Saudi Arabia Launches First Quantum Computer, Boosts Regional Tech Leadership
Saudi Arabia has taken a major step in advanced technology, as Saudi Aramco and Pasqal launched the Kingdom’s first quantum computer along with the Middle East’s first commercial Quantum Computing as a Service (QCaaS) platform.
The new system, installed at Aramco’s data center in Dhahran, gives customers immediate low-latency access to quantum hardware through a secure cloud platform. As a result, businesses and research institutions can begin exploring quantum-powered solutions for complex industrial challenges.
Additionally, the QCaaS platform allows remote cloud access for global users, which could accelerate innovation across energy, materials, and industrial sectors. Because of this deployment, regional enterprises now gain access to one of the limited quantum computing systems currently available worldwide.
Industrial Applications and Regional Impact
Pasqal has developed high-performance quantum hardware and cloud-ready software since 2019, focusing on optimization, simulation, and artificial intelligence challenges. Its Quantum Processing Unit, powered by neutral-atom technology, controls 200 programmable qubits and first became operational in November 2025.
With the official launch now complete, the system enters active industrial use. Consequently, enterprises can begin developing quantum-enhanced solutions for real-world operational problems.
Under the partnership, Aramco will create a roadmap of industrial use cases using the production-ready QPU. Moreover, the initiative aims to accelerate quantum-hybrid solutions across energy, materials, and industrial operations. Universities, research institutions, and enterprises across the region will also benefit from cloud access to the platform.
Aramco’s venture capital arm had invested in Pasqal in 2023 as part of broader efforts to localize advanced quantum technologies. Since then, both companies have established a structured quantum program targeting operational challenges where quantum-hybrid computing could outperform traditional systems.
