pre-empt failures and schedule repairs. Dedicated maintenance teams, real-time infrastructure health dashboards and participatory urban governance through citizen engagement can further improve infrastructure longevity.
To conclude, India’s push towards a digitally connected future hinges on the seamless integration of smart street furniture with advanced technologies. This convergence will not only accelerate the deployment of 5G and smart city solutions but also pave the way for a more sustainable and resilient urban infrastructure. By adopting innovative, tech-driven urban planning, India has the potential to set new global benchmarks in digital transformation, enhancing both connectivity and quality of life in its cities.
