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Aramco Installs Middle East’s First Industrial Quantum Computer
Saudi Arabia brings quantum hardware into day-to-day energy work, pushing the tech from theory to field use.
Aramco has switched on the Middle East’s first industrial quantum computer at its Dhahran data center, a direct move to fold advanced computing into upstream and downstream operations. The machine — built with French firm Pasqal — is the startup’s most powerful system yet and the first in the region intended for real industrial workloads rather than lab trials.
The rollout sits inside Aramco’s wider digital shift. Ahmad O. Al-Khowaiter, Executive Vice President of Technology & Innovation, said quantum fits the company’s push to modernize core operations. “We are deploying AI and other technologies at scale to further enhance our operations, maximize efficiency and unlock value across our business,” he said.
Pasqal’s unit uses 200 neutral-atom qubits arranged in programmable two-dimensional arrays. That opens room for optimization and simulation work that stretches classical hardware. Aramco is targeting subsurface modelling, materials research and logistics planning — areas where marginal improvements can reshape high-volume industrial processes.
For Pasqal, the installation signals a foothold in a market aligned with Saudi Arabia’s Vision 2030. CEO Loïc Henriet called it “a historic milestone,” adding, “The deployment of our most powerful quantum computer yet is a piece of history and a landmark for the Middle East’s quantum future”.
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The companies have been working together for several years. Wa’ed Ventures, Aramco’s VC arm, backed Pasqal early in 2023 and helped the firm build a presence in the Kingdom. Training programs and joint research tracks are planned, giving Saudi engineers access to live quantum hardware — a rarity even in mature tech markets.
Unlike many quantum setups still locked in academic roles, the Dhahran machine is meant for immediate testing and decision-making in industrial and high-end environments. Aramco aims to probe quantum-driven optimization, computational chemistry and predictive models, hoping to spot practical gains long before fault-tolerant systems arrive. The move places the Kingdom among a small set of countries exploring quantum tools on strategic industrial workloads.