How AI Can Support Smarter Tourism Destinations Across the GCC
AI can support smarter tourism destinations by connecting existing cameras, mobility systems and operational platforms. Across the GCC, this can improve parking, safety and the visitor journey without requiring a wholesale infrastructure rebuild.
Many tourism destinations across the GCC already have the foundations for smarter operations. The opportunity is to connect them and use their data more effectively.
This year’s World Tourism Day theme, “Digital Agenda and Artificial Intelligence to Redesign Tourism,” raises a timely question: how can technology improve the way destinations welcome and serve visitors?
The question is especially relevant across the GCC, where giga-projects, master-planned destinations and national visions such as Saudi Vision 2030 and UAE Centennial 2071 are creating cities and resorts designed for growing visitor numbers. In practice, redesigning tourism through AI does not always require rebuilding infrastructure. It can begin by adding intelligence to systems already in place.
Across tourism destinations, AI can support a wide range of operational functions, from visitor flow management and crowd monitoring to predictive maintenance, transport coordination and public safety. One practical example, and the focus of this article, is parking. While often overlooked, parking is one of the first and last outpoints in a visitor’s journey, making it a useful starting point for exploring how AI can enhance the overall destination experience.
Smart parking initiatives have traditionally relied on in-ground sensors or single-purpose hardware. In extreme heat and demanding road conditions, these systems can require frequent maintenance and extensive civil works. They may also leave valuable data locked within isolated platforms.
A more capital-efficient approach is to connect existing assets—including cameras, connectivity and edge-computing infrastructure—through an AI-powered platform that supports mobility, safety and destination operations.
Making Better Use of Existing Infrastructure
For master developers and public authorities, the case rests on capital efficiency and operational flexibility. A shared platform can reduce duplicated infrastructure and help destination teams respond more effectively as visitor demand changes.
Replacing some bay-level hardware with a software-defined intelligence layer can deliver three benefits that directly affect the visitor experience.
- Cost: Reusing existing camera networks can reduce the need for road excavation and thousands of dedicated sensors. This can lower capital and maintenance requirements while shortening deployment time.
- Versatility: A shared platform can support parking occupancy monitoring, identify vehicles stopped in restricted loading zones, coordinate VIP and valet services, connect with digital payment systems and inform curbside pricing. Together, these functions can make arrivals smoother and easier to manage.
- Safety: The same platform can extend beyond parking to support crowd analytics, restricted-zone monitoring, vehicle classification and potential early alerts for smoke or fire across busy public areas. These alerts support, rather than replace, established safety and emergency systems.
Designing for Privacy and Governance
Deploying this technology across destinations used by international visitors and residents also requires compliance with applicable cybersecurity, data protection and data residency requirements.
Privacy must be designed into the system from the start. Where identification is not required, data can be processed and anonymized at the edge before it leaves the site. Where identification is necessary for access, parking or payment, clear controls are needed for its collection, access, retention and deletion.
Many large GCC developments use Integrated Command and Control Centers (ICCCs), where standardized APIs can feed mobility and safety data into operational platforms and digital twins. This information can support traffic management during peak periods around major malls, stadiums and venues, while providing parking availability data to visitor-facing applications.
Planning for a Better Visitor Experience
This approach does not require a wholesale rebuild. Developers and public authorities can begin with a clear assessment of the connectivity, computing capacity and hardware already in place. They can then build outward using open standards such as REST, MQTT and OpenAPI, supported by secure data architecture aligned with zero-trust principles.
World Tourism Day is a reminder that technology creates value when it improves people’s experience of a destination. Across the GCC, many developments already have the foundations: cameras, connectivity and command platforms. The next step is to connect them responsibly, using AI to improve movement, safety and day-to-day operations while protecting public trust.
These systems are most effective when planned alongside mobility, public realm and operational requirements, rather than added as a separate technology layer.