Abu Dhabi’s Integrated Transport Centre (Abu Dhabi Mobility), an affiliate of the Department of Municipalities and Transport (DMT), inaugurated a central control room on 10 July 2026 to manage and monitor autonomous vehicle operations across the emirate. The facility centralises real-time tracking, data analysis, and emergency coordination for a driverless fleet that has expanded from pilot routes to full commercial service in under a year. It was launched under the supervision of the Smart and Autonomous Systems Council (SASC), positioning regulatory oversight as the emirate scales toward thousands of vehicles.
The control room consolidates supervision of every licensed autonomous vehicle operator working in Abu Dhabi, from robotaxis to delivery pilots, into a single command environment. Its launch signals a shift in how the emirate governs self-driving transport, moving oversight from operator-run remote centres toward a state-level monitoring layer.
Why A State-Level Monitoring Layer Follows Commercial Deployment
The control room arrives eight months after Abu Dhabi became the first city in the Middle East and North Africa to begin commercial operation of fully driverless Level 4 vehicles, announced by the ITC in November 2025 during Abu Dhabi Autonomous Week. That launch removed safety drivers from vehicles already carrying paying passengers, which raised the regulatory stakes for centralised supervision.
Until now, much of the real-time oversight sat with operators running their own remote operations centres. A government-run control room shifts that balance, giving the regulator a direct line of sight into vehicle movement, incident response, and route compliance rather than relying solely on operator reporting.
The timing tracks fleet growth. Abu Dhabi recorded 31,075 autonomous vehicle trips in the first half of 2026, according to Abu Dhabi Mobility, a volume that makes manual or fragmented oversight increasingly impractical.
What The AViTOMS Platform Actually Does
At the technical core of the control room is AViTOMS, an integrated platform for the operation and testing management of autonomous vehicles. According to the Abu Dhabi Media Office, the platform enables real-time tracking of vehicle locations, speeds, and routes, along with comprehensive trip recording and analysis.
Beyond monitoring, AViTOMS handles the administrative spine of the sector. It manages the issuance of permits and the approval of operational routes, meaning the same system that watches vehicles also governs where and whether they are allowed to run.
The platform coordinates emergency response with relevant authorities and generates periodic data-driven reports intended to refine routing and operational efficiency. Per Abu Dhabi Mobility’s own documentation, AViTOMS currently handles trial applications, no-objection certificate issuance, and live deployment oversight, with future phases set to add company registration, incident reporting, and vehicle feedback monitoring.
The Vendor And Compliance Layer Behind The System
AViTOMS was developed by the Shenzhen Urban Transport Planning Center (SUTPC) in collaboration with the ITC, according to Abu Dhabi Mobility. The choice of a Chinese urban-transport planning specialist mirrors the wider composition of Abu Dhabi’s autonomous ecosystem, which leans heavily on Chinese technology providers.
Deployments on the platform are required to comply with UNECE cybersecurity guidelines and the UAE’s Federal Data Protection Law No. 45 of 2021. That compliance framing matters because a centralised monitoring system aggregating live location and trip data for an entire fleet concentrates both operational control and privacy exposure in one place.
The control room also connects to a broader digitalisation push at the ITC. As Kurrant reported, the centre awarded a contract for its first Intelligent Transportation Central Platform to ST Engineering subsidiary Urban Solutions, with Injazat Data Systems handling IT and security infrastructure, a multimodal AI traffic system slated for completion in 2027.
Which Operators Fall Under The New Oversight Regime
The control room covers all autonomous vehicle services from licensed providers, a field now dominated by a multi-operator model. WeRide, operating with Uber and local partner Tawasul, secured the world’s first city-level fully driverless robotaxi permit outside the United States on 31 October 2025.
A second permit went to AutoGo-K2 in collaboration with Baidu’s ApolloGo, while the TXAI brand, developed by Bayanat, ran the emirate’s earliest autonomous taxi trials on Yas Island. By October 2025, WeRide robotaxis had accumulated more than 800,000 kilometres in Abu Dhabi, with each vehicle completing up to 20 trips per 12-hour shift.
The scale ambitions are substantial. WeRide and Uber committed in February 2026 to deploy at least 1,200 robotaxis across Abu Dhabi, Dubai, and Riyadh as soon as 2027, with the Abu Dhabi service already reaching roughly 70 percent of the emirate’s core areas.
How The Control Room Fits Abu Dhabi’s 2040 Autonomy Strategy
The facility is an execution milestone for the Abu Dhabi Autonomous Transport Strategy, known as AT Vision 2040, which targets a large share of journeys shifting to autonomous modes over the coming decades. Centralised regulatory infrastructure is a prerequisite for that scale, since public trust and insurer confidence both depend on demonstrable real-time oversight.
Dr Abdulla Hamad AlGhfeli, Acting Director General of the Integrated Transport Centre, framed the launch as a regulatory turning point. “The inauguration of the central control room represents a key milestone in the development of the regulatory framework for autonomous vehicles in Abu Dhabi,” he said in the entity’s July 2026 press release.
The move also fits a regional pattern in which Gulf regulators are racing to formalise autonomous mobility governance ahead of mass deployment, rather than retrofitting it after incidents force the issue. For utilities, insurers, and smart city planners tracking the sector, the control room offers a working reference model for how a city-scale AV regulator can centralise monitoring, permitting, and emergency response in a single platform.
What Remains Undisclosed
Public materials did not specify the control room’s capital cost, physical location, staffing, or the number of monitoring workstations installed. Nor did officials publish the current count of vehicles connected to AViTOMS in the launch announcement, though earlier operational data indicates a fleet in the range of dozens to more than one hundred Level 4 vehicles, depending on the reporting date.
These gaps are common in government technology launches, where headline capabilities are announced before procurement and deployment figures are released. The operational data that AViTOMS is designed to generate may itself close some of these gaps over time.
