Artificial Intelligence Is Becoming Core City Infrastructure

Artificial intelligence, autonomous taxis, smart energy systems and digital government platforms are rapidly changing how cities across the Arabian Gulf operate.

Smart City Technology Across the GCC is no longer limited to experimental projects or futuristic master plans. Across the UAE, Saudi Arabia, Qatar, Bahrain, Oman and Kuwait, technology is increasingly being used to manage public transport, process government services, monitor infrastructure, reduce emissions and plan new neighbourhoods.

Dubai has already introduced commercially operating autonomous taxis in selected areas and uses AI to manage everyday bus operations. Abu Dhabi is pursuing a strategy to become an AI-native government by 2027. Riyadh operates one of the world’s largest driverless Metro systems, while Qatar’s TASMU programme is creating digital infrastructure for smart services across major sectors.

Bahrain, Oman and Kuwait are taking different approaches. Bahrain is strengthening secure digital identity and unified government services, Oman is connecting smart-city development with low-emission mobility, and Kuwait is expanding platforms that allow residents to complete government transactions from a smartphone.

What connects these projects is a shift in thinking. Technology is becoming part of the basic infrastructure of a city, alongside roads, electricity and water.

What Is Smart City Technology?

Smart city technology uses digital systems, sensors, data and automation to make cities operate more efficiently.

The technology can appear in highly visible forms such as autonomous vehicles, but much of it works quietly in the background.

A traffic system might analyse congestion and automatically adjust operations. Smart meters can track electricity or water use. Artificial intelligence can predict maintenance requirements, while digital planning tools allow authorities to test how new neighbourhoods could function before they are built.

Common smart-city technologies include:

• Artificial intelligence
• Internet of Things sensors
• Digital twins
• Autonomous vehicles
• Smart traffic systems
• 5G connectivity
• Cloud infrastructure
• Digital identity
• Smart meters
• Electric vehicle charging
• Predictive maintenance
• Integrated government platforms

The technology itself is only one part of the equation. A city becomes smarter when these tools make daily life more convenient, sustainable and reliable.

Smart City Technology Across the GCC at a Glance

The region is therefore not following one universal smart-city model. Each country is prioritising technology according to its own urban challenges and development plans.

Artificial Intelligence Is Becoming Core City Infrastructure

AI is becoming one of the biggest changes in Gulf urban management.

Instead of using artificial intelligence only for chatbots or experimental projects, governments are connecting it directly to transport operations, public services and planning.

Dubai’s Roads and Transport Authority introduced AI-powered dashboards in its Bus Operations Control Centre. The system analyses operational data, predicts trip cancellations and supports rapid responses when Metro services are disrupted.

RTA reported in June 2026 that these systems helped reduce early bus departures by more than 68 percent. They also supported operational changes that reduced carbon emissions by more than 13,000 tonnes through lower engine idling and improved bus management.

Abu Dhabi is taking an even broader approach. More than 100 AI use cases had already been deployed across over 40 government entities as part of its transition towards AI-native government.

This suggests that AI is moving from a separate technology project towards becoming part of the everyday operating system of Gulf cities.

Dubai Is Expanding AI-Powered Smart Mobility

Dubai provides some of the GCC’s most visible examples of smart-city technology.

Commercial autonomous taxi operations began in Umm Suqeim and Jumeirah in March 2026, involving Apollo Go and WeRide vehicles. Some autonomous vehicles can be booked through existing platforms such as Uber, while others operate through dedicated services.

The vehicles use AI, cameras, radar, LiDAR and other sensors to understand the surrounding environment.

Dubai’s wider Self-Driving Transport Strategy aims for 25 percent of all mobility journeys to become autonomous by 2030. The strategy covers autonomous cars, buses, marine transport and future aerial mobility.

Digital infrastructure is developing alongside physical mobility.

In April 2026, Dubai directed government entities to integrate individual and business services into a unified digital platform. The initiative aims to create a city where government systems operate using connected data and AI rather than functioning as separate departments.

Dubai was also ranked second globally in Digital Dubai’s reporting of BCG’s 2026 Intelligent Cities Index, which evaluated the use of digital technologies and AI across 61 cities.

Abu Dhabi Is Building an AI-Native Urban Ecosystem

Abu Dhabi’s smart-city strategy extends from government services to physical urban planning.

The Abu Dhabi Government Digital Strategy 2025-2027 aims to make the emirate the world’s first fully AI-native government by 2027. The programme includes an AED13 billion investment, sovereign cloud infrastructure, AI integration, data-driven decision-making and cybersecurity.

TAMM is central to this strategy.

Its newer AI-driven model is designed around life events rather than traditional government departments. Instead of residents needing to understand which entity manages a particular service, the system can coordinate information across government and offer personalised guidance.

Abu Dhabi is also applying digital technology directly to city design.

In June 2026, the Department of Municipalities and Transport introduced advanced planning technologies that connect data, urban systems and design tools to improve decisions about future communities.

Other projects include AI-powered drones, 3D mapping, digital twins, smart-city platforms and automated infrastructure monitoring.

This means Abu Dhabi’s smart-city model is increasingly connecting the digital government residents use on their phones with the physical city around them.

Riyadh Is Connecting the City Through Smart Transport

Riyadh’s transformation is particularly visible in transport.

The Riyadh Metro forms one of the world’s largest fully driverless urban Metro systems. Saudi Vision 2030’s 2025 annual report says the system spans approximately 176 kilometres, carried more than 150 million passengers in 2025 and recorded on-time performance of 99.7 percent.

The Metro operates alongside a growing bus network, creating a more integrated public transport system in a city historically dependent on private vehicles.

Riyadh is also developing the digital infrastructure needed to manage rapid urban growth.

The city has demonstrated digital-twin technology and other smart-city solutions that allow planners to create virtual representations of roads, buildings and infrastructure.

The Royal Commission for Riyadh City’s open-data ecosystem also supports access to information covering transport, sustainability and urban indicators.

For a city undergoing enormous physical expansion, these technologies can help authorities understand traffic, infrastructure demand and population growth before problems become more difficult to solve.

Qatar Is Building a National Smart Technology Platform

Qatar’s smart-city programme operates at both city and national levels.

The TASMU Smart Qatar programme aims to create the digital infrastructure required for smart solutions while enabling information sharing between different sectors.

Its work includes TASMU Smart Solutions, a national digital platform, an innovation lab, accelerator programmes and support for technology companies.

This fits within Qatar’s broader Digital Agenda 2030, which is built around six areas:

• Digital infrastructure
• Digital government
• Digital technologies
• Digital innovation
• Digital economy
• Digital society

Doha already provides physical examples of this approach.

Msheireb Downtown Doha uses extensive fibre-optic connectivity, smart utility meters, building management technology and hundreds of thousands of connected IoT devices to monitor and manage its urban systems.

The longer-term goal is not simply to create one smart district. Qatar is building digital infrastructure that can support services across transport, environment, healthcare, tourism and other sectors.

Bahrain Is Strengthening Digital Identity and Smart Services

Bahrain’s smart-city development places strong emphasis on digital government.

A central piece of this infrastructure is eKey 2.0, the country’s secure digital identity platform.

The system allows users to access government and private-sector digital services through secure authentication. In July 2026, eKey 2.0 received the Digital Identity Innovation Award at the Bahrain Smart Cities Summit.

Digital identity becomes particularly powerful when combined with unified services.

Bahrain’s MyGov application allows residents to access services from multiple government entities, view documents, receive official notifications and complete transactions through a single platform secured by eKey 2.0.

Rather than focusing only on highly visible smart infrastructure, Bahrain demonstrates another side of smart-city development: removing administrative friction.

If residents can securely access several public services without repeatedly submitting the same documents or visiting government offices, technology is already changing how the city works.

Oman Is Developing Low-Emission Smart Cities

Oman’s approach increasingly connects smart technology with sustainability.

In September 2026, authorities signed a cooperation programme aimed at developing Sultan Haitham City as a low-emission smart city.

The programme includes integrated public transport, cycling and pedestrian routes, strategic EV charging locations, electric and autonomous buses and digital payment and booking systems.

Electric mobility is also expanding nationally.

Oman’s Ministry of Transport, Communications and Information Technology said in May 2026 that the country planned to install 350 electric vehicle charging points by 2027. More than 5,800 EVs had been registered by the end of the first quarter of 2026.

The country’s Smart Cities Platform adds a digital layer, promoting real-time information and smart applications across transport, environment, energy, education and the economy.

Oman’s model therefore shows how smart-city technology can be integrated with lower-carbon urban development rather than treated purely as a digital-services project.

Kuwait Is Connecting Government Services Digitally

Kuwait’s most visible smart transformation currently centres on government services.

The Sahel app functions as the country’s unified e-government application for citizens and residents. Users can complete transactions, pay fees, track requests and receive government notifications through one mobile platform.

Usage has extended into important public services.

Kuwait’s Public Authority for Housing Welfare reported that more than 25,500 electronic housing transactions were completed through Sahel and its website during May 2026 alone.

Another platform, Wasel, is designed to unify communication between government departments and the public. It includes systems for tracking requests, analysing feedback and monitoring the quality of services.

Kuwait has even connected life-event services. Newborn registration through Sahel links several steps such as birth documentation, identification and other government processes rather than forcing parents to visit several agencies separately.

This is an important part of smart-city development because digital convenience can affect residents every day even when no futuristic infrastructure is visible.

IoT Is Giving Gulf Cities Real-Time Information

The Internet of Things, or IoT, connects physical objects to digital networks.

In a city, these objects can include parking sensors, streetlights, water meters, air-quality monitors, traffic cameras and building systems.

Instead of waiting for someone to report a problem, connected devices can send information automatically.

A smart irrigation network, for example, can respond to environmental conditions rather than watering according to a fixed timetable. Building sensors can monitor energy consumption, while transport sensors provide information about congestion.

The greatest benefit comes when multiple systems are connected.

A transport authority might combine road information, weather data and public-transport demand to make faster decisions. A municipality could use data from several utility networks to understand how a district is performing.

This ability to see what is happening in real time is one reason IoT has become fundamental to smart-city design.

Digital Twins Are Changing Urban Planning

A digital twin is a virtual representation of a real-world place or system.

For urban planners, that could mean creating a digital version of a neighbourhood containing roads, buildings, utilities and transport information.

Planning teams can then test different scenarios before changing the physical city.

Riyadh has presented digital-twin technology as part of its smart-city development, while Abu Dhabi is using advanced digital planning tools to connect urban data with design decisions.

The applications could include evaluating congestion, planning emergency access, analysing shadows and heat, understanding population growth or deciding where future infrastructure is required.

Digital twins will not eliminate the uncertainty involved in urban planning, but they can allow planners to identify problems much earlier.

Autonomous Transport Is Moving Onto Gulf Roads

Autonomous vehicles have moved beyond concept videos in parts of the GCC.

Dubai’s commercially operating autonomous taxi services provide one of the clearest examples. Vehicles use AI and multiple types of sensors to navigate ordinary urban traffic.

Riyadh Metro provides another form of autonomy. Its trains operate without conventional drivers as part of an automated mass-transit network.

Oman’s newest smart-mobility plans include electric and self-driving buses for Sultan Haitham City.

Future development could extend further into autonomous buses, marine transport and aerial mobility.

However, autonomy depends on much more than the vehicle itself. Cities need regulations, mapping, communications networks, road infrastructure and safety systems before autonomous transport can operate at scale.

Smart Energy and EV Infrastructure Are Expanding

Transportation and energy systems are becoming increasingly connected.

Electric vehicles require charging infrastructure in homes, workplaces, shopping destinations and along major roads.

Oman’s expansion towards hundreds of charging points demonstrates this wider transition. Its current smart-city mobility plans also call for charging locations to be considered during urban planning rather than added only after neighbourhoods have been completed.

Smart meters are another important technology.

Unlike conventional meters, they can provide much more detailed information about energy or water consumption. This makes it easier to understand demand, identify unusual usage and support more efficient networks.

As Gulf cities grow, technologies that help reduce electricity and water consumption will become increasingly important, particularly given the region’s climate and cooling requirements.

Digital Government Is Becoming Part of Smart City Life

Smart cities are often discussed through transport and buildings, but government services may be where residents notice the biggest difference.

Bahrain’s MyGov, Kuwait’s Sahel, Dubai’s unified-service plans and Abu Dhabi’s TAMM all move towards the same broad objective: fewer separate government interactions.

A resident should ideally not need to understand the internal structure of government simply to complete a task.

The next stage goes even further.

Abu Dhabi’s AI-native strategy is designed to anticipate some services based on life events, potentially reducing the need for conventional applications and repeated paperwork.

This shift from digital forms to proactive digital services may become one of the most important changes in Gulf government during the next several years.

Data Is Becoming Essential Urban Infrastructure

Every smart-city system produces information.

The challenge is making that information useful.

Dubai launched an updated Data Manual in July 2026 establishing a framework for government entities to manage, share and gain value from data while supporting AI applications.

Qatar’s TASMU platform similarly treats data sharing as a critical part of national smart infrastructure.

Data can help planners answer practical questions:

Which roads experience recurring congestion?

Where will another bus route be needed?

Which neighbourhood consumes unusually large amounts of electricity?

Which government service generates the most complaints?

Which infrastructure asset may soon require maintenance?

When cities can combine information from different systems responsibly, decisions can become faster and more evidence-based.

Cybersecurity and Privacy Are Growing Priorities

More connectivity also creates more risk.

If transport, public services, identity systems and utilities depend increasingly on digital infrastructure, cybersecurity becomes part of city resilience.

A smart city cannot be considered successful if residents do not trust how their information is handled.

Abu Dhabi’s AI-native strategy therefore includes cybersecurity and sovereign cloud infrastructure alongside automation and AI. Bahrain’s eKey 2.0 similarly emphasises secure authentication and privacy when giving users access to digital services.

Cities will increasingly need to answer difficult questions about how much information should be collected, how long it should be stored and which systems should be allowed to share it.

The smartest city will not necessarily be the city that collects the most data. It may be the one that uses necessary data responsibly.

How Smart City Technology Benefits Residents

The benefits can appear surprisingly ordinary.

A parent may register a newborn without visiting several government offices. A commuter receives more reliable bus timings. A driver spends less time searching for parking. A city repairs infrastructure before a small fault develops into a major problem.

For residents, the most valuable improvements are often:

Technology succeeds when residents stop noticing the system and simply notice that the city is easier to use.

Challenges Facing GCC Smart Cities

The transition is not without challenges.

New technologies can be expensive, and smart-city infrastructure requires continuous maintenance rather than a one-time installation.

Systems from different government bodies also need to communicate with one another. An advanced transport system cannot reach its full potential when information remains trapped inside separate databases.

Digital inclusion is another concern.

Not every resident has the same level of digital confidence, and public services still need to work for older users, people with disabilities and anyone who cannot easily navigate complex applications.

There are also questions around AI transparency, cybersecurity, surveillance and privacy.

Rapid innovation therefore needs equally strong governance.

The challenge for GCC governments is not simply to adopt new technology faster than other regions, but to make sure it remains secure, understandable and useful over the long term.

What Will Gulf Smart Cities Look Like by 2030?

By 2030, many technologies that currently appear advanced may feel normal.

Autonomous taxis could become far more common. Public transport may respond dynamically to demand, while AI systems increasingly manage maintenance and traffic in the background.

Government services may become more proactive, with fewer forms and fewer separate apps.

Digital twins could become standard tools for major development projects, allowing planners to test new neighbourhoods virtually before construction begins.

Electric mobility and charging infrastructure are also likely to expand considerably.

Dubai is already working towards a target of 25 percent autonomous mobility journeys by 2030, while Qatar’s Digital Agenda and Saudi Vision 2030 both place digital transformation at the centre of national development.

Oman’s current work on Sultan Haitham City shows another likely direction: smart cities that combine technology with walkability, public transport and lower emissions rather than simply adding digital systems to conventional urban design.

Final Thoughts on Smart City Technology Across the GCC

Smart City Technology Across the GCC is moving rapidly from plans and pilot programmes into everyday urban life.

The UAE currently provides some of the most visible examples. Dubai has commercially operating autonomous taxis, AI-managed transport systems and plans for increasingly unified digital government, while Abu Dhabi is building towards AI-native government and using digital technology in urban planning.

Saudi Arabia is transforming Riyadh through one of the world’s largest driverless Metro networks, connected public transport and increasingly data-driven urban planning.

Qatar is building national smart infrastructure through TASMU and Digital Agenda 2030, connecting technology with transport, government, the environment and economic development.

Bahrain shows how secure digital identity and unified government platforms can form an important part of a smart city. Kuwait is following a similar path through Sahel and other integrated digital services.

Oman is combining the idea of a smart city with sustainability through Sultan Haitham City, green transport, electric charging infrastructure and future autonomous mobility.

The next stage will be less about individual smart projects and more about integration.

Transport, government, energy, buildings and urban planning will increasingly share information and work as connected systems. The cities that succeed will not simply be the ones with the most advanced technology.

They will be the ones where technology quietly makes the city safer, simpler, greener and easier to live in.

Do follow us on Instagram

Read More – How Gulf Cities Are Becoming Smarter