Noha Gad

Saudi Arabia’s logistics ecosystem has been shaped by its strategic location, connecting the three continents with some of the world’s busiest trade routes. Since the launch of Vision 2030, the Kingdom has made broad reforms to improve coordination and performance of the logistics sector. This included restructuring key entities across transport, ports, aviation, and rail, in addition to establishing new institutions and expanding the national carriers and infrastructure projects.  

Guided by the National Transport and Logistics Strategy (NTLS), aiming to transform Saudi Arabia into a logistics hub, the sector has expanded infrastructure, strengthened connectivity, and developed logistics zones across the Kingdom. Since its launch, over $75 billion in investment contracts have been signed across multiple transport modes, according to the Vision 2030 Annual Report 2025. These efforts have improved efficiency and reduced friction across the system, supported by digitalized services, simplified procedures, and stronger integration between entities.

The Kingdom successfully achieved groundbreaking developments to build a robust network of rail, ports, and infrastructure to strengthen the ecosystem. Key milestones included the expansion of King Abdulaziz Port in Dammam, the establishment of a new logistics corridor linking Jeddah Islamic Port to Al-Khumrah, and the launch of the India-Middle East-Europe Economic Corridor. This progress reflects stronger supply chains, expanded logistics capacity, and improved integration across transport systems, alongside greater regional connectivity and streamlined customs procedures, enhancing the flow of regional and international trade.

With these developments, Saudi Arabia has advanced across global logistics indicators, supported by sustained investment in infrastructure and operational performance. The Kingdom ranked second in the G20 group with the highest cargo throughput growth rate at 32%. It was also selected among the top four emerging markets in the Agility Logistics Index in 2025.

The country also saw a notable improvement in 2024 in its global ranking for container handling, climbing to 15th place globally, as reported by Lloyd’s List. Jeddah Islamic Port moved up from 41st to 32nd, King Abdullah Port rose to 70th from 71st, and King Abdulaziz Port in Dammam advanced from 90th to 82nd, marking significant progress in the competitiveness of Saudi ports.

Mawani: A Key Enabler Revolutionizing Logistics

The Saudi Ports Authority (Mawani) is rapidly transforming Saudi Arabia into a logistics hub by launching new shipping lines, specialized logistics parks, and digital services to support Vision 2030. The authority has invested more than SAR 30 billion since the launch of Vision 2030 to develop the Kingdom’s ports, increasing its capacity by more than 50% in recent years.

In 2025, the authority added more than 34 new shipping services to the Saudi ports to reinforce Saudi Arabia’s position as a global logistics hub connecting Asia, Africa, and Europe. Key services included the Himalaya Express Service that connects King Abdulaziz Port with 12 global ports with a capacity of over 14,000 TEUs, and the MEDEX Service, which links Jeddah Islamic Port with 12 global ports, boasting a capacity of over 10,000 TEUs, in addition to RSX1, SJA, and BOS services.

In March, Mawani announced the launch of five new maritime shipping services to enhance the resilience of the logistics sector and ensure the continuity of supply chains and the flow of goods, ultimately reinforcing the Kingdom’s position as a global logistics hub. These services are:

1. Gulf Shuttle. This service was launched to connect King Abdulaziz Port in Dammam with Khalifa Bin Salman Port in Bahrain, with a capacity of up to 3,000 TEUs (Twenty-foot Equivalent Unit). Through this service, Mawani aims to support national exports, improve operational efficiency at the port, and strengthen the Kingdom’s position as a regional and global logistics center.
2. Redex by CMA CGM. With a capacity of 2,594 TEUs, this service enhances maritime connectivity with Arab countries, including Egypt and Jordan, and supports global trade flows.
3. Jade by MSC. This service was added to Jeddah Islamic Port and King Abdullah Port, linking the Kingdom to eight regional and global ports and offering a capacity of 24,000 TEUs. This initiative also strengthens inland logistics connectivity between Jeddah Port and the GCC countries.
4. Maersk’s new AE19 shipping service. This high-capacity service, utilizing vessels capable of carrying up to 17,000 TEUs, links Jeddah to primary Asian hubs including Shanghai, Ningbo, Qingdao, and Xingang in China, Busan in Korea, and Tanjung Pelepas in Malaysia.
5. Hapag-Lloyd’s SE4 Service. This new route links Jeddah to major international hubs in China, Korea, and Malaysia, boasting a capacity of up to 17,000 TEUs.

Logistics Corridors Initiative 

Mawani launched this integrated initiative to enable the transport of containers arriving at the Kingdom’s western coast ports through dedicated land routes to various regions of the Kingdom and GCC countries, contributing to reduced handling time and improved operational efficiency at ports. This initiative was designed to enhance supply chain efficiency and facilitate cargo movement between the Kingdom’s ports.

Port of NEOM

This strategic gateway on the Red Sea connects the three continents while advancing regional integration through multimodal corridors with Egypt, Saudi Arabia, and Iraq. It currently provides a comprehensive suite of services designed to meet the demands of modern trade: general and project cargo, containerized shipments, bulk consignments, warehousing, and RoRo (roll on–roll off) ferry operations. 

In April, NEOM announced the launch of a new multimodal land bridge connecting Europe to the GCC through Egypt and northwest Saudi Arabia, in partnership with Pan Marine, with support from DFDS and regional logistics players. This integration allows truck-carried freight to move directly from Europe to Egypt and into the Gulf, via the Port of NEOM, offering an alternative to previous only container flows and enabling the movement of critical goods, including FMCG and other time-sensitive cargo.

The new route is already in active use by importers from several European countries, including Italy, the UK, Germany, and Poland, and provides direct access into the UAE, Kuwait, Oman, the wider GCC, and Iraq, supporting customers seeking predictable and efficient market entry. This corridor helped reduce transit time by more than 50%, featuring over 900 KM covered by shipments.

Private Sector Contribution 

The private sector has played a pivotal role in strengthening Saudi Arabia’s position as a regional and global logistics leader by driving infrastructure improvements and forming partnerships with global firms. According to the Vision 2030 Annual Report 2025, total private sector investment surpassed SAR 30 billion by the end of 2025. 

Additionally, the private sector provided privatization investments worth more than SAR 21 billion through 16 contracts and secured SAR 11 billion contracts with local and international partners to establish 29 logistics centers.

Private-sector companies also enhanced the operational efficiency of logistics services across the Kingdom by adopting advanced technologies like automation and digital supply chain systems, improving speed and reliability for trade routes connecting Asia, Europe, and Africa.

Finally, Saudi Arabia's logistics sector stands at the forefront of Vision 2030, transformed by strategic reforms, massive infrastructure investments, and innovative initiatives driven by the National Transport and Logistics Strategy. The private sector's pivotal contributions in funding, technology adoption, and global partnerships have accelerated this progress, ensuring seamless connectivity across continents and enhanced trade efficiency. As the Kingdom continues to climb global rankings and pioneer multimodal corridors, it solidifies its role as a premier logistics hub, driving economic diversification and sustainable growth for the future.

Kholoud Hussein 

Over the past decade, Saudi Arabia has undergone one of the most ambitious digital transformations in the world. What began as a broad modernization agenda under Vision 2030 has evolved into a comprehensive reengineering of everyday life—changing how citizens work, travel, receive healthcare, interact with government, shop, learn, and make financial decisions. Today, whether a Saudi needs to renew a passport, pay a bill, register a business, book a medical appointment, attend a class, or receive social services, nearly every step happens through a screen.

But this transformation is not merely a story of new apps or automated government systems. It is a story about trust. The rapid digitization of life in Saudi Arabia was only possible because citizens learned to place confidence in digital services—trusting that government portals are secure, digital payments are safe, health data is protected, and online processes are more reliable than traditional paper-based systems.

This shift did not happen overnight. Nor was it guaranteed. It required a coordinated ecosystem—government entities, regulators, startups, fintech innovators, cybersecurity institutions, and private companies—all working to build credibility, transparency, and reliability into the digital infrastructure.

Today, Saudi Arabia ranks among the world’s top countries in government digital services and cybersecurity strength. The UN E-Government Development Index lists the Kingdom among the top achievers globally; the National Cybersecurity Authority is recognized as one of the strongest frameworks in the region; and government platforms such as Absher, Tawakkalna, Najiz, and Sehhaty have become household names, embedded deeply into the daily rhythm of Saudi life.

The result is a transformation that goes beyond convenience. It has reshaped behavior, expectations, and culture—redefining what it means to navigate modern life in the Kingdom.

This is the first installment in a long-form series exploring how digital transformation is reshaping Saudi society. And there is no better starting point than the foundation of it all: digital trust.

A New Digital Rhythm: How Transformation Became a Daily Experience

To understand the depth of the shift, it is important to appreciate how digital services migrated from being an optional convenience to becoming central infrastructure.

A decade ago, a typical Saudi citizen interacting with government services often faced queues, manual paperwork, and multi-day processing times. Government offices were physical spaces; a stamped form was the gold standard of verification. That world now feels distant. Through Absher alone, citizens can complete more than 350 services—from renewing IDs to processing visas—without leaving their homes.

The Ministry of Interior has repeatedly emphasized that this shift is not only about modernization; it is about quality of life. A ministry official noted in 2024 that “citizens today expect public services to operate with the same ease and speed as the best digital companies in the world—and that is the benchmark we have adopted.”

Healthcare has undergone the same transformation. Platforms like Sehhaty and Mawid allow Saudis to book medical appointments instantly, access prescriptions, view test results, and consult doctors remotely. During the pandemic, these services became lifelines—and they remain part of everyday healthcare today.

Education, too, has become deeply digital. Students access materials online; parents monitor progress through apps; universities use AI-based systems for admissions and assessment. E-learning is not an emergency measure—it is part of the educational infrastructure.

Financial behavior has also changed dramatically. Cash usage has fallen below 20%, according to the Saudi Central Bank, and more than 95% of all transactions in retail settings now take place digitally or through contactless systems.

These transformations illustrate a deeper truth: digitization in Saudi Arabia no longer sits at the edge of society—it sits at the center.

The Meaning of Digital Trust—and Why It Matters

Digital trust refers to citizens’ confidence in the safety, transparency, reliability, and fairness of online systems. It is built on four pillars:
security, usability, accountability, and reputation.

If any of these pillars collapse, adoption weakens. But in Saudi Arabia, the opposite happened—adoption accelerated at remarkable speed.

Several factors explain why:

1. Strong national cybersecurity framework

Saudi Arabia has invested heavily in cyber defense, earning top regional rankings. This builds confidence that personal data and transactions are protected.

2. Unified and well-designed government platforms

Citizens do not navigate dozens of inconsistent portals. Instead, major services are consolidated into trusted platforms like Absher, Tawakkalna, Najiz, Sehhaty, and Ehsan.

3. Regulatory reforms that protect users

The National Data Management Office and related authorities introduced strict data governance laws that strengthened confidence in the use of personal information.

4. Visible reliability

When citizens consistently use digital services without errors or delays, confidence naturally grows. Reliability is trust in practice.

A senior official at the Digital Government Authority summarized it clearly during a recent industry conference:
“Trust is the currency of digital life. Once citizens trust a platform, everything else becomes possible.”

Behavioral Change: The Rise of the Digitally Confident Citizen

Once digital trust is established, behavior shifts rapidly. Saudi Arabia today offers several examples of large-scale behavioral changes driven by digitization.

1- A population that prefers online over offline

Surveys from 2023–2024 show that most Saudis now choose digital channels first for administrative, financial, and logistical tasks. Citizens no longer tolerate inefficiency—they expect services to be instant and accessible.

2- New expectations about transparency

Digital receipts, real-time tracking, and clear pricing have changed how Saudis evaluate services. The days of opaque processes are fading.

3- A shift in lifestyle habits

People order groceries online, track fitness digitally, use e-wallets to split bills, and rely on apps for entertainment, navigation, and health. Technology is not an add-on; it is embedded into daily routines.

4- A cultural shift toward self-service

Digital platforms empower users to complete tasks independently. This shift reduces friction and increases satisfaction.

Digital trust did not only make citizens comfortable with technology—it made them expect more from both public and private sectors.

The Role of Startups: Building Confidence Through Innovation

Saudi startups played a crucial role in strengthening digital trust. Their success stories, innovations, and reliability contributed to a broader cultural belief that digital solutions are not merely functional—they are superior to traditional ones.

Fintech startups such as STC Pay, Tweeq, HyperPay, and Tamara reshaped perceptions about digital payments and online financial services. Logistics startups improved trust in deliveries by offering real-time tracking and predictable service. Health-tech platforms democratized access to care and established proof that digital consultations can be high-quality, secure, and convenient.

Startups helped close gaps that large institutions could not fill quickly, especially in sectors where citizen expectations were evolving faster than legacy systems.

A Riyadh-based founder who runs a fast-growing fintech startup noted during a panel discussion:
“The more reliable digital services became, the more citizens trusted them. Startups had a huge role in proving that digital can be faster, safer, smoother—and that encouraged adoption across the country.”

This entrepreneurial ecosystem also reinforced the idea that digital transformation is not a government-driven process alone—it is a partnership between public institutions and private innovators.

The Economics of Trust: How Digital Confidence Generates Growth

Digital trust does not only affects behavior; it affects economic performance. When citizens trust digital systems, they transact more, invest more, consume more, and engage in entrepreneurial activity with less friction.

Saudi Arabia’s e-commerce sector, for example, grew past SAR 50 billion, driven largely by rising consumer confidence in online payments and delivery networks. Fintech adoption reached new highs, with digital wallets becoming the primary payment method for millions.

Government efficiency also surged. Digital transactions dramatically reduced operational costs across ministries, cut processing times, and improved service delivery. This efficiency increases competitiveness and makes the Kingdom a more attractive destination for foreign investment.

In short, digital trust fuels digital growth.

A Foundation for the Future: What Comes Next

Saudi Arabia’s digital transformation is still evolving. The next wave will integrate artificial intelligence more deeply into public services, expand digital health diagnostics, enable fully smart cities, automate mobility networks, and personalize services based on predictive analytics.

These advancements will require even stronger trust. But the foundation is already in place.

The Digital Government Authority has described this phase as “moving from digital services to intelligent services—where platforms anticipate needs before citizens ask.” That future requires citizens who are both digitally confident and digitally empowered. And today, Saudi Arabia has both.

Finally, the story of Saudi Arabia’s digital transformation is not only a story of technology. It is a story of confidence—built step by step, platform by platform, experience by experience. Citizens learned that digital services could be secure, reliable, efficient, and transparent. This trust enabled an ecosystem to flourish, startups to thrive, and daily life to be redefined.

Saudi society is not merely adopting digital tools—it is embracing a digital identity. And as the Kingdom moves toward a fully integrated digital future, digital trust will remain the invisible infrastructure supporting every service, every transaction, and every innovation.

Kholoud Hussein 

Saudi Arabia’s fashion sector is no longer emerging quietly on the sidelines of the Kingdom’s economic transformation. It is stepping into the foreground—structured, financed, and increasingly measurable. The unveiling of the new identity of the Fashion Investment Fund, the first specialized investment vehicle of its kind in the Kingdom, marks a decisive moment in that transition. It signals a shift from cultural encouragement to industrial strategy, from fragmented creative output to a coordinated economic sector.

For policymakers, the message is clear: fashion is no longer just about aesthetics or cultural expression. It is about value chains, job creation, export potential, and the broader ambition of building a diversified economy under Vision 2030.

The numbers alone justify the shift. Saudi Arabia’s fashion market is estimated to exceed SAR 70 billion, with projections placing it closer to SAR 90 billion within the next two years. This growth is not incidental. It is underpinned by a young population with rising purchasing power, a rapidly expanding e-commerce ecosystem, and a cultural reawakening that places local identity at the center of consumption patterns. Fashion, in this context, has become both an economic driver and a cultural statement.

Yet for years, the sector lacked the infrastructure to translate demand into sustainable growth. Designers operated in isolation. Manufacturing was largely outsourced. Financing was limited and often ill-suited to the unique cycles of fashion businesses. The result was a market rich in talent but constrained in scale.

The redefined Fashion Investment Fund is designed to change precisely that equation.

A senior official involved in the Fund’s restructuring described the shift in pragmatic terms: “We are moving from supporting designers to building an industry. That means financing production, strengthening supply chains, and ensuring Saudi brands can compete globally—not occasionally, but consistently.”

From Creative Fragmentation to Industrial Coordination

The Saudi fashion industry’s trajectory over the past decade can be traced through a series of deliberate milestones. The establishment of the Ministry of Culture in 2018 and the creation of the Fashion Commission shortly thereafter laid the institutional foundation. Subsequent years saw the introduction of training programs, international showcases, and incubators aimed at nurturing local designers.

By 2022, Saudi brands were appearing with increasing frequency on global stages, from Paris to Milan. These appearances were symbolically significant, but they also exposed a structural gap: global visibility without sufficient production capacity at home.

Designers could attract attention, but scaling remained a challenge. Production often relied on international factories, adding cost, complexity, and time. Smaller brands, in particular, struggled to meet minimum order quantities or maintain consistent supply.

The Fashion Investment Fund’s new identity addresses this bottleneck directly. By channeling capital into local manufacturing and mid-scale production facilities, it seeks to anchor the industry domestically. Analysts estimate that localizing even a fraction of current production could reduce costs by up to 30%, while retaining billions of riyals within the national economy.

Startups Redefining the Business of Fashion

Parallel to these institutional developments, a new generation of Saudi startups is reshaping how fashion operates. No longer confined to traditional design houses, the ecosystem now includes technology-driven companies addressing inefficiencies across the value chain.

Fashion-tech platforms are introducing data-driven inventory management, AI-powered demand forecasting, and digital retail solutions tailored to local consumer behavior. Resale and rental platforms are tapping into the growing global demand for circular fashion, while logistics startups are optimizing last-mile delivery for fashion e-commerce.

This evolution reflects a broader shift: fashion in Saudi Arabia is becoming as much about systems and scalability as it is about design.

A Riyadh-based entrepreneur operating in this space noted, “The conversation has changed. Investors are not just asking about collections—they are asking about margins, supply chains, and data. That’s a sign the industry is maturing.”

Estimates suggest that more than 1,000 SMEs now operate within the Saudi fashion ecosystem, many of them startups. Their growth potential is significant, particularly as they integrate technology into traditionally labor-intensive processes.

Closing the Gaps: Financing, Skills, and Global Access

The challenges facing the sector remain substantial, but they are now more clearly defined—and increasingly addressed.

Financing has historically been one of the most critical gaps. Fashion businesses often require working capital for inventory cycles, a need that traditional funding models have struggled to accommodate. The Fund introduces tailored financial instruments designed specifically for these dynamics, offering both equity investment and flexible capital solutions.

Skills development is another priority. While creative talent is abundant, specialized expertise in pattern-making, textile engineering, and fashion business management remains limited. Training programs supported by the Fund aim to build this capability at scale.

Perhaps most importantly, the Fund is working to bridge the gap between local brands and global markets. International expansion requires more than design excellence; it demands regulatory compliance, branding sophistication, and logistical infrastructure. By facilitating partnerships with global fashion institutions, the Fund seeks to position Saudi brands within international supply chains rather than at their periphery.

Economic Impact and Strategic Alignment

The broader economic implications are significant. The fashion sector is expected to generate up to 100,000 jobs by 2030, spanning design, manufacturing, marketing, and retail. Its contribution to non-oil GDP is set to increase as part of the Kingdom’s goal of raising the cultural sector’s share to 3% of GDP.

Equally important is the sector’s role in advancing social objectives. Women lead a majority of fashion startups in Saudi Arabia, making the industry a key driver of female economic participation. This aligns directly with Vision 2030’s emphasis on inclusivity and workforce diversification.

As one industry executive observed: “Fashion sits at the intersection of culture and commerce. It allows Saudi Arabia to tell its story while building a sustainable economic sector.”

Global Attention and the Next Phase of Growth

Saudi Arabia’s ambitions in fashion are beginning to attract international attention. Global brands, textile manufacturers, and investors are exploring opportunities in the Kingdom, drawn by its scale, policy support, and growing consumer base.

The emergence of creative districts in Riyadh and large-scale developments such as NEOM adds another dimension, positioning fashion within broader innovation ecosystems. These environments are expected to host design studios, manufacturing facilities, and technology startups, further integrating the sector into the national economy.

Looking ahead, the trajectory appears increasingly defined. The combination of institutional support, targeted investment, and entrepreneurial momentum is transforming fashion from a fragmented market into a coordinated industry.

A Sector Coming Into Its Own

The rebranding of the Fashion Investment Fund is, at its core, a statement of intent. It reflects a recognition that creative industries can no longer be treated as peripheral to economic strategy. In Saudi Arabia, fashion is being positioned as a sector capable of generating revenue, creating jobs, and projecting cultural influence on a global scale.

The transition is still underway, and challenges remain. But the direction is clear. What was once a collection of individual efforts is becoming a structured, investable industry—one stitched together by policy, capital, and ambition.

And in that transformation lies a broader truth about the Kingdom’s economic future: diversification is not only being built in factories and energy projects. It is also being designed, produced, and scaled—one collection at a time.

Ghada Ismail

For years, the global digital economy has been built on a simple promise: move everything to the cloud. Data from phones, sensors, machines, and platforms would travel to centralized servers, be processed, and return with insights. That model worked well when speed was not critical, and data volumes were manageable.

Today, data is being generated everywhere, in factories, vehicles, hospitals, retail stores, and entire cities. And much of it needs to be processed instantly, not after a round trip to a distant data center. This is where Edge Computing comes in.

Edge computing is the practice of processing data closer to where it is created rather than sending it to centralized cloud infrastructure. Instead of relying on faraway servers, computation happens at or near the source, whether that is a sensor, a machine, a mobile device, or a local data node.

In Saudi Arabia, this shift is becoming especially important. As the Kingdom accelerates its digital transformation under Vision 2030, the demand for real-time intelligence across industries is rising fast. From smart cities to autonomous systems, edge computing is emerging as the invisible layer that makes this transformation possible.

The Shift from Cloud to Edge

Cloud computing is not disappearing. In fact, it remains the backbone of global digital infrastructure. But it has clear limitations when speed, scale, and immediacy are required.

One of the biggest challenges is latency. When data must travel to a centralized cloud region and back, even a few milliseconds of delay can matter. In applications like autonomous vehicles, industrial automation, or remote healthcare, that delay is not acceptable.

Bandwidth is another constraint. As billions of devices come online under the Internet of Things, continuously sending raw data to the cloud becomes inefficient and expensive. Not every piece of data needs to travel that far.

Edge computing solves these problems by complementing the cloud rather than replacing it. The cloud still handles heavy analytics, long-term storage, and training of large AI models. Edge systems handle immediate decision-making, filtering, and local processing.

This shift is tightly connected to three major technological trends shaping Saudi Arabia’s digital future.

First is artificial intelligence. AI systems increasingly require real-time inference at the point of action. Second is IoT growth, where sensors and connected devices generate constant streams of data. Third is real-time decision-making, which is becoming essential in sectors ranging from logistics to energy.

Together, these forces are pushing computing closer to the edge.

Why Saudi Arabia Is Positioned for Edge Computing

Saudi Arabia is not just adopting digital infrastructure; it is building it on a national scale.

Under Vision 2030, the Kingdom is investing heavily in becoming a global technology and innovation hub. This includes everything from smart infrastructure and digital government services to giga-projects designed around data-driven ecosystems.

Projects such as NEOM, the Red Sea development, and other smart city initiatives are designed from the ground up to rely on real-time data flows. These environments cannot function efficiently if every sensor, camera, or autonomous system must depend on distant cloud servers. They require distributed intelligence, which is exactly what edge computing provides.

Another key factor is data sovereignty. As digital systems become more critical to national infrastructure, there is a growing emphasis on keeping sensitive data within local borders. Edge computing enables localized processing, reducing reliance on external data centers while improving security and regulatory control.

In parallel, Saudi Arabia’s expanding cloud infrastructure, supported by global players and local providers, creates a strong foundation for edge-cloud hybrid systems. Rather than choosing between the cloud and the edge, the Kingdom is increasingly building an integrated ecosystem that uses both.

Key Use Cases Across Industries

The real impact of edge computing becomes clear when looking at how it is being applied across industries in Saudi Arabia. In the energy sector, particularly in large-scale oil and gas operations, vast volumes of operational data are generated across upstream and downstream systems. Edge computing architectures can enable faster monitoring of equipment, predictive maintenance, and real-time anomaly detection by processing data closer to the source rather than relying solely on centralized systems. This approach helps improve operational efficiency and reduce downtime across critical energy infrastructure.

In smart cities and giga-projects such as NEOM and the Red Sea developments, edge computing plays a foundational role. Autonomous transport systems, smart grids, surveillance networks, and environmental sensors all rely on instant data processing. Without edge infrastructure, the responsiveness required for these environments would not be achievable.

Healthcare is another area seeing rapid transformation. Real-time diagnostics, connected medical devices, and remote patient monitoring systems require instant data interpretation. Edge computing allows hospitals and healthcare providers to process patient data locally, reducing delays that could affect critical decisions.

In logistics and retail, edge computing supports automation in warehouses, real-time inventory tracking, and smarter supply chain management. Delivery fleets, for example, can benefit from instant route optimization based on live traffic and operational data.

The gaming and entertainment industry is also becoming a major beneficiary. Cloud gaming, augmented reality, and immersive digital experiences require ultra-low latency. Edge nodes placed closer to users significantly improve performance, enabling smoother gameplay and more responsive digital environments.

The Emerging Edge Ecosystem in Saudi Arabia

As demand grows, a new ecosystem of infrastructure and technology providers is beginning to take shape in Saudi Arabia and the wider region, supporting the shift toward distributed and edge-enabled computing.

Local players are laying much of the groundwork. Edarat Group is one example, offering data center engineering, cloud services, and edge AI capabilities, while also partnering with global firms to deploy modular infrastructure closer to where data is generated. This positions it as part of the emerging layer, enabling more distributed computing models.

Another company contributing to this foundation is Ezditek, which is investing in large-scale data center capacity and digital infrastructure, including projects linked to NEOM. While not exclusively focused on edge computing, such investments are essential in building the physical backbone that edge architectures depend on.

On the global side, specialized technology firms are also entering the Saudi market. EdgeCortix, for instance, is expanding into the Kingdom through the National Semiconductor Hub, bringing energy-efficient AI accelerator technologies designed specifically for edge environments. This reflects a broader industry shift toward embedding AI processing directly into devices and localized nodes, rather than relying solely on centralized cloud infrastructure.

Together, these companies represent an early-stage but rapidly evolving ecosystem that combines infrastructure providers, AI hardware innovators, and distributed computing platforms.

Challenges Slowing Adoption

Despite strong momentum, edge computing adoption in Saudi Arabia still faces several challenges.

One of the most significant is infrastructure cost. Deploying distributed edge nodes across a large geography requires substantial investment in hardware, connectivity, and maintenance. Unlike centralized cloud models, edge systems are physically dispersed, making them more complex to scale.

Another challenge is talent. Edge computing sits at the intersection of cloud engineering, networking, cybersecurity, and artificial intelligence. The demand for professionals with cross-disciplinary expertise is growing faster than supply, creating a skills gap that needs to be addressed through education and training.

Integration is also a technical hurdle. Most enterprises in Saudi Arabia are already operating on cloud platforms. Integrating edge systems with existing cloud architectures requires careful design to ensure consistency, security, and data synchronization.

Finally, the market is still in its early stages. While interest is high, large-scale deployments are still emerging, meaning that best practices, standards, and regulatory frameworks are still evolving.

The Future ahead

The next phase of edge computing in Saudi Arabia will likely be defined by convergence.

Edge and artificial intelligence are becoming deeply interconnected. Instead of sending data to the cloud for AI processing, models are increasingly being deployed directly at the edge. This allows systems to make decisions in real time, from autonomous machines to smart infrastructure.

At the same time, the Kingdom is expected to see a rise in localized data infrastructure. More edge data centers, micro data centers, and distributed computing nodes will emerge closer to population centers and industrial zones.

This evolution positions Saudi Arabia as a potential regional edge computing hub, not just a consumer of global technology but a producer and exporter of advanced digital infrastructure capabilities.

Investor interest is also expected to increase as the ecosystem matures. As edge use cases become more visible and commercially viable, startups and venture capital activity in this space will likely accelerate.

Conclusion: Edge as Invisible Infrastructure

Edge computing will not be something most people see or interact with directly. It will not be a visible platform or a consumer-facing application. Instead, it will function as invisible infrastructure, powering the systems that define modern life.

From smart cities that respond instantly to environmental changes, to autonomous systems that make split-second decisions, to digital services that operate without delay, edge computing will sit quietly beneath it all.

In Saudi Arabia, this shift is particularly significant. As the Kingdom builds one of the world’s most ambitious digital transformation agendas, edge computing is becoming one of its most essential enabling layers.

It is not replacing the cloud. It is completing it.

Ghada Ismail

For decades, Saudi Arabia’s global energy identity has been closely tied to oil production. Yet in recent years, the Kingdom has begun positioning itself as a future leader in renewable energy, particularly solar power. With vast deserts, high sunlight exposure, and strong government backing, Saudi Arabia is rapidly building a solar ecosystem that combines large infrastructure projects with innovative startups developing technologies tailored for desert environments.

This shift is not simply environmental. It is deeply economic. As part of Vision 2030, Saudi Arabia aims to diversify its economy and reduce domestic reliance on hydrocarbons for electricity generation. Renewable energy now sits at the center of that transformation.

The Kingdom has set an ambitious target: generating 50% of its electricity from renewable sources by 2030, requiring around 130 gigawatts of renewable energy capacity, most of which will come from solar power. 

To put that in perspective, Saudi Arabia’s renewable energy capacity was almost nonexistent a decade ago. Today, large-scale projects are already producing electricity while dozens more are under development. Solar technology is not only becoming a key energy source—it is emerging as a new sector for innovation and entrepreneurship.

Why Saudi Arabia Is Ideal for Solar Technology

Saudi Arabia possesses some of the strongest solar resources on Earth. Studies by the King Abdullah City for Atomic and Renewable Energy show that solar radiation across much of the Kingdom averages around 5.5 to 6.5 kilowatt-hours per square meter per day, placing it among the most sun-rich regions globally. Research on solar resource mapping conducted by King Abdullah University of Science and Technology indicates that annual solar irradiation levels typically range between 2,100 and 2,400 kWh per square meter, giving the Kingdom a natural advantage: solar panels installed in Saudi Arabia can generate significantly more electricity than similar systems in many other countries.

These environmental conditions make solar energy economically attractive. Renewable energy tenders organized under the Kingdom’s procurement program, managed by the Saudi Power Procurement Company, have produced some of the lowest solar electricity prices ever recorded globally, with winning bids falling below $0.02 per kilowatt-hour in several competitive auction rounds, according to analyses by the World Bank and international solar market reports.

Yet the Saudi environment also presents unique technical challenges. Research from King Abdullah University of Science and Technology highlights how dust accumulation, extreme temperatures, and large-scale desert installations can significantly reduce photovoltaic efficiency. As a result, simply importing conventional solar technology is often not enough, creating demand for desert-adapted solar solutions and new technological innovation.

This is where Saudi energy tech startups and research institutions are stepping in, developing innovations designed specifically for desert climates.

Startups Tackling Solar’s Desert Challenges

One of the most prominent Saudi solar technology startups is NOMADD Desert Solar Solutions, a company originating from research conducted at the King Abdullah University of Science and Technology (KAUST). The acronym NOMADD stands for NO‑water Mechanical Automated Dusting Device — a solution developed in response to the specific challenges of cleaning solar panels in desert environments.

Dust accumulation is a major obstacle for solar farms in desert regions. Sand and fine particles settle on panels and block sunlight, reducing electricity output. According to NOMADD’s founder, daily dust soiling can cut production by around 0.5–1% per day, and after severe sandstorms, efficiency losses can reach as much as 60% if panels are not regularly cleaned.

Traditional cleaning systems often rely on large amounts of water, an impractical solution in water-scarce arid regions. NOMADD addressed this by developing autonomous robotic cleaning systems that remove dust from solar panels without water. These robots traverse solar arrays, gently brushing surfaces to maintain performance while minimizing maintenance costs and water use. 

This technology is particularly relevant as Saudi Arabia deploys massive solar farms across desert landscapes, including those planned for megaprojects such as NEOM, where maintaining high output amid harsh conditions is essential for renewable energy targets. 

Mirai Solar and the Rise of Agrivoltaics

Another emerging Saudi startup pushing solar innovation forward is Mirai Solar, which is developing flexible and transparent solar technologies designed for agriculture and greenhouse applications.

Unlike traditional solar panels that completely block sunlight, Mirai Solar’s photovoltaic modules allow some light to pass through while converting part of it into electricity. This technology enables solar panels to function as shading systems for greenhouses.

In hot climates like Saudi Arabia’s, excessive sunlight can stress crops and increase cooling costs in agricultural environments. By integrating solar shading structures with energy generation, Mirai Solar’s systems simultaneously produce electricity while creating a more controlled environment for agriculture.

This approach belongs to a growing field known as ‘agrivoltaics’, which combines agriculture and solar power generation on the same land. In regions where water and arable land are limited, such hybrid systems could help improve both energy and food sustainability.

Solar Windows and Energy-Producing Buildings

Another innovative Saudi climate tech company working on solar energy solutions is Iyris, a startup developing transparent photovoltaic materials designed for building integration.

The company’s technology focuses on glass coatings that capture infrared light while allowing visible light to pass through. This means windows can generate electricity while still functioning as normal building glass.

Beyond electricity production, this technology can significantly reduce heat entering buildings. In Saudi Arabia, where air-conditioning accounts for a large share of electricity consumption, reducing solar heat gain could dramatically lower energy demand.

If deployed at scale, energy-generating glass could transform urban architecture, allowing buildings to function as distributed power generators rather than passive energy consumers.

Research Institutions Driving Solar Innovation

Many Saudi solar startups originate from academic research institutions rather than traditional venture capital ecosystems.

King Abdullah University of Science and Technology has emerged as one of the region’s most important hubs for renewable energy research. The university hosts dedicated laboratories focused on photovoltaics, energy materials, and solar system engineering.

Through commercialization programs and accelerators such as TAQADAM, research projects can evolve into venture-backed startups capable of scaling globally.

Companies like NOMADD and Iyris demonstrate how academic research can transition into real-world energy technologies that address regional environmental challenges.

The Solar Infrastructure Boom

Alongside startup innovation, Saudi Arabia is investing heavily in utility‑scale solar infrastructure as part of its renewable energy transition under Vision 2030. One of the Kingdom’s flagship projects is the Sudair Solar PV Project, a 1.5‑gigawatt solar installation in Sudair Industrial City,  one of the largest single‑site solar plants in the country and among the largest globally at this scale.

Another massive development is the Al Shuaibah solar project, planned to reach around 2.6 gigawatts of installed capacity, making it one of the region’s largest solar power projects and a major component of the National Renewable Energy Program.

The Kingdom’s solar market is also expanding rapidly in economic terms. According to industry research by IMARC Group, the Saudi solar energy market was valued at about $8.3 billion in 2025 and is forecast to grow to around $145 billion by 2034, driven by continued deployments and growth in solar technologies and infrastructure.

These large‑scale projects provide the infrastructure backbone for the renewable energy transition, while startups and technology companies help build the innovation layer that makes solar systems more efficient, durable, and scalable.

A New Energy Technology Ecosystem

Traditionally, energy industries have been dominated by massive corporations and government-backed utilities. Solar technology is changing that dynamic.

Because solar power involves numerous technological components—from materials science and robotics to software and energy storage—it creates opportunities for smaller companies to develop specialized solutions.

Saudi startups are increasingly focusing on technologies such as solar panel maintenance automation, advanced photovoltaic materials, smart energy monitoring systems, and building-integrated solar technology.

Rather than competing with utility-scale energy companies, these startups operate within the broader energy ecosystem, developing the tools and infrastructure that allow solar energy systems to operate more efficiently.

Challenges for Solar Startups

Despite strong government support, building energy technology companies remains challenging.

Solar hardware development often requires long research cycles and expensive testing environments. Scaling technologies from laboratory prototypes to industrial-scale deployment can take years.

Regulatory requirements for energy infrastructure can also slow commercialization. Solar technologies must comply with grid standards, safety regulations, and large-scale engineering requirements.

Yet Saudi Arabia’s growing investment in renewable energy may gradually reduce these barriers. As solar deployment accelerates, demand for supporting technologies will likely increase.

The Future of Solar Tech in Saudi Arabia

Saudi Arabia’s solar ambitions extend far beyond generating electricity. In the coming decades, solar technologies could power smart cities, enable energy-positive buildings, support sustainable agriculture, and drive green hydrogen production.

The Kingdom’s natural solar resources, combined with strong government backing and emerging startup innovation, create the conditions for a new energy technology sector to emerge.

For a country historically defined by oil, the next chapter of its energy story may be written under the desert sun.

Ghada Ismail

As artificial intelligence rapidly reshapes business operations across industries, companies are increasingly exploring how AI agents, enterprise solutions, and localized language models can transform decision-making and efficiency.

In this interview, Anas Elkhatib, Co-Founder and CTO of THAKAA AI Decision Support System, discusses how AI is redefining enterprise operations, the rise of agentic AI, and why Saudi Arabia is positioning itself as a key hub for artificial intelligence innovation.

How is AI transforming your core business operations, products, or services?

AI is truly the revolution of this era. One of the clearest ways we see its impact is in how it improves efficiency and return on investment across business operations.

For example, processes such as generating reports used to take weeks. Companies would need to gather data from multiple sources, organize it, and analyze it before producing meaningful insights. With AI solutions like the ones we provide at THAKAA AI Decision Support System, this entire process can now be completed in seconds.

Instead of manually compiling information, a user can interact directly with an AI agent. You can even have a phone call or a video call with the AI. During the interaction, the AI can present dashboards, answer questions in real time, and provide insights or recommendations.

It can also extract market data and compare a company’s performance with broader industry benchmarks within seconds. In practical terms, AI allows organizations to transform decision-making cycles from weeks into seconds while saving significant time and effort.

What recent AI innovations are you most excited about?

The speed of innovation in AI is remarkable—every day, there seems to be something new. Chatbots were the earliest and simplest stage of AI interaction, but today, the most exciting development is the concept of Agentic AI.

Agentic AI involves multiple AI agents with specialized knowledge communicating with one another. It works almost like a virtual team.

For instance, in our demonstrations we present what we call a virtual CXO team. Under each executive role—such as a virtual CFO—you can have supporting functions like financial planning and analysis or cost control. These AI agents communicate with each other. If one agent receives a question it cannot answer, it can consult another agent, such as a CHRO or CFO agent, to provide the necessary information.

In this way, AI agents collaborate internally to deliver more comprehensive responses and insights.

Does that mean AI will eventually replace human workers?

AI may replace certain roles, but it is important to emphasize the concept of human-in-the-loop.

Every recommendation produced by AI should be supervised by humans. In our systems, we do not allow AI to act independently. Instead, we control issues such as hallucination through enterprise-level solutions that ensure the AI only responds using trusted data.

Rather than relying on public information, the generative AI model is trained on the organization’s own internal data. This makes the system more reliable and secure.

At the same time, it is realistic to say that some jobs may change as AI becomes more widespread. However, new opportunities will also emerge. AI can increase productivity and create new economic activity, which ultimately leads to new roles and industries.

The key for individuals is to continue developing their skills and adapting to new technologies.

Are there any collaborations or partnerships your company is building in Saudi Arabia?

Yes, and we actually consider all of our customers in Saudi Arabia to be partners.

At THAKAA AI Decision Support System, we work with several public-sector entities, including the Ministry of Agriculture, the Ministry of Finance, and the Saudi Data and AI Authority. On the commercial side, we collaborate with organizations such as Jabal Omar in Makkah and other private-sector clients.

Our approach is based on knowledge exchange. When we implement our solutions, we share our technical expertise and lessons learned from previous projects. In return, our customers share their knowledge about their own industries and operational needs.

Because of this exchange of expertise, every client becomes a strategic partner that contributes to improving the overall solution.

Which sectors in Saudi Arabia are most ready for AI transformation?

Saudi Arabia is generally a very dynamic and rapidly developing market for AI adoption. However, if we look at industries that are particularly ready for large-scale implementation, I would highlight oil and gas and banking.

Enterprise AI solutions can require significant investment. Industries with strong financial resources are therefore often the earliest adopters. Oil and gas companies and financial institutions have the capacity to absorb these costs and implement AI at scale.

As technology becomes more accessible, we expect adoption to expand across many other sectors as well.

How does THAKAA approach responsible and ethical AI deployment?

Responsible AI is a key priority for us. From the beginning, our solutions have been designed with strong privacy and security frameworks.

Our platform is built as an enterprise solution rather than a consumer AI tool. This means that protecting company data is central to the system architecture.

For example, we apply several techniques to control AI hallucination, including advanced prompting and retrieval-augmented generation methods. We also implement strict security protocols when dealing with personally identifiable information (PII).

Sensitive information—such as employee names or contact details—is encrypted and masked to ensure it cannot be leaked or misused.

Additionally, we comply with regulatory frameworks issued by authorities such as the Saudi Data and AI Authority (SDAIA) and the National Cybersecurity Authority. In some cases, the system is deployed on-premises to ensure that all sensitive data remains fully secure within the organization.

Do your AI solutions support Arabic, including Saudi dialects?

Yes, and that is one of the key differentiators of our platform.

THAKAA was developed with Arabic language capabilities from the beginning. The system can communicate naturally in Arabic, including the Saudi dialect.

For example, we use the technology in call center environments. In many cases, people speaking with the AI cannot easily distinguish whether they are interacting with a human agent or an AI system.

The interaction feels very natural, which demonstrates how far conversational AI technology has evolved.

How do you see AI shaping the broader business landscape in Saudi Arabia?

AI is already becoming a central part of Saudi Arabia’s long-term economic vision.

The Kingdom is forming strategic partnerships with global technology companies to build advanced data centers and GPU infrastructure. These investments will support the development and deployment of large language models.

If LLMs are hosted locally in Saudi Arabia, government institutions, banks, and other organizations will be able to adopt AI technologies more easily and securely.

From my perspective, the AI ecosystem can be divided into three categories. The first includes companies that focus on hardware infrastructure. The second includes companies developing large language models. The third includes companies building practical AI applications and solutions—like what we do at THAKAA.

Saudi Arabia is supporting all three layers of this ecosystem. The country is investing in infrastructure, supporting LLM development, and encouraging the growth of AI startups.

Startups are particularly important because they form the backbone of any AI economy. When governments create supportive regulations and provide resources for startups, the long-term economic impact can be significant.

Kholoud Hussein 

Saudi Arabia is racing to position itself as a global hub for data centers—an ambition driven by its accelerating digital transformation, expanding cloud adoption, and the rapid deployment of artificial intelligence. As demand for data processing intensifies, a new challenge is emerging at the core of this growth: ensuring the stability and sustainability of the energy supply that powers these massive facilities.

In a country with some of the world’s highest solar irradiation levels, policymakers and industry leaders are shifting focus from generating solar power to storing it at scale. The consensus is growing stronger: the long-term future of Saudi Arabia’s data centers will depend on industrial-strength solar energy storage. Without it, the Kingdom’s data ambitions could outpace its ability to power them.

This feature explores why storage is becoming indispensable, how large-scale projects and national entities are responding, and the emerging role of startups in building a sustainable digital ecosystem.

Data Centers as the Backbone of Saudi Arabia’s Digital Economy

Data centers are central to the Kingdom’s digital transformation. According to the Ministry of Communications and Information Technology, the ICT sector contributed more than $40 billion to the Saudi economy in 2023, fueled by cloud computing, digital payments, e-government services, and widespread integration of AI technologies.

Global cloud providers have taken notice. Companies such as Oracle Cloud and Google Cloud are expanding their operations within the Kingdom, a move that reflects confidence in Saudi Arabia as a regional hub for digital infrastructure. Officials estimate that data center capacity will need to exceed 1,300 megawatts by 2030, nearly triple today’s levels.

As one senior government official put it, “We cannot build a digital economy without building energy-efficient, sustainable digital infrastructure. Data centers are at the heart of this evolution.” Achieving this vision, however, requires confronting the enormous energy demands of these facilities.

Why Solar Power Is Emerging as a Strategic Energy Source

Data centers consume electricity around the clock, making them among the most energy-intensive components of national infrastructure. Saudi Arabia’s push toward renewable energy—particularly solar—offers a natural solution. With a national target of generating 50% of electricity from renewables by 2030, solar power has become a pillar of the country’s energy transition.

Saudi Arabia enjoys some of the world’s most favorable solar conditions, with strong and consistent sunlight, a vast supply of land suitable for solar installations, and rapidly declining technology costs. Combined with government-backed initiatives and financing frameworks, the Kingdom has built a strong foundation for renewable energy deployment.

Even so, solar generation alone is not enough. While production surges during the day, data centers operate continuously. The mismatch between supply and demand creates a reliability gap—one that only large-scale, long-duration energy storage systems can bridge. As a Ministry of Energy official recently noted, “Renewables will power our digital future, but storage will stabilize it. Without storage, solar cannot meet the reliability standards required by data center operators.”

Energy Storage: The Missing Link in Saudi Arabia’s Digital Ambitions

Saudi Arabia’s solar infrastructure is expanding rapidly, but the industrial-scale battery systems required to deliver stable, uninterrupted power are still in early development. Energy storage plays a critical stabilizing role, ensuring that intermittent solar generation translates into reliable, continuous electricity—precisely what data centers require.

Storage systems ensure power reliability by covering hours when sunlight is unavailable or production dips unexpectedly, preventing costly interruptions. They also support grid stability as the energy mix becomes increasingly renewable, smoothing fluctuations and reducing stress on transmission infrastructure. Furthermore, stored solar energy lowers long-term operational costs by reducing reliance on peak-hour grid electricity and insulating data centers from market volatility. Sustainability targets are also easier to meet when facilities can rely on stored solar rather than fossil-based backup systems, a key requirement for global cloud operators.

Mega-Projects Setting the Standard for Renewable-Powered Data Centers

Saudi Arabia’s giga-projects—particularly NEOM and The Red Sea Project—are emerging as models for integrating solar power and energy storage at a scale capable of supporting data-intensive operations.

At NEOM, planners are building a fully renewable electricity network supported by advanced energy storage solutions. This design ensures that data centers within the mega-city operate around the clock using clean energy. A NEOM spokesperson explained that “our data centers will be powered 100% by renewable energy, supported by world-class storage solutions. This is the model we believe will scale across the Kingdom.”

The Red Sea Project offers another example. Although its focus is hospitality, it operates entirely on off-grid solar power supported by one of the world’s largest battery storage installations. This demonstrates that large-scale, mission-critical operations—whether resorts or data centers—can rely on stored solar energy without compromise.

Electricity Demand Is Surging: A Look at the Data

The Kingdom’s data consumption is rising sharply. Internet traffic is projected to triple by 2030 as cloud adoption grows, IoT applications multiply, and AI-driven solutions expand across public and private sectors. Globally, AI workloads are expected to increase data center electricity consumption by 400–600% over the next decade, and Saudi Arabia’s trajectory mirrors this trend.

As cloud providers establish local regions and as the country develops national AI models, electricity demand tied to data centers is strengthening. This makes renewable-powered data infrastructure not only a sustainability commitment but also a strategic economic requirement.

The Economics Behind Solar Power and Stored Energy

Energy already represents a substantial share of data center operating expenses—between 30% and 50% in most global markets. With Saudi Arabia vying to attract hyperscalers and global cloud operators, competitive and predictable electricity pricing is essential.

Solar power offers one of the world’s lowest-cost electricity sources, but energy storage significantly amplifies its economic value. Storage allows operators to arbitrage electricity consumption away from expensive peak hours, balance loads more efficiently, and reduce dependence on fossil-based generation. By enabling predictable, low-cost renewable power, storage strengthens Saudi Arabia’s appeal as a global data center destination.

A Riyadh-based financial analyst noted, “The economics of data centers will increasingly revolve around energy economics. Operators who tap into stored solar energy will have a strategic edge over those relying on traditional power.”

Government Policy and Long-Term Commitment

Saudi Arabia’s regulatory framework strongly supports renewable adoption and energy storage deployment. The Kingdom has rolled out ambitious solar projects through REPDO, encouraged private-sector participation in renewable generation, introduced green taxonomy and ESG guidelines, and established incentives that directly support battery storage implementation.

At the same time, cloud and ICT regulation has matured significantly, creating the level of certainty global operators need. Officials at the Ministry of Communications and Information Technology have been clear: data centers must prepare for a future where long-duration energy storage becomes a foundational requirement, not an optional enhancement.

Startups: An Emerging Force in Energy Optimization

Behind the large-scale infrastructure projects, Saudi startups are quietly playing a transformative role in energy innovation. A new wave of energy-tech companies is developing solutions that enhance the performance of solar systems, optimize storage, and reduce power consumption within data centers.

Saudi startups are building AI-powered battery management software, predictive energy consumption models, advanced cooling solutions tailored to the region’s climate, and platforms that optimize solar generation and storage capacity. These companies offer localized solutions that address the specific challenges of operating in extreme heat, high-demand cycles, and fluctuating load patterns—conditions common across Saudi data centers.

Venture capital interest in climate tech and energy innovation is rising, and startups in this sector are expected to attract increasing levels of investment over the next five years. As one technology advisor in Riyadh explained, “The next big wave of Saudi startups will be in energy optimization and storage. Data centers are a natural customer base for these companies.”

Addressing the Cooling Challenge

Another major energy challenge facing Saudi data centers is cooling. Cooling can account for nearly 40% of total energy consumption, and the Kingdom’s climate exacerbates the pressure on traditional cooling technologies. The growing need for efficient thermal management—especially as AI workloads increase—makes renewable-powered cooling systems more important than ever.

Innovators across Saudi Arabia are working on liquid cooling systems, immersion cooling, and AI-based thermal management tools. Others are designing solar-driven chiller technologies that leverage stored energy to maintain stable temperatures even during peak heat periods. These advancements will become essential as the size and complexity of data centers grow.

What the Next Five Years Will Look Like

Saudi Arabia’s data center sector is on the cusp of a dramatic transformation. Over the next five years, energy storage is set to become a standard component of data center infrastructure rather than a premium feature. New facilities will likely be co-developed with dedicated solar farms and integrated battery systems.

Meanwhile, startups offering energy-efficiency tools will gain prominence as operators seek localized, cost-effective technologies. Government policy will continue encouraging renewable-first designs, reinforcing investor confidence and accelerating foreign cloud investments. As AI adoption accelerates nationwide, demand for clean, reliable power will increase further, cementing the need for large-scale storage solutions.

Finally, Saudi Arabia’s aspiration to become a global data center hub is clear and achievable. But that ambition depends heavily on one factor: the Kingdom’s ability to build and scale solar energy storage systems that can support the continuous, power-hungry operations of modern data centers.

Solar energy is abundant. Technology demand is rising. The future hinges on the infrastructure that unites the two.

In the words of a senior policymaker, “Our data economy will grow as fast as our renewable infrastructure allows. Storage is the bridge between ambition and reality.”

Ghada Ismail

As artificial intelligence becomes a core layer of enterprise technology, attention is increasingly shifting to the infrastructure that powers it. Much of today’s AI innovation depends not just on algorithms, but on flexible platforms that can run applications seamlessly across data centers, cloud environments, and the edge. This is where companies like Red Hat play a pivotal role in building open-source, hybrid cloud technologies that provide a consistent foundation for modern IT.

With a portfolio that spans cloud platforms, automation tools, and application development solutions, Red Hat has positioned itself as a key enabler of enterprise transformation, helping organizations scale complex digital operations while maintaining flexibility and avoiding vendor lock-in.

In this interview, Mohamed Youssef, Head of Marketing for Central and Eastern Europe, the Middle East, and Africa at Red Hat, discusses how open-source innovation is accelerating AI adoption, the company’s growing focus on Saudi Arabia, and the sectors driving the Kingdom’s next wave of digital transformation.

To start, how is artificial intelligence transforming your company’s products and the solutions you deliver to customers?
Red Hat is a leading open-source software organization, and we provide multiple solutions that support infrastructure software for our customers.

When it comes to AI, the focus is on helping customers transform their core operations and become more efficient. One of the key solutions we provide is Red Hat OpenShift, which allows organizations to operate across multiple clouds with AI-enabled capabilities.

Through OpenShift, customers can build applications and AI solutions on top of our platform in a way that allows them to scale and operate much more efficiently. For example, they can manage workloads across multiple cloud environments, reduce errors, and create more flexible development environments before going live. In short, we help them operate faster and more efficiently.

What recent developments in AI are you most excited about?
We are working on several things, but one of the most important areas is helping customers build applications that are more stable and capable of scaling up depending on their needs.

With AI, organizations can scale their applications much faster and reach the market more quickly. This also helps them save resources and optimize costs. Ultimately, AI enables companies to accelerate development cycles while becoming more efficient in how they operate.

Many organizations today are investing in chatbots and conversational AI. How does Red Hat approach this space?
We do not compete directly in the chatbot space. What we provide instead is the foundation—the software infrastructure that chatbot solutions can run on.

In other words, developers and companies can build chatbot solutions on top of our platforms. We provide the underlying infrastructure that enables those applications to function effectively.

Saudi Arabia has become a key technology hub in the region. How important is the Saudi market for Red Hat?
Saudi Arabia is a strategic market for us. We have been operating in the Kingdom for many years, and we continue to increase our investments and resources there and across the wider region.

We work with most of the distributors and partners in Saudi Arabia and already have partnership agreements in place with them. It is definitely a core market for us, and we are investing heavily there. In fact, we moved to a larger office in the financial district in Riyadh two years ago in order to support our growing operations there.

In your view, which sectors in Saudi Arabia are currently the most prepared to benefit from AI transformation?
If we look at the Kingdom’s broader national agenda—particularly Saudi Vision 2030—it is clear that Saudi Arabia is accelerating investments in artificial intelligence across a wide range of sectors.

Rather than being concentrated in a single industry, AI adoption is happening at scale across the economy. The public sector and government entities are leading this shift, with significant investments in AI-driven initiatives, including projects linked to the Public Investment Fund’s HUMAIN.

The banking sector is also highly active, with financial institutions advancing AI-powered solutions through strategic partnerships with us. In the energy sector, Saudi Aramco is not only driving large-scale AI deployments but also stands as one of our key clients in the Saudi market.

We are also seeing strong momentum in aviation, particularly with Riyadh Air, which is among our clients, alongside growing adoption across entertainment, sports, and telecommunications. In telecom, stc is another example of a key client we work with to scale AI capabilities.

Overall, AI investment in Saudi Arabia is broad-based, with multiple sectors advancing in parallel—and notably, many of the leading players across these industries are part of our client ecosystem in the Kingdom.

Looking ahead, how do you expect AI to reshape the broader business landscape in Saudi Arabia?

AI is already transforming the way we work today, and the pace of development is extremely fast globally.

We are seeing this momentum in Saudi Arabia and across other markets in the Middle East. In Saudi Arabia specifically, there is a strong ambition to be ahead of the curve by building companies that are Saudi-developed and Saudi-originated.

There is significant investment supporting this effort. As a result, we will likely see rapid changes in the working environment and major improvements in efficiency as AI continues to transform how organizations operate and deliver services.

Kholoud Hussein 

As Saudi Arabia enters the second half of its transformation under Saudi Vision 2030, the structure of its economy looks significantly different from just five years ago. Growth is no longer concentrated in traditional sectors. Instead, it spans technology, energy, logistics, healthcare, tourism, and digital infrastructure.

With the national economy surpassing 4 trillion SAR in 2023, driven by a 5.6% expansion in non-oil activities, the environment for entrepreneurship is arguably stronger than at any point in the Kingdom’s modern economic history. For founders, the question is no longer whether opportunities exist, but rather: which sector offers the best mix of demand, capital availability, and scalability?

This analysis uses economic indicators, government data, market behavior, and venture capital trends to identify the most attractive sectors for launching a new company in Saudi Arabia in 2026.

1. Artificial Intelligence: From Opportunity to National Imperative

According to projections from the Saudi Data and Artificial Intelligence Authority, artificial intelligence could contribute $135 billion to the Saudi economy by 2030. This represents more than 12% of the anticipated GDP and positions AI not as an optional technology, but as a structural pillar of the future economy.

Why AI Is the Most Attractive Sector in 2026

1. Massive Institutional Demand
   Giga-projects such as NEOM, along with major developments spearheaded by national developers like Red Sea Global and Qiddiya Investment Company, rely heavily on AI for urban planning, operations, energy systems, and visitor management.
2. Large-Scale Government Spending
   Saudi Arabia is investing more than 50 billion SAR in cloud infrastructure, national datasets, and AI regulatory frameworks—laying the foundation for local companies to enter the sector.
3. Growing Share of Venture Capital
   Nearly 22% of all Saudi VC deals in 2024 were directed toward AI startups, a clear indicator of investor appetite.

Realistic Startup Opportunities

• Sector-specific AI (healthcare, logistics, retail, education)
• Arabic-language natural language processing
• Predictive analytics for industry and supply chains
• AI training datasets and model development

AI is no longer emerging—it is becoming core economic infrastructure. Entering in 2026 means tapping into a sector with long-term national demand and global scalability.

2. Renewable Energy & Green Hydrogen: A Sector Growing Faster Than Forecasts

Saudi Arabia plans to produce half of its electricity from renewables by 2030, with some of the world’s largest solar and wind projects underway. The Kingdom is also building one of the world’s largest green hydrogen plants within NEOM.

Key Indicators Supporting Sector Attractiveness

• Over 58 GW of renewable energy capacity under development
• Green hydrogen investments exceeding $25 billion
• Global hydrogen demand is rising around 28% annually

Startup-Relevant Opportunities

While the mega infrastructure will be built by large corporations, startups have opportunities in:

• Battery and energy storage systems
• AI tools for renewable asset management
• Energy efficiency solutions for industrial clients
• Emission tracking and reporting platforms

Demand for technical services within the renewable energy ecosystem is growing faster than supply, creating an attractive entry point for specialized startups.

3. Logistics & E-Commerce Infrastructure: A Sector Expanding Beyond Current Capacity

Saudi Arabia’s National Transport and Logistics Strategy aims to grow the sector’s contribution to 10% of GDP while positioning the Kingdom as a global logistics hub.

Relevant Market Data

• E-commerce is growing at 34% annually
• 59 new logistics zones launched by 2024
• Air cargo volumes rising 17% year-on-year

Opportunities for New Entrants

• AI-powered warehouse management
• Robotics for sorting and fulfillment
• Electric vehicle logistics solutions
• Cloud commerce systems and integrated POS-warehouse connectivity

The sector favors technology-forward startups rather than traditional operators. The market is open for companies that solve operational inefficiencies.

4. Digital Healthcare: The Largest Surge in Government Spending

Saudi Arabia allocated 189 billion SAR to healthcare in 2024, with digital health positioned as a strategic priority.

High-Potential Areas

• Predictive analytics for chronic disease management
• Smart hospital management systems
• AI-assisted diagnostics
• Pharmacy automation and digital therapeutics

The Minister of Health has emphasized that “digital health is not an auxiliary service, but a core component of the national healthcare infrastructure.”

Digital health is expanding at a projected 20%+ CAGR, with insufficient local solutions to meet demand—making it one of the most promising sectors for founders.

5. Cybersecurity: A Persistent Supply–Demand Gap

Saudi Arabia’s rapid digitization has created shortages in specialized cybersecurity providers. Spending on cybersecurity is increasing at 18% annually, driven by both public and private sector requirements.

Why Cybersecurity Is a High-Potential Sector

• Rising frequency of global cyberattacks (up 38%)
• Mandatory compliance requirements for companies
• Limited number of specialized local providers

High demand and limited supply make this one of the safest and most profitable sectors for new startups.

6. Tourism & Entertainment: A Sector Being Rebuilt From Scratch

Saudi Arabia welcomed 100 million visitors in 2023, exceeding expectations and positioning tourism as a pillar of future economic diversification. The target is 150 million visitors by 2030.

Opportunities

• Augmented and virtual reality tourism experiences
• Platforms dedicated to domestic travel
• Smart destination management tools
• Technical services for large-scale events

The sector is evolving rapidly and needs technology providers capable of supporting the growth of attractions, activities, and visitor management solutions.

Final Analysis: Which Sector Should You Choose in 2026?

After reviewing economic indicators, funding trends, and structural demand, the most attractive sectors for launching a new company in Saudi Arabia in 2026 are:

Top-Tier Sectors (Highest Attractiveness)

1. Artificial Intelligence
2. Digital Healthcare
3. Renewable Energy & Green Hydrogen
4. Cybersecurity
5. Smart Logistics & E-Commerce Infrastructure

Medium Attractiveness

• Specialized fintech
• EdTech
• Tourism tech and entertainment solutions

Decision Framework for Founders

Your decision should ultimately rely on three strategic factors:

1. Market Demand:
   Is the sector experiencing structural growth backed by national initiatives?
2. Scalability:
   Can the product expand regionally after initial traction in Saudi Arabia?
3. Competitive Advantage:
   Can your company offer a meaningful, defensible value proposition?

Finally, launching a company in Saudi Arabia in 2026 means entering one of the world’s most dynamic and investment-rich markets. The most compelling opportunities lie in sectors aligned with national transformation priorities, supported by strong public investment, and characterized by clear market gaps.

If you're building for 2026, the strongest bets—economically and strategically—are AI, digital health, cybersecurity, renewable energy, and smart logistics. These sectors will define the Kingdom’s next decade of growth, and the startups entering them today will form the backbone of tomorrow’s innovation economy.

Noha Gad

Transforming Saudi Arabia into a global sports powerhouse is one of the key objectives of Vision 2030. The Kingdom is moving steadily towards this goal by investing heavily in leagues, mega-events, and infrastructure, such as smart stadiums, all supercharged by leading-edge artificial intelligence (AI). Between 2020 and the first quarter (Q1) of 2025, Saudi entities injected investments worth SAR $7 billion across global and local sports assets, according to the ‘Saudi Arabia Sports Business & Tech Report 2025.’ In 2024, the Saudi sports market was valued at $8.4 billion, the report showed, anticipating the market to hit $22.5 billion by 2030. 

Regarding infrastructure development, the Kingdom is establishing smart stadiums, prioritizing renovations, smart features, and sustainable designs. Smart or digital stadiums in Saudi Arabia are advanced, technology-driven sports venues designed to create sustainable, high-performance, and immersive entertainment spaces for key sports events, notably the FIFA World Cup 2034.

These stadiums are not just structures for sports but integrated digital ecosystems featuring AI-powered operations, IoT sensors, high-speed 5G connectivity, and sustainable, energy-efficient designs.

The Kingdom’s innovative, robust, and state-of-the-art stadium strategy aims to offer fans a world-class match day experience. It comprises 15 proposed stadiums across five diverse host cities, including NEOM Stadium, the 46,000-seat arena set to be built 350 meters above ground inside "The Line" in NEOM; King Salman International Stadium, Saudi Arabia’s largest stadium with a capacity of 92,000 fans; Aramco Stadium, the 800,000 square meters facility that will catalyze health and wellness programs, featuring cutting-edge technology and an integrated cooling system; and Qiddiya Coast Stadium, the multi-purpose entertainment complex planned to be completed in 2032.

A significant milestone in advancing the Saudi sports sector is HUMAIN’s recent acquisition of ai.io, a London-headquartered artificial intelligence and sports technology company, to launch HUMAIN Sport to expand access to sport and improve outcomes at every level, from grassroots participation to elite performance. Combining the capabilities of HUMAIN and ai.io, the new joint venture will deliver integrated AI platforms designed to support the Saudi sports ecosystem. These solutions will enable broader participation in sport, data-driven athlete development, enhanced performance analysis, intelligent facilities, and new forms of digital and fan engagement.

Through this acquisition, HUMAIN will leverage ai.io’s existing products, technical expertise, and global sports relationships to accelerate international expansion, while ai.io will benefit from HUMAIN’s AI infrastructure, platforms, strategic partnerships, and commercial scale to support the delivery of AI-powered sports solutions.

This transaction marks a game-changer, enabling everything from grassroots athlete discovery, where aiScout has already generated over 750 professional trials, to elite performance analytics that track movements from any smartphone video. 

Key features and technologies in smart facilities

The integration of emerging technologies promises not just smarter training and fan experiences but a blueprint for AI-driven sports excellence that could redefine global competitions. For instance, AI and data analytics can be used for predictive maintenance, optimizing crowd management, and personalizing fan experience. Meanwhile, IoT sensors are deployed to monitor everything in the facility, from seat occupancy and parking to environmental conditions, ultimately improving overall operational efficiency.

For fan engagement, advanced applications, in-seat ordering, interactive displays, and 5G connectivity are standard in smart facilities, providing a 360-degree experience. Additionally, integrated command and control centers harness AI, facial recognition, and anti-drone technologies to enhance safety.

Moreover, smart sports facilities are designed for high energy efficiency, featuring smart HVAC systems, LED lighting that adjusts to crowd density, and water-efficient systems.

Revolutionizing talent scouting 

At the heart of HUMAIN Sport's transformative potential lies aiScout, ai.io's flagship mobile application that is revolutionizing talent identification from a labor-intensive, geographically limited process to a scalable, inclusive revolution accessible to anyone with a smartphone. By enabling aspiring athletes to record and upload simple drills, such as sprints, agility tests, or sport-specific skills, the application employs advanced computer vision and machine learning algorithms to deliver instant, objective performance metrics comparable to professional-grade assessments. 

This technology eliminates the need for costly equipment or on-site scouts, generating over 750 professional trials worldwide to date and proving its efficacy in talent discovery. Beyond discovery, aiScout's data-driven insights provide coaches with predictive analytics, ranking prospects not just on raw athleticism but on trainable traits like decision-making under fatigue, customizable to Saudi sports priorities. 

HUMAIN's integration amplifies this through Arabic-language interfaces powered by ALLaM large language models, ensuring cultural relevance and reducing barriers for non-English speakers. Eventually, the platform is democratizing opportunities, increasing participation of underrepresented regions, and positioning Saudi Arabia as a blueprint for equitable, AI-fueled sports development on the global stage.

Other applications

HUMAIN Sport embeds AI across the entire sports ecosystem to enhance coaching, strategy, emerging formats like esports, and athlete wellness in ways tailored to Vision 2030 goals. In coaching and tactical preparation, ai.io's aiLab platform integrates with HUMAIN's infrastructure to simulate match scenarios, analyze opponent patterns, and refine VAR decisions with predictive accuracy.

The venture pioneers AI in esports and digital leagues, leveraging real-time AI moderation, skill-matching algorithms, and AR overlays to increase participation. Meanwhile, health and wellness applications leverage wearables and AI chatbots to deliver personalized nutrition plans, monitor mental health, and support recovery protocols.

By integrating ai.io's motion tech with HUMAIN's scale, Saudi Arabia is not just adopting AI; it is exporting a holistic model that amplifies performance, engagement, and sustainability, setting a global standard for sports evolution.

While AI innovations promise unprecedented advancements, they also introduce critical challenges that demand robust ethical frameworks to ensure equitable and sustainable integration into Saudi Arabia's sports landscape. Foremost among these is data privacy, governed by the Kingdom's Personal Data Protection Law (PDPL). AI bias poses another hurdle, as algorithms trained on historical data may inadvertently favor urban, male athletes over rural or female talents. Over-reliance on AI threatens the human essence of sports, from coaches' intuition to the thrill of unscripted plays, prompting federations to adopt hybrid models in which tech informs but does not make decisions.

Transforming Saudi Arabia into a global sports powerhouse stands as a cornerstone of Vision 2030, with the Kingdom advancing through massive investments in leagues, mega-events, and cutting-edge infrastructure.

These developments signal a broader AI revolution in sports, from talent discovery and performance analytics to immersive fan experiences and sustainable operations, positioning Saudi Arabia to lead this transformation. Smart stadiums exemplify this shift, evolving into AI-powered digital ecosystems with IoT sensors, 5G connectivity, and energy-efficient designs that redefine match-day immersion.

Noha Gad

The insurance market in Saudi Arabia is growing rapidly, becoming the largest in the Middle East and North Africa (MENA) region. Propelled by the ambitious Vision 2030, the insurance industry is moving from a traditional, compliance-driven market to a dynamic, technology-enabled ecosystem that is ready for global competition.

During the first half (H1) of 2025, the Saudi insurance sector maintained solid momentum with insurance revenue rising 8.1% to SAR 34.7 billion, assets growing 4.5% to SAR 91.96 billion, and equity expanding 4% to SAR 28.4 billion, as stated in a recent report released by Milliman, the global consulting firm based in Seattle.

Another study conducted by Global Data, the UK-based consultancy firm, anticipated the Saudi insurance industry to see a compound annual growth rate (CAGR) of 5.2% until 2028, reaching SAR 83.7 billion. This rise, the study said, will be fueled by the Kingdom’s shift towards other sectors to reduce dependence on an oil-based economy, along with other factors, including a young, tech-savvy population, trillion-dollar infrastructure and giga-project investments, and a series of forward-thinking regulatory reforms.

Digital transformation serves as the primary catalyst. The adoption of emerging technologies demonstrates the market’s readiness for scaled digital operations. Insurers are leveraging AI-driven underwriting, exploring blockchain for claims processing, and adapting to a landscape in which consumers demand personalized and seamlessly accessible products.

Embedded insurance represents a fundamental shift in how insurance is distributed and consumed. In essence, it is the seamless integration of insurance coverage into the purchase process of another product or service. Instead of a customer having to search for a separate policy from an agent or a dedicated website, protection is offered, or even included, at the exact moment of need, within a digital ecosystem they are already using and trust. This model leverages technology, primarily application programming interfaces (APIs), to connect insurers with non-traditional partners like retailers, telecoms, fintech platforms, and mobility providers. 

It offers a win-win proposition for all parties: customers gain convenient and relevant protection without additional effort; partner companies create new revenue streams and deepen customer loyalty; and insurers access new customer segments and lower their acquisition costs. 

As the Kingdom moves steadily towards Vision 2030 goals, this model of intelligent, integrated, and invisible protection is poised to play a pivotal role in revolutionizing the insurance industry in Saudi Arabia and transforming the sector from a passive financial safety net into an active, embedded part of everyday life.

Traditional and embedded insurance 

For traditional insurance models, insurers invest heavily in marketing and sales channels to push their products toward consumers, while customers must expend effort to find, compare, and purchase a policy. However, embedded insurance is seamlessly integrated into the customer journey of purchasing another product or service.

Finding good insurance means filling out long forms, getting medical checks, and waiting a long time. Embedded insurance transforms this by embedding protection into everyday digital flows, creating a frictionless, app-native experience without requiring a separate trip to an insurance site.

Embedded insurance uses partnerships to gain access to up-to-date data. This lets it offer exact, custom coverage that old-school insurance cannot match. 

Impacts of emerging technologies on insurance services in Saudi Arabia

The application of emerging technologies has significantly changed how insurance firms work in terms of speed and adequacy of benefit delivery. Key innovations driving this change are:

• Machine learning (ML). Thanks to their ability to handle massive data, ML innovations can offer quick risk assessment, improved client back, and lower operational costs.
• Big Data. Insurers utilize Big Data to progress decision-making, offer tailored insurance products, and enhance client experiences.
• Blockchain technology. It significantly enhances transparency, reduces fraud, and streamlines processes.
• Internet of Things (IoT) technologies provide real-time data for exact risk evaluation and proactive loss prevention.

Additionally, AI plays a strategic role in reducing uncertainty, improving risk measurement, and enhancing capital deployment. When applied correctly, AI can drive more granular underwriting segmentation, provide real-time portfolio and accumulation monitoring, and enhance smarter reinsurance and capital optimization.

Yasmina AI is the first AI-powered embedded insurance platform in Saudi Arabia, helping insurers eliminate the friction of offering protection. Trusted by over 67 online businesses and insurance companies, Yasmina AI helps clients deliver seamless coverage at the perfect moment to protect their customers.

The platform transforms how insurance is delivered across digital platforms by offering seamless API integration that enables digital businesses to provide personalized insurance at checkout in less than 48 hours.

Embedded insurance shows the visible change in how and where customers get protection, while AI-driven Insurance-as-a-Service(IaaS) is the invisible engine powering it all. Through this platform-based model, insurers can offer their capabilities via APIs to non-insurance brands. This transforms the insurer from a final destination into a behind-the-scenes enabler. IaaS platforms allow insurers to offer coverage to partners on a flexible, pay-per-use or subscription basis, making it ideal for the short-term, activity-specific coverage often demanded in embedded contexts.

In Saudi Arabia, this model is gaining traction, with major players and innovative partnerships demonstrating its real-world application. Rommana is the first IaaS platform in Saudi Arabia to offer comprehensive solutions that equip businesses with all the essential tools they need to effortlessly sell, manage, and renew insurance policies. Rommana’s AI-powered solutions help insurers transform insurance operations by automating claims, reducing costs, and enhancing efficiency. Equipped with a comprehensive full-stack infrastructure, Rommana’s API ensures seamless connections, making the process both cost-effective and durable.

The integration of AI into the Saudi insurance sector is driving a profound dual transformation, making protection more personal, accessible, and proactive, and revolutionizing insurance’s technical core. These two outcomes are two sides of the same coin. Better risk assessment, powered by richer data and more sophisticated analytics, enables the personalization and fairness that customers increasingly demand. By analyzing vast databases, from shopping habits and lifestyle choices to driving behavior and health metrics, AI enables insurers to create highly personalized products that fit an individual's actual risk profile and needs.

In conclusion, the insurance sector in Saudi Arabia is rapidly emerging as a defining force in the global financial landscape, moving decisively beyond the era of friction-laden paperwork and distant, transactional relationships. At the heart of this transformation is the convergence of two powerful forces: embedded insurance and IaaS. Embedded insurance revolutionized the customer journey, pulling protection out of siloed distribution channels and shifting it directly into the digital pathways of daily life transactions, from e-commerce checkouts to mobility applications and fintech platforms. Additionally, IaaS platforms provide the invisible infrastructure that makes this seamless integration possible, while empowering insurers to offer their core capabilities as modular, on-demand services.

The ultimate beneficiary of this technological revolution is the customer. By harnessing richer data and more sophisticated analytics, Saudi insurers can move beyond one-size-fits-all products to create coverage that is dynamically aligned with individual risk profiles and lifestyles.

Noha Gad

Saudi Arabia’s total agricultural imports recorded 18,762 thousand tons in 2024. Since the launch of Vision 2030, the Kingdom has pursued an ambitious strategy to reduce reliance on imported products by enhancing local production and providing high-quality alternatives, particularly in the fresh produce market.

At the forefront of this shift is Grove, a Riyadh-based agricultural technology startup. Positioning itself as a consumer brand, Grove leverages technology to create a demand-driven supply chain that connects farms directly to markets and households while minimizing waste and maximizing quality.

In an exclusive interview with Co-founder Mohammed Bin Ghannam, Sharikat Mubasher delved into how Grove is revolutionizing the fresh produce sector in Saudi Arabia, the key challenges it addresses, and its plans for market expansion. Ghannam also shared his vision for the future of the market both within the Kingdom and globally, outlining the key trends set to define its trajectory.

Grove describes itself as a consumer brand connecting farms, markets, and households. Can you walk us through how Grove's technology and operations enable this coordination?

At its core, Grove is solving a flavor and variety problem created by how traditional supply chains are designed. Because the system is optimized for predictability, shelf-life, and intermediaries, not end-consumer taste, farmers are pushed toward limited varieties and harvest timing that prioritizes transport and handling over ripeness. The result is a product that is often picked too early, travels too long, and reaches households with muted flavor and inconsistent eating quality.

Grove's technology changes that by turning real consumer demand into farm-level decisions through what we call a grade-to-channel system. We start by analyzing multi-channel demand, what people buy through our app, what retailers need, and what B2B clients order, then translate that into precise production planning at the farm level. This means farmers know what to plant, when to harvest, and which quality standards to meet before the season even starts.

On the operations side, we have built an integrated system that handles everything from harvest planning and quality grading to cold-chain logistics and last-mile delivery. Our software generates accurate harvest schedules days in advance based on real-time demand, and our routing algorithms ensure each grade is directed to the best-fit outlet based on quality specs and customer requirements.

What makes this work is vertical coordination. We are not a marketplace that just connects buyers and sellers. We operate as one extended system where farms, logistics partners, and sales channels share data and processes. This allows coordinated decisions across the entire chain, from soil to doorstep, so supply is shaped by real consumer demand instead of intermediary convenience.

What are the main challenges facing the fresh-produce market in Saudi Arabia, and how does Grove address them?

The biggest challenge is structural, not operational. The traditional supply chain was designed to move volume through intermediaries, not to deliver quality to consumers. This creates four major problems.

First, there is a massive quality gap. Most produce is harvested too early to survive the long journey through wholesale markets and distribution centers. Tomatoes arrive firm but flavorless. Strawberries are red but lack sweetness. Consumers pay premium prices but receive mediocre products optimized for travel, not taste.

Second, variety is extremely limited. The assortment on supermarket shelves does not match how people actually cook or eat. Generic varieties dominate because they fit standard supply chain flows, reflecting what intermediaries are comfortable managing rather than what kitchens actually need. What is surprising is that almost all imported products have local alternatives that are often far superior, closer to consumers, fresher, and in many cases cheaper to produce. But farmers do not know this, and even if they did, wholesale market brokers will not risk pushing new products into the market.

Third, there is zero transparency. Information about origin, handling, and farming practices is minimal. Without transparency, consumers cannot verify that their produce is safe or grown responsibly. They are forced to trust a system that has no accountability.

Fourth, food waste is massive; up to 30% of fresh produce is wasted in the traditional chain. When consumers purchase produce days after harvest, a significant portion of its usable lifetime has already elapsed. The result is spoilage in refrigerators, a hidden cost that makes cheap produce expensive.

Grove addresses these challenges through our demand-driven operating model. We partner directly with farmers through our Agri-Marketing service, which handles sales planning, coordinated planting and harvest, certified quality standards, cold-chain logistics, and guaranteed market access. This allows farmers to prioritize quality over volume because they know their entire harvest will be absorbed across appropriate channels.

For consumers, this means fresher, riper produce with full traceability. Our direct pathway eliminates premature harvesting, ripens fully, and reaches customers faster. We also solve the variety problem by moving the "what should be farmed" decision downstream, giving end consumers agency and input. That demand signal flows back upstream to farmers, giving them confidence that expanding into local alternatives will have commercial success.

The results speak for themselves. Our repeat-purchase rate is nearly 48%, and our food waste remains under 5%. These metrics prove that prioritizing quality and aligning with farmers aren't just idealistic goals, they lead to superior commercial performance.

How does Grove's unique demand-driven approach position the company to meet the rising demand for premium, organic, and specialty produce?

The traditional supply chain cannot meet premium demand effectively because it is built for volume and commoditized pricing. Grove starts from actual consumer demand and works backward to production planning. When we see demand for organic strawberries or specialty herbs, we translate that signal directly to farmers with clear guidance and guaranteed market access.

Our multi-channel structure de-risks farmer adoption. Premium grades go to our DTC channel at quality-aligned prices, while lower grades move through wholesale at fair value. This blended economics gives farmers confidence to invest in quality and specialization.

How does Grove contribute to reducing food waste in line with Vision 2030's food security objective?

Grove contributes to reducing food waste at three levels. At production, our grade-to-channel system helps ensure full harvest absorption; every kilogram finds its optimal market. At distribution, we harvest to order based on real-time demand, keeping our operational waste under 5% versus industry averages of 20-30%. At consumption, our produce arrives with a more usable lifetime intact, and we've designed packaging for smaller households and modern lifestyles.

Beyond operations, we are working to strengthen local production by proving Saudi farms can produce high-quality alternatives to imports. Our partnerships span the Kingdom, from Tabuk to Al-Hasa, Al-Jouf to Al-Qassim, contributing to a more resilient domestic supply chain that reduces import dependence. As part of the broader ecosystem, when we reduce waste, we are helping increase supply while optimizing the use of Saudi Arabia's rich agricultural resources, contributing to the Kingdom's vision for sustainable food security.

Grove recently closed a $5 million seed round. How will this new capital accelerate the company's growth strategy?

This is Grove's first institutional funding since we began operations in mid-2024, led by Outliers VC. The capital will be deployed across three priorities: deepening farm integration and partnerships, scaling logistics and fulfillment infrastructure, including cold-chain and regional fulfillment centers, and investing in technology systems that coordinate production planning, harvest scheduling, and demand forecasting.

Does Grove's long-term expansion plan include entering into regional and international markets?

Our current focus is on expanding within Saudi Arabia. We serve Riyadh today and are progressing toward additional cities across the Kingdom.

Finally, how do you see the future of the fresh-produce sector in Saudi Arabia, and what are the key trends that will reshape it?

The fresh-produce sector in Saudi Arabia is at an inflection point. Several converging trends are reshaping the market, and companies that understand and adapt to these trends will define the future of the industry.

The first trend is changing consumer behavior. Families are smaller, live in smaller homes, and work longer hours relative to previous generations. This has pushed fruit and vegetable consumption slightly out of diets, not because people don't want fresh produce, but because they have less time to cook, less time to visit central markets for better selection, and they need smaller quantities that don't match traditional market buying sizes. The future belongs to companies that can make fresh produce more convenient, more accessible, and better suited to modern lifestyles.

The second trend is rising quality expectations. Consumers are becoming more health-conscious, more informed, and more willing to pay for quality, traceability, and sustainability. They want to know where their food comes from, how it was grown, and whether it's safe. The traditional opacity of supply chains won't be acceptable in the future. Transparency and trust will become competitive advantages, not just nice-to-haves.

The third trend is technology adoption. Agriculture has historically been resistant to change, but that's shifting. Farmers are increasingly open to data-driven decision-making, precision agriculture, and partnerships that reduce risk and improve outcomes. The companies that can provide farmers with actionable insights, guaranteed market access, and operational support will win farmer loyalty and secure a reliable supply.

The fourth trend is sustainability and food security, driven by Vision 2030. The government is investing heavily in local agriculture, water efficiency, and reducing food waste. Companies that align with these national priorities, by strengthening local production, reducing waste, and building resilient supply chains, will benefit from policy support and consumer preference.

The fifth trend is consolidation and vertical integration. The fragmented, intermediary-heavy supply chains of the past are inefficient and unsustainable. The future will see more vertically coordinated systems where technology enables direct connections between farms and consumers, cutting out unnecessary intermediaries and reallocating value to the people who actually create it, farmers and consumers.

At Grove, we are building for this future. We are not just a produce delivery company. We are building the infrastructure for a demand-driven, tech-orchestrated agricultural system that aligns the incentives of farmers, consumers, and the market. We believe that is the future of fresh produce, not just in Saudi Arabia, but globally.

The companies that will succeed in this future are those that solve real structural problems, not just offer incremental improvements. That is what Grove is doing.