Pasqal Powers Saudi Arabia’s First Quantum Computer Before Going Public
Pasqal has switched on Saudi Arabia’s first quantum computer, a 200-qubit machine installed at Aramco’s data center in Dhahran. The French company is doing it as it prepares to go public through a SPAC merger valued at $2 billion. The deployment gives an early look at how quantum computing is being sold to industry, and where the claims still outrun the results.
What the Aramco machine does
According to the June 30 report, the system connects to Aramco over a low-latency cloud link. The energy company plans to use it for problems like reservoir optimization and rig scheduling, where the number of possible configurations grows too large for a classical computer to search well. It also opens to other companies in the region as the Middle East’s first commercial quantum-as-a-service platform.
Pasqal’s design uses neutral atoms held at room temperature, so it avoids the cryogenic cooling that superconducting machines need. That makes the hardware easier to drop into an ordinary data center. Pasqal now has seven quantum processors in the field and three more in production, one of the larger fleets among dedicated quantum companies.
What Pasqal has proven so far
CEO Wasiq Bokhari says he expects neutral-atom machines to explore larger solution spaces than classical systems can. He stops short of claiming measured speedups, and across the industry that quantum advantage is still projected rather than demonstrated. The customer also deserves a second look. Aramco’s venture arm invested in Pasqal in 2023, so its flagship user is an early backer as well.
The commercial timeline runs further out than the hardware. The SPAC merger, with Bleichroeder Acquisition Corp. II, is expected to raise about $500 million. Pasqal is expanding into finance and logistics, and that includes a new deal with Crédit Agricole CIB whose first capital-markets use cases are targeted for 2028. The machine is running now and the revenue it’s meant to justify mostly arrives later.