Aramco, Pasqal deploy quantum computer at data center

Aramco and Pasqal have deployed Saudi Arabia’s first quantum computer at Aramco’s data center in Dhahran.

Aramco is an energy company based in Saudi Arabia, and Pasqal is a quantum computing firm.

This marks the first quantum computer in the Middle East dedicated to industrial use.

The Pasqal system can control 200 qubits in programmable, two-dimensional arrays.

The installation is intended to support research and applications in energy, materials, and industrial sectors.

Pasqal will also provide training and research opportunities for Saudi engineers and scientists as part of the partnership.

Wa’ed Ventures, part of Aramco’s venture capital program, invested in Pasqal in 2023 and has supported the company’s efforts to localize its technology in Saudi Arabia.

🔗 Source: Aramco

🧠 Food for thought

Implications, context, and why it matters.

Scaling past 200 qubits is the test

Pasqal plans 10,000 qubits in 2026 with a logical qubits architecture (logical qubits are error-corrected units built from multiple physical qubits) 1. It has trapped 1,100+ atoms on its neutral‑atom platform 2, so the Dhahran system’s 200‑qubit setup looks like an interim step.
Benchmarking on Maximum Independent Set problems (a classic graph-optimization task) used up to 100 qubits 2. Slow repetition of a few hertz (Hz, cycles per second) from atom loading and imaging limits wall‑clock time (the real elapsed time to complete a job) 2.
Engineering plans aim for kilohertz (kHz) repetition via better reservoir loading and fast imaging 2. That gap between megahertz (MHz) operations and total run speed will decide if energy firms like Aramco see value.

MENA integrators can build quantum and High Performance Computing (HPC) workflows for energy simulation

Regional systems integrators (IT services firms that stitch together hardware and software) can use Pulser software development kit (SDK) for pulse sequence design (the control instructions that drive the quantum hardware) 3 plus cloud backends for remote access 4 to embed neutral‑atom processors (qubits made from laser‑trapped atoms in 2D arrays) into energy and materials modeling pipelines.
Pasqal supports analog, digital, and hybrid digital‑analog programming 5. Examples include analog quantum simulation for some physics models or gate‑based circuits for combinatorial optimization.
With offices opening in Saudi Arabia plus new community and education programs 1, local vendors can act as integration specialists for firms weighing quantum alongside High Performance Computing (HPC) infrastructure.