How Saudi Arabia’s self-driving push is transforming transport, fueling Vision 2030’s smart mobility goals

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Updated 14 August 2025
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How Saudi Arabia’s self-driving push is transforming transport, fueling Vision 2030’s smart mobility goals

  • Riyadh has launched its first Robotaxi trial with WeRide, Uber, and AiDriver, covering key airport and city routes
  • Saudi Arabia aims for 25 percent of all goods transport vehicles to be fully autonomous by 2030

RIYADH: From self-driving cars to autonomous delivery robots, Saudi Arabia is accelerating toward the next generation of AI-driven transport.

The year 2025 is shaping up to be a landmark period for autonomous mobility in the Kingdom, as the country builds partnerships and infrastructure for a cutting-edge logistics ecosystem.

This drive toward self-driving technology is central to the broader transformation under Vision 2030 — reshaping how goods and people move across Riyadh and beyond.

The shift aligns with the Transport General Authority’s land transport strategy, which aims for 25 percent of goods vehicles to be autonomous by 2030.

In July 2025, Transport and Logistic Services Minister Saleh Al-Jasser launched a pilot of WeRide’s Robotaxi in Riyadh — a milestone for developing a smart, safe transportation network.




WeRide’s Robotaxi being pilot-tested in Riyadh. (Supplied/WeRide photo)

“The expansion into Saudi Arabia is a major step in WeRide’s global expansion plan with a vision for safer, smarter transportation at scale,” Ryan Zhan, regional general manager for the Middle East and Africa at WeRide, told Arab News.

“The entry enables WeRide to scale Robotaxi services and unlock new commercial opportunities in Saudi Arabia,” he said. Robotaxi received the Kingdom’s first autonomous driving permit.

With 104 million public transport users and 349 million intercity bus passengers annually, demand for mobility solutions is high. Ride-hailing trips rose 26 percent and delivery app orders 27 percent from 2023 to 2024, topping 290 million.

WeRide’s Robotaxis and Robobuses are the latest additions to this evolving sector. The pilot, run with Uber and local partner AiDriver, operates between King Khalid International Airport and central Riyadh.

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“The Initial Operational Phase of Autonomous Vehicles initiative aligns with the objectives of Saudi Arabia’s National Transport and Logistics Strategy and supports Saudi Vision 2030 in embracing sustainable mobility solutions powered by artificial intelligence,” said Zhan.

“Saudi Arabia is the Middle East’s largest economy and has been accelerating efforts under Vision 2030 to diversify into high-growth sectors.

“With its tourism sector alone projected to reach $110.1 billion by 2033, growing at a compound annual growth rate of 8.4 percent from 2024, WeRide’s Robotaxis and Robobuses support the Kingdom’s push to develop a smart, sustainable transport infrastructure for both residents and the rising influx of visitors.”




Jahez and ROSHN Group have launched the first fully autonomous Level 4 delivery robot in Riyadh’s ROSHN Front Business Area. (AN Photo by Huda Bashattah)

Globally, the AI market is expected to grow from $189 billion in 2023 to $4.8 trillion by 2033, according to UN Trade and Development.

WeRide was the first AV company to complete the Transport General Authority’s Regulatory Sandbox for autonomous piloting.

“WeRide is not just deploying technology. We’re participating in the local transportation ecosystem, creating jobs in fleet management, maintenance, and customer service, while helping address urban mobility challenges,” said Zhan.

Partnerships that have underpinned the project include those with the Ministry of Interior, Ministry of Communications and Information Technology, Saudi Data and Artificial Intelligence Authority, General Authority for Survey and Geospatial Information, Saudi Standards, Metrology and Quality Organization, Uber, WeRide, and AiDriver.

Meanwhile, food delivery is getting its own autonomous upgrade. Jahez and ROSHN Group have launched the first fully autonomous Level 4 delivery robot in Riyadh’s ROSHN Front Business Area.




A Jahez and ROSHN Group level 4 robot at work in Riyadh’s ROSHN Front Business Area. (AN Photo by Huda Bashattah)

Five robots, equipped with over 20 sensors, six cameras, GPS, and climate-specific cooling, now operate there during working hours.

“Part of our strategy is to always optimize on automation, and this is part of the automation. To be innovative, we chose to optimize in our key pillar, which is logistics,” Mohammed Al-Barrak, Jahez’s chief technology officer, told Arab News.

“So we decided to go with the autonomous delivery. And this is part of many upcoming technologies that will help with the automation of delivery, like within gated communities.”

To prepare for this shift, the Roads General Authority has issued a Self-Driving Vehicles code, requiring smart road communication devices to relay real-time traffic and road data directly to autonomous systems.

With strong investment and clear regulation, Saudi Arabia is well-placed to lead the autonomous vehicle transformation.
 

 


Red Sea Global unveils scientific model for regenerative tourism worldwide

Updated 26 February 2026
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Red Sea Global unveils scientific model for regenerative tourism worldwide

  • The report details the model’s rollout at “The Red Sea” and “AMAALA” destinations, backed by studies covering 8 marine habitats

TABUK: Red Sea Global (RSG) has unveiled a science-based model aimed at achieving a 30% net positive conservation benefit across its tourism destinations by 2040. 

The framework is now available for global adoption, according to a statement released by RSG.

Owned by Saudi Arabia’s Public Investment Fund (PIF), Red Sea Global is the multi-project developer behind ambitious regenerative tourism destinations like “The Red Sea” and “AMAALA.” 

As a cornerstone of the Kingdom’s Vision 2030, the company aims to diversify the national economy while setting new global benchmarks for sustainable, nature-positive development.

CEO John Pagano stated that openly sharing this detailed approach will help elevate the global tourism sector and secure a healthier environment for future generations.
 

Map showing the boundaries of the Red Sea Zone. (Graphic from the RSG report)

The cornerstone of this initiative is the proprietary SIIG Model, a four-step framework:
• Survey: Establish biodiversity baselines and monitor long-term changes.
• Identify: Assess risks to priority habitats and species.
• Intervene: Execute evidence-based actions, such as regulating fishing and enhancing natural habitats.
• Gain: Measure and verify biodiversity improvements.

The report details the model’s rollout at “The Red Sea” and “AMAALA” destinations, backed by extensive 2022–2023 environmental baseline studies covering eight marine habitats and priority species groups during 2022 and 2023. 

A major intervention is the 5,015-square-kilometer Fishery Management Area in Al-Wajh Lagoon. The plan reserves 38% of the area for priority conservation—protecting 62% of local coral reefs—while allocating 61% for sustainable fishing.

According to scientific modeling, eliminating fishing in high-protection zones could increase reef fish populations by 113%, sharks and rays by 72%, and marine mammals by 24%. These measures are expected to boost coral resilience, support ecosystem recovery, and protect vulnerable species like sea turtles and seabirds.
Ihab Kindi, RSG’s Red Sea Destination Executive Director, called the data-driven model a practical roadmap for large-scale marine recovery. The complete methodology is available in the new report, “The SIIG Model: A Roadmap Toward Achieving Measurable Conservation Gains.”