GCC Quantum Computing Market Market Overview

The GCC quantum computing market size is estimated at USD 24.6 million in 2025 and is projected to reach USD 84.0 million by 2035, growing at a CAGR of 23.2% during the forecast period (2026–2035).

Market growth is driven by increasing government-backed investments in advanced computing research, strategic collaborations between universities, national research centers, and global technology providers, and rising demand for high-performance computational capabilities across energy, cybersecurity, and complex optimization use cases.

In addition, growing adoption of quantum-enabled simulation and cryptography solutions, rising interest from large enterprises seeking next-generation problem-solving tools, and sustained funding under national digital transformation and deep-tech innovation programs are further supporting market expansion across key hubs including Riyadh, NEOM, and Dhahran.

Market Trend and Growth Drivers

Market Trends

The Saudi Arabia quantum computing scene’s moving past testing into real use, as big local firms prep key pilot runs and roll out systems. Instead of just talking about it, companies now back infrastructure pushes while leaning on cloud setups to trial business-ready uses.

More overlap’s showing up between quantum computing and Saudi Arabia’s tech upgrades through Vision 2030 as research now links with artificial intelligence, runs on cloud systems, ties into security setups, building connected digital environments bit by bit.

Growth Drivers

Strong support from the government, along with cash-backed tech initiatives, is speeding up progress in quantum computing across Saudi Arabia helping labs grow, universities launch courses, while shared workspaces spark teamwork.

Local industry names team up with global tech firms to test real-world fixes in power use, shipping routes, or new materials, linking lab ideas to actual business gains through hands-on collab.

The push for fast computing to handle tough math tasks or heavy data work is driving interest in areas like banking, hospitals, and military spurring use in both government and business circles.

Market Restraints / Challenges

Advanced tech is tough to handle, while few ready-to-use quantum setups exist which is slowing quick uptake across Saudi businesses, particularly those without strong internal know-how.

A clear gap exists in know-how for quantum engineering alongside algorithm design which holds back rollout while also limiting how fast firms adopt high-level quantum processes.

Fault fixes plus growth limits built into quantum gear make home setups struggle with heavy-duty tasks now and then. Though tiny machines can handle small jobs, bigger demands often push them past breaking point while stability fades over time because core tech still wobbles under pressure from real-world use cases across factories or networks.

Market Opportunities

Energy work could get way better in Saudi Arabia, thanks to quantum computing, it might help manage resources smarter, plan output more smoothly, or keep power networks steady using high-level number crunching.

Finding new materials through simulations might boost chemical advances, letting engineers create better substances faster while cutting down research time by linking lab work with digital testing instead of relying only on trial and error.

A chance exists for mixed-service setups that link regular computers with cloud tools and quantum methods which is ideal for medium firms wanting growth-ready tech without big initial gear costs.

Working together, schools and companies build skilled teams while growing homegrown experts, a setup that helps new businesses launch, backs science-based ventures, and offers tailored support for firms getting ready for quantum tech.

GCC Quantum Computing Market Market Report Coverage

Report Metric	Details
Historical Period	2020 - 2024
Base Year Considered	2025
Forecast Period	2026 - 2035
Market Size in 2025	U.S.D.  24.6 Billion
Revenue Forecast in 2035	U.S.D.  84.0 Billion
Growth Rate	%
Segments Covered in the Report	Offering, Deployment, Application, End User
Report Scope	Market Trends, Drivers, and Restraints; Revenue Estimation and Forecast; Segmentation Analysis; Impact of COVID-19; Companies’ Strategic Developments; Market Share Analysis of Key Players; Company Profiling
Regions Covered in the Report	Al-Riyadh Region, Eastern Province, Other Provinces

Saudi Arabia Quantum Computing Market Segmentation Analysis

By Offering

The Saudi Arabia quantum computing market splits into hardware, platforms plus tools, help stuff like advice or handling, also parts such as control gear and cooling units. Hardware grabs the biggest chunk early, around 23%, while support tasks and digital tools pick up speed later on.

Big spending pushes more gear to be built when companies back small labs or bigger nationwide setups. Money coming from government pockets or business tech teams helps buy quantum bits and their control units. Buying this kit makes up the first major costs, which then leads to extra service deals, part replacements, or on-site builds at power firms and science centers.

People want software tools, so companies focus on middle-layer systems along with smart code collections. Businesses look for customizable setups together with niche toolkits to boost performance, run tests, or mix quantum computing and machine learning. That’s pushing nearby and worldwide suppliers to roll out dev kits, online service hooks, also process managers. As trial runs turn into steady deals, income from licenses starts growing, especially when firms sign up full-time services plus team-ups with government research centers and corporate innovation groups.

Services grow fast thanks to advice, workshops, or hands-on support setups. Firms that don't know much about quantum tech buy practical solutions, starting from defining issues up through running mixed-model processes. Short-term skill programs plus built-in learning terms in deals boost income for expert help divisions. Remote-access quantum tools lower entry hurdles, so medium-sized businesses can test ideas without spending big on gear.

By Deployment

On-premises or cloud, those are the main ways to deploy systems; hybrids mix them together. By 2025, projections show on-prem at 68%, cloud at 22%, hybrid around 10%. When data’s sensitive or nations want control, on-site setups lead the pack, whereas remote servers offer broader reach. Mixing both models is catching on because companies need flexibility, speed, and savings while weaving quantum computing into daily workflows.

Control and privacy push energy or defense firms toward home-based servers. Firms needing tight grip on code plus information go for in-house hardware and locked-down facilities. This buying habit lifts startup costs yet keeps rules followed while shielding key inventions, and thus, owning gear outright becomes the natural pick for high-stakes trials and extended research projects.

Cloud access cuts costs while speeding up testing which is ideal for schools, new companies, or small businesses. Since you only pay when you use it, there’s no need to buy expensive gear upfront. Firms like AWS or Google pack tools and support together, making tech easier for more people. That way, beginners jump in fast; some might shift to private systems once they grow.

Hybrid setups spread because they make sense as data gets ready on-site, but heavy lifting happens off-site through quantum systems. That setup tackles delays, rules, and spending at once. Right now, people want smart tools that steer tasks safely between locations and check results. These mixed approaches help move projects from testing to real use without losing local oversight or missing out on cloud power.

By Application

The market’s driven by optimization, along with simulation and quantum-powered machine learning. By 2025, revenues will comprise 38% from optimization, 28% simulation, 20% quantum-ML, the rest 14% from other areas. Optimization brings quick wins for industries dealing with delivery routes or planning tasks. Simulation pushes forward discoveries in chemicals and new materials. As for quantum-ML, it's growing slowly because analysts are starting to plug quantum methods into AI tools when tackling tough, high-stakes challenges.

Energy companies plus chemical makers are speeding up test projects to save money while boosting output. But quantum methods for planning production and refining oil seem to work a bit, at least so far. Still, these small trials deliver real numbers that push leaders to spend more. Teams working with tech startups turn trial runs into daily practices and building custom tools are fitted to industry limits and local laws.

Simulations are getting better, so scientists find new materials faster. Companies now use quantum tools alongside regular supercomputers to sort promising chemicals early. That mix cuts down lab work by spotting weak options sooner. Fewer failed tests mean less money spent and quicker results. When small trials go well, research teams trust the method more. They then shift funds to scale up simulations and team up closely with tech providers.

Quantum-powered machine learning is picking up speed while companies try mixed setups to spot odd patterns, predict trends, or identify recurring shapes. So far, some unique feature combos and complex kernel methods seem to work better. Banks and phone networks are testing these tools to judge risks or catch scams early. Once software support improves, this tech could give an edge, especially to teams using specialized quantum designs alongside real-world data.

By End User

The end user segmentation of the Saudi Arabia quantum computing market landscape includes BFSI (banking, financial services, and insurance), aerospace and defense, manufacturing, healthcare, IT & telecom, energy & utilities, and others. In 2025, the BFSI sector holds the largest share, estimated around 30%, because of complex computational needs such as risk modeling, portfolio optimization, fraud detection, and cryptographic applications.

The IT & telecom sector is projected to grow fastest at a CAGR of roughly 35%, driven by investments in quantum communication systems, quantum key distribution research, quantum network integration, and next-generation cryptographic services. The energy & utilities sector also represents a significant use case because of optimization needs in exploration, production efficiency, and materials science.

Regional Insights

Al-Riyadh Region

The Al-Riyadh region accounts for the largest share of the Saudi Arabia quantum computing market, approximately 45% in 2025. Riyadh serves as the epicenter of the Kingdom’s digital transformation agenda, hosting key technology policymakers, research institutions, innovation hubs, and government authorities such as the Saudi Data and Artificial Intelligence Authority (SDAIA). The city’s concentration of financial institutions, corporate headquarters, and government agencies drives adoption of quantum computing across cybersecurity, optimization, and algorithm development projects.

Eastern Province

The Eastern Province is the fastest-growing region, with a CAGR exceeding 35% projected through the forecast period. This growth is fueled by the region’s prominence in the energy sector and strategic quantum initiatives such as Saudi Aramco’s planned installation of a 200-qubit quantum computer, which positions the region as an innovation hub for industrial applications including optimization of energy operations, materials research, and supply chain modeling. King Fahd University’s advanced research centers further support talent development and industry collaboration.

Other Provinces

Other provinces such as Makkah and Madinah contribute additional share to the national market driven by regional technology adoption in services and enterprise computing. As quantum research partnerships and pilot deployments expand, these regions benefit from spillover effects of talent networks, satellite research campuses, and industry diversification. While smaller in share compared to Riyadh and the Eastern Province, continued infrastructure build-out and digital innovation agendas are expected to steadily increase quantum computing adoption across the Kingdom.

Competitive Landscape / Company Insights

Mini Profiles

Saudi Aramco powers the Kingdom's energy sector while diving into quantum tech ahead of many others. This firm taps quantum computing to fine-tune heavy industry tasks instead of relying on traditional methods. Team-ups helped roll out the country’s initial quantum machine, boosting both studies and day-to-day performance.

Pasqal works worldwide, including in Saudi Arabia. There, it rolled out the area’s debut neutral-atom quantum setup. Instead of just selling tech, it helps nearby sectors through algorithm tools, practice labs, or hands-on courses.

Wa’ed Ventures puts money into cutting-edge tech, like quantum computing. This branch backs bold new companies, boosting their growth fast. Instead of just funding, it guides startup progress through hands-on support. Innovation drives its mission, backing projects that push limits. With each step, it builds up Saudi Arabia’s high-tech future from the ground up.

Quantum Technologies Company, also known as Quantum.sa, runs data centres across Saudi Arabia while offering cloud services alongside modern digital setups. These tools create powerful computing spaces, so businesses can run future-focused apps or shift smoothly into digital operations.

AEC, a key tech player in Saudi Arabia, focuses on gadgets, online safety, and smart digital tools. Thanks to its solid engineering know-how and flexible digital setups, the nation's better prepared for future computing, like quantum, moving forward.

Saudi Arabia Quantum Computing Industry Leaders

Saudi Aramco

Pasqal

Wa’ed Ventures

Quantum Technologies Company (Quantum.sa)

Advanced Electronics Company (AEC)

Humain

Alfanar

Elm Company

STC (Saudi Telecom Company)

Sahara Net

Recent Developments

On April 9, 2025, STC Group teamed up with Kyndryl for several years to build a strong multi-cloud system, a move that boosts cloud tools, safety measures, along with digital setups nationwide in Saudi Arabia.

Humain teamed up with Qualcomm, announcing on Oct 27, 2025 they’ll roll out high-end AI systems across the Kingdom. Starting in 2026, they’re aiming for 200 megawatts of Qualcomm’s AI racks to power worldwide inference tasks along with mixed cloud-and-edge setups.

On October 19, 2025, Elm Company boosted its global presence during GITEX Global 2025 by teaming up with several businesses, with Lucid among them, to upgrade tech-driven services like fleet handling, checkups, and supply chain tools.

Sahara Net teamed up with Center3 on November 19, 2025 which lets them run key systems from Center3’s data hubs. The setup aims to boost tech backbone across Saudi Arabia by using shared space instead of separate setups.

Alfanar Global Development said this month they’re putting $1.4 billion into building four data hubs in Riyadh and Dammam, part of a push to boost cloud services, AI tools, while helping Saudi Arabia go more digital.

Geotechnical Instrumentation and Monitoring