Keppler: iyris’ solutions reduce 90% of water and energy consumption in farming practices

Sep 15, 2025

Noha Gad

 

The agricultural technology (agritech) market in Saudi Arabia is experiencing significant growth as the Kingdom invests heavily in modernizing the agricultural sector through cutting-edge technologies, in alignment with Vision 2030 goals of diversifying the national economy and ensuring food security. 

The agritech startup ecosystem in Saudi Arabia is rapidly evolving, backed by government support, private investments, and innovative entrepreneurs. Additionally, the focus on sustainable and efficient agricultural practices aligns with global trends, positioning the Kingdom as a potential leader in agritech developments in the Middle East and beyond.

In this regard, Sharikat Mubasher had an interview with John Keppler, Executive Chairman of iyris, one of the leading agritech startups in Saudi Arabia specializing in advancing commercial farming for low to mid-tech farmers in hot climates globally.

 

First, can you share more details about iyris' solutions to advance commercial farming in warmer climates? 

iyris is a pioneering Saudi-founded Agritech company. We specialize in solutions which enable sustainable commercial farming in hot climates. 

Our founders designed solutions to make it easier for farmers to grow fresh crops in difficult environments. Derya Baran, Mark Tester, and Ryan Lefers each had an academic and commercial focus on mitigating the impact of climate change to help feed the world’s growing population sustainably.

In our lead product, SecondSky, we created a range of greenhouse coverings that minimize the stress and impact of near-infrared heat radiation on plants while allowing the spectrum of light that plants need for photosynthesis. This is revolutionary in the agriculture industry. It delivers more resilient, productive, and profitable crops in regions where climate change and excessive heat make it difficult to grow fresh produce sustainably.

SecondSky’s polycarbonate, polyethylene, nets, and soon-to-be-launched shade screens are deployed to customers growing fresh produce in the UAE, Saudi Arabia, Egypt, Morocco, Spain, Portugal, Mexico, and North Africa. 

While the nanomaterials we invented to make these benefits possible are proprietary and complex, our business model is designed to deliver this innovation as simple as possible by making it a drop-in solution to existing manufacturing and distribution channels.  That way, our customers can buy their roofs, nets, and screens using SecondSky as a one-for-one replacement for traditional plastic greenhouse roofing. 

Utilized by growers on five continents and in 11 countries, SecondSky alone delivers a reduction in energy use by over 40% and water consumption of 30% at customer installations and we have seen crop yield increases and growing season extensions by as much as 35%.

Additionally, iyris has developed plant genetics via a novel hybridization process that has the potential to breed resiliency to salinity, head, and drought processes across a broad range of crops, ensuring stress-resistant, dependable food production. The technology is already demonstrating exciting results with some of the world’s largest tomato growers in large-scale open-field trials.

 

How could iyris’ climate-smart solutions enhance agricultural sustainability in Saudi Arabia?

iyris’ climate-smart solutions play a pivotal role in enhancing agricultural sustainability in Saudi Arabia and beyond. Invented at KAUST in Saudi Arabia, our technologies have been trialed and tested to withstand the Saudi Arabian climate. The academic and scientific resources at KAUST and funding and incubation provided by the university and its seed and venture funding capabilities have been a critical part of our journey in developing products in Saudi, by Saudi, and for Saudi, and then exporting to the world. 

It works well in the region because it was developed for the challenges of the region, which given the implications of climate change are having a negative impact globally.   

iyris’ SecondSky technology blocks heat radiation effectively, making it ideal for addressing the challenges of the extreme Arabian Gulf conditions and helping to increase food security in a country where 85% of its food is imported. In targeting low to mid-tech farmers, who represent more than 70% of growers worldwide, we provide an immediately deployable solution that impacts growers from the moment it is installed. 

In the Saudi Arabian context, that means that farms that were unproductive can be brought back into the supply chain very quickly. For each kilo of produce that is grown locally, that is a kilo less that needs to be imported, or transported across the Kingdom. Every farmer who can grow both in a financially and ecologically sustainable way protects the future of their local communities and has the potential to reduce urban drift. 

We have already executed pilot projects within the Kingdom where these benefits are starting to be seen and it’s a program that we think can be widely expanded.

 

Pure Harvest Smart Farms concluded a deal to acquire iyris’ facility in the Kingdom. In your opinion, how could this step help iyris to broaden its presence in Saudi Arabia?

The sale of our facility in Saudi Arabia to Pure Harvest Smart Farms reflected our strategic transition into a pure-play technology company. Known for its commitment to sustainable and climate-smart farming, Pure Harvest was an ideal partner to take on this facility.

The integration of our SecondSky heat-blocking technology at the facility aligns with Pure Harvest's dedication to sustainable agriculture and solidifies our technology as a valuable asset in Saudi Arabia's agricultural landscape. 

This sale solidifies existing partnerships (e.g. Alajaweed Farm), presents opportunities for collaboration, and fosters the growth of innovative agricultural solutions in the region. The move has advanced sustainable agriculture and addressed climate-related challenges in Saudi Arabia, strengthening our presence in the Kingdom.

 

What about your recent $16 million Series A funding round? 

In May 2024, we raised a $16 million Series A round. We are proud of this vote of confidence from the investment community, which comprised existing and new investors.

The fundraising was led by Ecosystem Integrity Fund (“EIF”), a San Francisco-based climate and sustainability fund supporting high-growth companies that drive a positive environmental impact, with further support from Global Ventures, Kanoo Ventures, Dubai Future District Fund (DFDF) and Bonaventure Capital. 

The proceeds will help support increased sales coverage and delivery of iyris’ strong international sales pipeline for our SecondSky greenhouse covers and nets. It will also fund the continued development of our innovative heat-blocking products and resilient plant genetics, which both have huge potential to improve yields further. 

We are grateful for the investors who have recognized that iyris technology solutions deliver tangible benefits to the farming community and understand its wider potential. Our investors understand there is a clear and focused strategy for delivering scalable AgriClimate technologies into our addressable market. 

 

What are iyris’ plans to expand beyond the Saudi market, notably in Egypt and East Africa? And how do you see the future of sustainable farming and agriculture in Africa?

We are actively expanding our footprint in North and East Africa, delivering adaptable and effective solutions to commercial farming. In March 2024, we signed a strategic MoU with Magrabi Agriculture, Egypt’s leading fresh produce provider, enabling iyris’ cutting-edge technology to be deployed across Magrabi’s farming facilities and international operations.

This is one of several examples of successful partnerships and endorsement by key stakeholders in the region, as we continue to work closely to transform agriculture globally. 

 

In your opinion, how do iyris’ solutions contribute to tackling climate change?

With the global population estimated to grow to 10 billion by 2050, food security and farming in a sustainable manner (both environmentally and fiscally) is a worldwide challenge. By providing sustainable and efficient solutions that reduce water and energy consumption in farming practices by up to 90%, we contribute significantly to the collective effort to tackle climate change and promote a sustainable future.

We are proud to be helping feed the world in a climate-friendly manner.

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Beyond the spiritual journey: healthcare and transport at Hajj 2026's heart

Noha Gad

 

Saudi Arabia has proven that technology and telecommunications are cornerstones of the modern Hajj experience. The record success of Hajj 2026 was powered by AI-driven crowd management, multilingual robots, the Nusuk platform, and a robust 5G network with over 5,230 towers delivering 99.9% availability. Yet the backbone of any mass gathering lies in the physical well-being and movement of millions. Healthcare and transport represent the most critical and most demanding pillars of the Hajj economy in Saudi Arabia.

The physical well-being of over 1.7 million pilgrims, many elderly or with pre-existing conditions, in a climate where temperatures can exceed 45 degrees Celsius, presents a medical challenge of epic proportions. Heatstroke, exhaustion, infectious diseases, and cardiac emergencies are constant threats that demand an instantaneous, highly coordinated medical response. Simultaneously, moving this massive population across the sacred sites requires transport networks of extraordinary capacity and precision. 

According to official figures by the Ministry of Health (MoH), the Saudi healthcare ecosystem delivered around 2.5 million medical services during Hajj 2026, while over one million calls were handled through the ministry's "937" health hotline. More than 52,000 health workers and 7,700 paramedics were deployed during the pilgrimage, supported by over 20,000 hospital beds, including 3,800 dedicated to the holy sites. Additionally, field epidemiology teams, rapid-response units, and advanced laboratory networks remained on standby throughout the pilgrimage, while multilingual public awareness campaigns focused on heat stress and disease prevention.

This success was also supported by the Kingdom’s efforts to increase hospital capacity significantly and provide new healthcare services. This included remote consultations through the Virtual Health Hospital, systems enabling the exchange of medical information with pilgrims’ home countries, and the deployment of a Mobile Stroke Unit to serve visitors in and around the Holy Mosque. According to the Vision 2030 Annual Report 2025, around 10,000 individuals benefited from the Virtual Health Hospital. This milestone reaffirms that virtual care has become a core component of the healthcare system in the Kingdom.

 

The integration of groundbreaking technologies to advance healthcare services

The Kingdom achieved a fundamental transformation in the healthcare systems during Hajj 2026 by integrating AI-powered surveillance, virtual clinics, and smart wearables. These innovations enabled authorities to manage crowds safely, provide real-time multilingual medical guidance, and protect millions of pilgrims from extreme heat and health risks.

  • Intelligent healthcare systems

The National Platform for Health and Insurance Exchange Services (NPHIES platform) gave medical practitioners instant access to patient data, while telemedicine services provided remote consultations. The platform functioned as a centralized health information exchange (HIE) system that connected doctors, clinics, and emergency responders in the sacred sites to streamline several key healthcare processes. Additionally, the Raqeem enhanced medical records management and documentation efficiency, alongside the Raqeeb platform for monitoring and managing controlled medications, and the Ayenati system, which digitally connects laboratories and test results to accelerate access to health information.

To further enhance healthcare services during Hajj 2026, the Kingdom launched the Symptom Checker, an AI-powered tool that analyzes symptoms and medical history to provide preliminary assessments and instant health guidance. This solution contributed to reducing waiting times, improving medical triage efficiency, and providing around-the-clock medical support.

  • Medical robotics

Medical robotics played a pivotal role in facilitating and streamlining healthcare services for pilgrims. These robots helped medical workers provide effective and accurate treatments and enhance patient outcomes. Hospital logistics, medicine distribution, and patient care services were also supported by robotic technologies. This innovation decreased response time and aided healthcare teams in coping with a surge in demand as a result of millions of visitors.

  • Drones

Saudi authorities introduced drone deliveries for medicine and medical supplies during Hajj 2026, operating across the holy sites of Makkah. This innovation contributed to speeding up the delivery of medical logistics and improving response times during the Day of Arafat.

  • Electronic E-Bracelets and Smart Cards

Pilgrims were equipped with digital e-bracelets or cards that store vital personal and medical information, allowing first responders and medical tents to access medical history instantly.

 

Moving millions: Transport network behind Hajj 2026

Transport played a central role in managing the movement of millions of pilgrims across cities and holy sites within a limited timeframe. In recent years, a more connected network has made it easier to move between arrival points, Makkah, Madinah, and the sacred sites. This network brings together air, rail, and ground transport. For instance, pilgrims who arrive through Jeddah or Madinah can travel via the Haramain High-Speed Railway between major cities and rely on other transportation, such as the Mashaer Train and Makkah buses, to move within and around the holy sites. 

The Haramain High-Speed Railway is one of the fastest trains in the world, which links Makkah and Madinah through a 453-kilometer route passing through Jeddah, King Abdulaziz International Airport, and King Abdullah Economic City (KAEC), with an operating speed of up to 300 kilometers per hour. Its network operates through a fleet of 35 trains, each with a capacity of up to 417 seats. In Hajj 2026, the Haramain High-Speed Railway recorded outstanding performance, achieving an on-time performance rate exceeding 98%. It transported more than 1.16 million passengers through 5,569 trips linking Makkah and Madinah. 

With a fleet of 17 trains and an operational capacity of 72,000 passengers per hour, the Mashaer Train extends for 18 kilometers and connects the holy sites of Mina, Muzdalifah, and Arafat, helping reduce travel time, ease traffic congestion, and improve crowd-management efficiency during peak periods. Official figures showed that the Mashaer Train transported more than 961,000 pilgrims in Hajj 2026. Around 290,000 pilgrims were transported from Arafat to Muzdalifah during one operational phase, while another 357,000 pilgrims were later moved from Muzdalifah back to Mina.

Beyond passenger capacity, the Mashaer Train delivered significant environmental benefits as its operation helped replace approximately 50,000 bus trips during the season, easing traffic congestion and enhancing environmental sustainability through reliance on electric energy with zero carbon emissions.

The Kingdom’s plans to facilitate transport during Hajj 2026 included the deployment of 33,000 buses and 5,000 taxis to boost safe, efficient transport and smooth pilgrim movement across the holy sites. More than 2,500 buses were operating round the clock to transport pilgrims, while 24 parking areas with space for 20,000 buses had been prepared to reduce congestion and improve movement efficiency. Additionally, the Royal Commission for Makkah City and Holy Sites deployed 24,000 buses through a central automated control system, including 2,500 for arrivals and 400 buses operating within Makkah on 14 routes.

The numbers from Hajj 2026 paint a remarkable picture of logistical and humanitarian achievement. It underscored Saudi Arabia’s successful efforts to transform the Hajj from a spiritual journey burdened by logistical chaos into a masterclass in human-centered coordination. The integration of AI-powered diagnostic tools, telemedicine platforms, robotic logistics, and drone deliveries redefined what is possible in mass gathering healthcare.

The true success of Hajj 2026 is a testament to the Kingdom’s commitment to better serving pilgrims and Umrah performers under the ambitious Vision 2030. From the digital ecosystems, including AI crowd management, 5G connectivity, and the Nusuk platform, to the healthcare and transport pillars, the Kingdom has demonstrated that technology and human compassion are not opposing forces but complementary tools.

Understanding Business Funding Types: Commercial Capital vs. Equity Capital

Ghada Ismail

 

In Part One of this series, we explored two of the most common forms of business funding: initial capital, which helps entrepreneurs launch their ventures, and debt capital, which allows businesses to borrow money for growth and operations. But once a business moves beyond the startup stage, its financial needs become more complex.

Companies need funding to purchase inventory, cover operational expenses, enter new markets, and support expansion plans. This is where commercial capital and equity capital come into play.

Although both provide businesses with access to financial resources, they work in very different ways. Understanding the distinction can help founders choose the funding model that best supports their growth ambitions.

 

What Is Commercial Capital?

Commercial capital refers to funds used to support a company's commercial activities and day-to-day operations. It is commonly utilized by startups and small and medium-sized enterprises (SMEs) to finance ongoing business needs and maintain operational momentum.

Commercial capital is often used for:

  • Purchasing inventory or raw materials
  • Covering operating expenses
  • Managing fixed costs
  • Supporting trading and commercial activities
  • Improving cash flow flexibility

Unlike initial capital, which is typically used to get a business off the ground, commercial capital is usually deployed once a company is already operating and looking to sustain or expand its activities.

Because this form of capital is closely tied to business performance and market activity, it is generally considered higher risk. However, that risk can also create opportunities for stronger returns, making commercial capital an important tool for businesses seeking growth.

 

What Is Equity Capital?

Equity capital takes a different approach. Instead of funding business activities directly, it involves raising money by selling a portion of the company to investors.

Sources of equity capital may include:

  • Angel investors
  • Venture capital firms
  • Private equity funds
  • Strategic corporate investors
  • Friends and family

In exchange for their investment, shareholders receive an ownership stake in the business and benefit if the company's value increases over time.

Unlike debt financing, equity capital does not need to be repaid. However, founders must be willing to share ownership, future profits, and often some influence over major business decisions.

For startups pursuing aggressive growth, equity capital can provide access to larger amounts of funding than traditional financing options.

 

The Key Difference: Ownership

The most significant difference between commercial capital and equity capital is ownership.

Commercial capital is designed to support business operations. While providers of capital expect returns from the activities they finance, founders generally retain full ownership and control of the company.

Equity capital, on the other hand, requires entrepreneurs to exchange a portion of their business for funding. Investors become stakeholders whose success is tied directly to the company's future performance.

For founders, the trade-off is straightforward: commercial capital helps finance business activities, while equity capital helps finance growth by bringing new owners into the company.

 

Which Option Is Right for Your Business?

The answer depends largely on the company's stage of development and funding needs.

Commercial capital may be a better fit if a business:

  • Needs funding for inventory or operational expenses
  • Wants to maintain ownership and control
  • Has established revenue streams
  • Requires short- to medium-term growth support

Equity capital may make more sense if a business:

  • Is in its startup or early-growth stage
  • Needs substantial funding to scale quickly
  • Wants access to investor expertise and networks
  • Is willing to share ownership in exchange for growth capital

Many successful companies use both forms of capital at different stages of their journey. A startup may initially raise equity capital to build its product and enter the market, then use commercial capital later to support expansion and day-to-day operations.

 

To Wrap Things Up…

As we've seen throughout this series, different types of capital serve different business objectives. Initial capital helps launch a company, debt capital provides borrowed funds, commercial capital supports ongoing operations, and equity capital brings investors into the ownership structure.

Neither commercial capital nor equity capital is inherently better. The right choice depends on a company's goals, financial position, and growth strategy.

For entrepreneurs, understanding the strengths and trade-offs of each type of capital is essential to building a sustainable business and making smarter funding decisions as the company evolves.

How baby bonds democratize access to fixed-income investing

Noha Gad

 

In the evolving world of finance, access to investment opportunities has traditionally favored those with substantial capital, as high minimum investment requirements often create barriers for retail investors, limiting their ability to diversify portfolios and participate in fixed-income markets. Yet, financial innovation continues to reshape this landscape, introducing instruments designed to democratize access and empower everyday investors.

One of these instruments is baby bonds, fixed-income securities specifically structured to lower the entry threshold for individual investors. Unlike conventional bonds, which typically require a minimum investment of $1,000 or more, baby bonds are issued with par values under $1,000, often ranging between $25 and $500. This accessibility makes them particularly appealing to retail investors seeking to build stable, income-generating portfolios without committing large sums of capital upfront.

 

How do baby bonds work?

These instruments function like other fixed-income securities as they have a specific maturity date and follow a schedule of interest payments. At maturity, the issuer repays the principal amount to the bondholder. However, many baby bonds are issued as zero-coupon bonds, meaning they are sold at a deep discount to their face value and do not pay periodic interest. The maturity periods for baby bonds are various. Some issuers offer short-term bonds with 5 to 15-year maturities, while others extend to decades, sometimes up to 50 years, particularly when issued for long-term infrastructure projects.

Baby bonds offer several compelling benefits for retail investors, notably:

  • Accessibility: Low investment minimum makes fixed income accessible to investors with limited capital.
  • Portfolio diversification: baby bonds enable small investors to add fixed-income exposure to otherwise equity-heavy portfolios.
  • Fixed income stability: These bonds provide predictable returns with defined maturity dates.

Additionally, baby bonds represent a practical way for investors in emerging markets or those building their first investment portfolio to enter the bond market without committing substantial capital. They are especially useful for gradual portfolio building, allowing investors to purchase multiple bonds over time.

 

Some risks to consider before investing in baby bonds

Despite their advantages, baby bonds carry important risks that investors must understand:

  • Risks stay the same.  A lower investment minimum does not mean lower risk. Baby bonds carry the same credit risk, interest rate risk, and inflation risk as traditional bonds.
  • Zero-coupon limitations: Many baby bonds are zero-coupon, meaning no interim income is paid. Investors must wait until maturity to realize gains, which may not suit those seeking regular income.
  • Liquidity concerns: Some baby bonds may have limited secondary market activity, making them harder to sell before maturity compared to widely traded bonds or bond ETFs.
  • Opportunity cost: For investors with capital available, the low returns on baby bonds may offer lower returns compared to equities or other investment vehicles over the same period.

To sum up, baby bonds represent a meaningful step toward democratizing access to fixed-income investing. By lowering the entry threshold, they remove a longstanding barrier that has historically excluded retail investors from the bond market. For investors in emerging markets, those building their first portfolio, or anyone seeking to diversify with limited capital, baby bonds offer a practical pathway to participate in stable, income-generating assets. However, investors must recognize that baby bonds carry the same credit, interest rate, and inflation risks as traditional bonds, and factors such as zero-coupon structures and limited liquidity require careful consideration. This is why baby bonds are best suited for investors who prioritize gradual portfolio building, fixed-income stability, and diversification over aggressive returns. 

Understanding Business Funding Types: Debt Capital vs. Initial Capital:

Ghada Ismail

 

Every business needs funding, but not all funding serves the same purpose. The money that helps launch a company is often very different from the money that fuels its growth later on. For entrepreneurs, understanding the distinction is crucial, as the type of capital they choose can affect ownership, financial flexibility, and long-term sustainability.

Two of the most common funding sources are initial capital and debt capital. While both provide businesses with the resources they need to operate and grow, they play different roles at different stages of a company's journey.

 

What Is Initial Capital?

Initial capital is the money used to start a business. It covers early expenses such as product development, licensing, equipment, office space, marketing, and initial hiring.

This funding often comes from founders' personal savings, family and friends, angel investors, or seed-stage investors. Its primary purpose is to give a business enough runway to launch, attract customers, and begin generating revenue.

Without sufficient initial capital, even strong business ideas can struggle to move beyond the planning phase.

 

What Is Debt Capital?

Debt capital is money borrowed by a business and repaid over time, usually with interest. Common sources include bank loans, credit facilities, government-backed financing programs, and private lenders.

Unlike equity-based funding, debt capital allows business owners to raise money without giving up ownership. Companies often use it to expand operations, purchase equipment, increase inventory, or strengthen cash flow.

The trade-off is that debt creates a financial obligation that requires repayment regardless of business performance.

 

Key Differences

The biggest difference between the two is timing. Initial capital is typically used during the launch stage, while debt capital is often accessed once a business has established operations and can demonstrate its ability to repay lenders.

Ownership is another major distinction. Initial capital may come from investors who receive equity in return for their funding. Debt capital does not dilute ownership because lenders are entitled to repayment, not a stake in the company.

Risk is also distributed differently. Investors who provide initial capital share in both the potential upside and downside of the business. Lenders, however, expect repayment regardless of whether the company succeeds or struggles.

 

Why Initial Capital is important?

Initial capital gives entrepreneurs the resources needed to build a foundation. It allows them to develop products, test business models, and attract customers before revenue becomes consistent.

It also provides greater flexibility during the early stages, when uncertainty is highest and businesses may need time to refine their strategy. A strong initial funding base can further improve credibility with future investors, lenders, and partners.

 

The Benefits of Debt Capital

For established businesses, debt capital can be an effective growth tool. Its biggest advantage is that founders retain full ownership and control of their company.

Debt financing can also provide access to larger amounts of funding without diluting equity. For businesses with predictable cash flow, borrowing can accelerate expansion and help seize opportunities that might otherwise take years to finance internally.

 

Which One Is Right for Your Business?

The answer depends largely on the company's stage of development.

Startups typically rely on initial capital because they need funding before generating reliable revenue. Taking on significant debt too early can create unnecessary pressure and financial risk.

More mature businesses, on the other hand, are often better positioned to benefit from debt capital. With established revenue streams, they can use borrowed funds to expand while maintaining ownership control.

In reality, many successful companies use both. Initial capital helps them get off the ground, while debt capital supports growth once the business is stable.

 

To Wrap Things Up…

Initial capital and debt capital serve different purposes, but both are essential tools in the financing journey of a business. Initial capital provides the foundation needed to launch, while debt capital can help scale operations and unlock new opportunities. Understanding when to use each can help entrepreneurs make smarter financial decisions and build businesses that are positioned for long-term success.

The 24/7 State: How Saudi Digital Infrastructure Eliminated Waiting as a Concept

Kholoud  Hussein 

 

For much of modern history, waiting was embedded in the relationship between citizens and institutions. It was accepted as an unavoidable part of accessing services, whether renewing official documents, obtaining business licenses, visiting government offices, or completing financial transactions. Entire systems were designed around queues, appointments, paperwork, and administrative processing times.

In economic terms, however, waiting has always represented something more than inconvenience. It is a hidden cost that reduces productivity, slows investment, delays business activity, and limits participation in the economy. Every hour spent in a government office is an hour not spent building a company, serving customers, creating jobs, or generating economic value.

Over the past decade, Saudi Arabia has quietly pursued a transformation that goes beyond digitizing government services. The Kingdom has fundamentally reengineered how citizens, businesses, and institutions interact, replacing traditional administrative processes with a digital infrastructure capable of operating around the clock.

The result is the emergence of what can be described as a "24/7 state," where government services are increasingly available at any time, from anywhere, and often with minimal human intervention. In this new model, waiting is no longer a necessary feature of governance. Instead, speed, accessibility, and seamless service delivery are becoming the default expectation.

This shift represents one of the most significant yet least discussed achievements of Vision 2030. While megaprojects often dominate headlines, the digital infrastructure revolution unfolding behind the scenes may ultimately prove just as transformative for the Kingdom's economy and society.

From Queues to Clicks: The Reinvention of Government Services

Saudi Arabia's digital transformation journey did not begin with artificial intelligence or cloud computing. It began with a more fundamental challenge: reducing friction between citizens and the government.

Over the past several years, the Kingdom has systematically digitized hundreds of public services through platforms such as Absher, Nafath, Tawakkalna, Qiwa, Sehhaty, Etimad, and Madrasati. What once required multiple office visits can now be completed through a smartphone within minutes.

According to the Digital Government Authority, Saudi Arabia achieved a score of 99.64% in the World Bank's GovTech Maturity Index, ranking among the world's most advanced digital governments. The achievement reflects years of institutional reforms designed to make government services more efficient, accessible, and user-centric.

Ahmed Alsuwaiyan, Governor of the Digital Government Authority, has repeatedly emphasized that digital government is not merely about technology adoption but about redesigning public service delivery to improve quality of life and economic competitiveness.

The implications are substantial. Entrepreneurs can establish companies faster. Investors can navigate regulatory procedures more efficiently. Employees can access public services without interrupting their workdays. Citizens can complete essential transactions regardless of geography or office hours.

In effect, the government has become a platform rather than a destination.

Building the Invisible Infrastructure

What users experience on their screens is only the visible layer of a much larger ecosystem.

Behind every digital transaction lies a complex infrastructure consisting of data centers, cloud platforms, digital identity systems, cybersecurity networks, fiber-optic connectivity, payment rails, and data-sharing frameworks connecting hundreds of public and private entities.

This infrastructure has become one of the most important investments undertaken under Vision 2030.

Saudi Arabia now possesses some of the highest internet penetration rates in the region, alongside one of the world's fastest-growing cloud computing markets. The Kingdom has also become a major destination for international technology companies establishing cloud regions and digital infrastructure facilities.

Global technology firms including Google Cloud, Oracle, Microsoft, and Amazon Web Services have all expanded their presence in the Kingdom, reflecting growing demand for digital services and enterprise computing capabilities.

Unlike roads or airports, digital infrastructure is largely invisible. Yet its economic impact is equally significant. Just as highways enable the movement of goods, digital infrastructure enables the movement of data, services, transactions, and economic activity.

Increasingly, it is becoming the foundation upon which entire industries operate.

Why Digital Infrastructure Became an Economic Asset

The transformation of digital infrastructure into a strategic economic asset represents one of the defining characteristics of Saudi Arabia's development strategy.

Traditionally, infrastructure investments focused on transportation, utilities, and industrial facilities. Today, digital infrastructure is being treated with similar importance because of its ability to influence productivity across every sector simultaneously.

A faster licensing process does not only benefit entrepreneurs. It accelerates capital deployment. A more efficient digital payments ecosystem does not only help consumers. It increases transaction volumes and supports business growth. Seamless government services reduce administrative burdens that traditionally consumed significant time and resources.

In this sense, digital transformation is not a technology initiative. It is an economic efficiency initiative.

The cumulative effect of millions of small time savings can generate enormous productivity gains across an economy. By reducing transaction costs and administrative friction, Saudi Arabia is effectively increasing the speed at which economic activity occurs.

Time itself is becoming an economic resource.

The Startup Layer: Filling Gaps Government Could Not

Government infrastructure created the foundation, but startups became the layer that translated digital capabilities into everyday experiences.

As public services moved online, entrepreneurs identified opportunities to solve problems that governments alone could not address.

Fintech startups accelerated digital payments and financial inclusion. Logistics platforms transformed delivery services. Healthtech companies connected patients with healthcare providers. Proptech firms simplified property transactions. Software startups automated operations for small and medium-sized businesses.

These companies did not replace government services. Instead, they expanded their usefulness.

The relationship between government infrastructure and startups has become increasingly symbiotic. Public platforms provide trusted digital identity systems, regulatory frameworks, and secure data environments. Startups build customer-focused solutions on top of these foundations.

This model has helped create one of the fastest-growing startup ecosystems in the Middle East.

Many entrepreneurs now view government digital infrastructure as an enabling platform rather than a regulatory obstacle. The result is a new generation of companies capable of innovating faster because much of the foundational infrastructure already exists.

The Rise of the 24/7 Citizen

Perhaps the most profound outcome of Saudi Arabia's digital transformation is not technological at all. It is behavioral. As government services became available around the clock, citizens gradually adjusted their expectations of how institutions should function.

For decades, interactions with government agencies were constrained by office hours, paperwork, and physical visits. Completing a transaction often required taking time off work, waiting in queues, and navigating multiple offices. Today, millions of Saudis renew licenses, issue official documents, register businesses, access healthcare records, pay fees, and complete legal procedures through digital platforms at any time of day.

The result is the emergence of what might be called the "24/7 citizen" — an individual whose relationship with government is no longer limited by geography or working hours.

This shift is especially significant in a country where more than two-thirds of the population is under the age of 35. Digital-native generations increasingly view instant access not as a luxury but as a baseline expectation. Waiting days for a service that can be delivered in minutes now feels outdated rather than normal.

The implications extend far beyond convenience. When citizens can complete administrative tasks in minutes rather than hours, they recover time that can be redirected toward work, entrepreneurship, education, or family responsibilities. Economists often discuss infrastructure in terms of roads, ports, and airports, but digital infrastructure produces a similar effect by reducing friction in everyday economic activity.

For entrepreneurs and small business owners, this transformation is particularly valuable. A founder can register a company, secure permits, manage tax obligations, and access government support programs without interrupting daily operations. In practical terms, the digital state lowers the administrative burden of entrepreneurship.

As expectations evolve, citizens are increasingly evaluating public institutions not against historical standards but against the best digital experiences available anywhere in the world. Government services are now compared with banking apps, e-commerce platforms, and ride-hailing services. This creates continuous pressure for innovation and improvement, making digital transformation an ongoing process rather than a completed project.

 

Saudi Arabia's Next Digital Frontier: AI, Cloud, and Autonomous Government

If the first phase of Saudi Arabia's digital transformation focused on digitizing services, the next phase will focus on intelligence.

The Kingdom is increasingly positioning itself at the intersection of artificial intelligence, cloud computing, and advanced data infrastructure. These technologies have the potential to transform government from a system that responds to requests into one that anticipates needs before citizens make them.

The concept of an autonomous government is beginning to emerge globally. Rather than requiring citizens to apply for services, future systems may automatically identify eligibility, process requests, and deliver outcomes with minimal human intervention. In such a model, government becomes proactive rather than reactive.

Saudi Arabia is building many of the foundational components required for this transition. Massive investments in cloud infrastructure, national data platforms, and artificial intelligence capabilities are creating the digital backbone needed for next-generation public services.

Artificial intelligence could reshape everything from healthcare and education to urban planning and public safety. Instead of simply storing information, government systems can analyze patterns, forecast demand, detect inefficiencies, and improve resource allocation in real time.

Imagine a healthcare system that predicts patient needs before hospital overcrowding occurs. Imagine traffic systems that dynamically adjust to congestion patterns. Imagine business licensing processes that automatically identify required approvals and accelerate decision-making through AI-powered analysis.

The implications for economic competitiveness are equally significant. As nations compete to attract global investment, digital capability is becoming a key factor in business location decisions. Investors increasingly evaluate not only tax policies and infrastructure but also the efficiency of government interactions.

Cloud computing represents another strategic frontier. Data centers, cloud platforms, and digital infrastructure are becoming as important to modern economies as industrial zones were during previous development cycles. Countries capable of hosting and managing large-scale digital infrastructure gain advantages in attracting technology firms, supporting innovation ecosystems, and enabling AI development.

For Saudi Arabia, AI is not merely a technology strategy. It is becoming an economic strategy. The Kingdom's ambitions to become a regional hub for artificial intelligence, data services, and digital innovation suggest that the next chapter of transformation will be defined less by digitization and more by intelligence.

 

The Investment Race Behind the Digital State

Behind every seamless digital service lies a less visible story: one of massive investment.

The transformation of Saudi Arabia into a leading digital government has required billions of dollars in spending on telecommunications networks, cloud infrastructure, cybersecurity systems, data centers, software development, and digital talent.

While citizens experience the convenience of digital platforms, investors increasingly recognize that digital infrastructure has become a strategic asset class.

The global race to build AI-ready economies is intensifying, and Saudi Arabia is positioning itself as a major participant. Government entities, sovereign wealth funds, technology companies, and private investors are directing substantial capital toward infrastructure that will support the next generation of digital services.

Data centers illustrate this shift particularly well. Historically, governments invested heavily in roads, airports, and industrial facilities because these assets enabled economic growth. Today, data centers are increasingly viewed through the same lens. They form the backbone of cloud computing, artificial intelligence, digital commerce, and public-sector digitization.

The investment opportunity extends beyond infrastructure itself. Every new digital platform creates opportunities for startups, software providers, cybersecurity firms, fintech companies, and specialized technology service providers.

Saudi Arabia's startup ecosystem has benefited significantly from this dynamic. As government agencies digitized services, entrepreneurs identified gaps, developed complementary solutions, and created businesses around emerging digital needs. The result is a growing ecosystem where public-sector modernization generates private-sector innovation.

This relationship between government investment and entrepreneurial activity is becoming one of the defining characteristics of Saudi Arabia's digital economy. Public investment builds the foundation, while startups and private companies develop the applications, services, and business models that maximize its value.

In many ways, the digital state is no longer simply a governance project. It has become an investment story, attracting capital, creating markets, and generating new opportunities across the technology sector.

 

Beyond Efficiency: The Social Impact of Eliminating Waiting

The elimination of waiting is often discussed as a matter of efficiency. Yet its most significant effects may be social rather than operational.

Waiting has historically imposed unequal costs across society. Individuals with flexible schedules, financial resources, or geographic proximity to government offices could often navigate administrative systems more easily than others. Those living in remote areas, working multiple jobs, or balancing family responsibilities faced greater barriers.

Digital services have helped reduce many of these disparities.

Residents in smaller cities can now access services previously concentrated in major urban centers. Working parents can complete government transactions outside traditional office hours. Individuals with mobility challenges can engage with public institutions without needing to travel.

In this sense, digital transformation is not only improving service delivery but also expanding access.

The impact is particularly visible among women, entrepreneurs, and younger generations. Digital platforms have reduced procedural barriers, accelerated access to information, and created new pathways for economic participation. Many activities that once required physical presence can now be completed remotely, increasing flexibility and accessibility.

There is also a psychological dimension to this transformation. Citizens who experience responsive institutions tend to develop greater trust in public services. When government interactions become predictable, transparent, and efficient, confidence in institutions can strengthen.

This trust carries economic value. Businesses are more willing to invest when administrative processes are clear. Entrepreneurs are more likely to launch ventures when regulatory interactions are straightforward. Citizens are more likely to engage with public programs when access is simple and transparent.

Ultimately, the elimination of waiting represents something larger than a technological achievement. It signals a shift in the relationship between citizens and the state.

The digital government of the future will not be measured solely by the number of services it offers online. It will be measured by how effectively it removes friction from daily life, expands opportunity, and enables people to focus less on navigating bureaucracy and more on participating in the economy.

In that sense, Saudi Arabia's digital transformation is not merely changing how government works. It is reshaping how society functions.

For some groups, digital technologies have represented more than efficiency gains. They have become catalysts for empowerment and participation.

Among the most significant beneficiaries of Saudi Arabia's digital transformation have been women, who increasingly use digital platforms to access employment opportunities, launch businesses, manage financial activities, pursue education, and participate in public life.

The next episode in this series, "Women and the Digital Leap: How Technology Accelerated Female Participation in Society," explores how digital tools helped reshape women's economic and social participation and why that transformation may become one of the most enduring legacies of the Kingdom's digital revolution.