Noha Gad

In recent years, the investing world has moved far beyond the classic trio of stocks, bonds, and cash. Individual and institutional investors are increasingly looking for new ways to grow wealth, hedge risk, and protect against inflation in a complex, fast‑changing global economy. Economic uncertainty, low interest rates, and crowded public markets have pushed many to explore assets that behave differently from traditional portfolios and offer the potential for higher returns or unique exposure.

This is where alternative investments started. Unlike the familiar world of listed equities and government bonds, alternative investments refer to a wide range of assets that fall outside conventional markets: private equity, venture capital, hedge funds, real estate, commodities, infrastructure, collectibles, and even cryptocurrencies. These instruments often carry higher complexity, less liquidity, and more regulatory and operational risk, but they also open doors to diversification, distinctive opportunities, and sometimes outsized gains.

What is an alternative investment?

An alternative investment is a financial asset that does not fall into one of the conventional investment categories. It can include private equity or venture capital, hedge funds, managed futures, art and antiques, commodities, and derivatives contracts. In general, there are two main types of alternative investments. The first type is investing in assets other than stocks, bonds, and cash, such as infrastructure, real estate, and private equity. The second type involves investment strategies that go beyond traditional methods, such as short-selling and leverage.

Unlike traditional investments, alternatives are characterized by potential lower liquidity, assets in both private and public markets, and low correlation to markets. Their returns are primarily driven by alpha with higher dispersion among managers, and they often focus on inefficient markets.

Different types of alternatives

       * Hedge funds. These funds are pooled investment funds that trade relatively liquid assets and can be used as a diversification tool. It usually invests in companies involved in blockchain/crypto technology.

       * Private equity. PE is an ownership interest in a company or portion of a company that is not publicly owned, quoted, or traded on a stock exchange. They are designed to mimic hedge fund index returns using liquid securities.

       * Cryptocurrencies. Cryptocurrency, or digital currency, may not offer a strong hedge against other risk-on investments, but it may provide capital appreciation or passive income due to staking rewards.

       * Peer-to-peer lending. Investing in peer-to-peer lending means making loans to individuals or businesses through online platforms that connect borrowers with investors. It is similar to investing in bonds, though it occurs in more private markets and often involves riskier borrowers.

       * Commodities. Investors can invest in tangible goods with real-world uses and often perpetual demand, such as gold, silver, oil, or agricultural products.

       * Real estate. This includes investing in physical properties or property-based securities, real estate crowdfunding platforms, real estate investment trusts (REITs), and real estate mutual funds.

Pros and Cons of Alternative Investments

Because of their unique nature and differences from traditional markets, alternative investments may have low correlations to traditional investments like stocks and bonds. Therefore, investors most often turn to alternatives to potentially help diversify an investment portfolio and reduce overall portfolio risk. Other benefits include:

       * Higher return potential than traditional investments.

       * Offering protection against inflation.

       * Offering investors more specialty investment options.

Disadvantages

       * Associated with higher fees and transaction costs.

       * Have higher risks than traditional investments.

       * Lacks transparency and may have reduced regulation.

       * May not be right for novice investors due to their complexity.

Finally, alternative investments are not a one-size-fits-all solution, and they should be approached with clear goals, a realistic risk tolerance, and thorough due diligence. When used thoughtfully, within a balanced, diversified portfolio and in line with an investor’s time horizon and sophistication, they can enhance resilience and open doors to opportunities that traditional markets alone may not provide. For most investors, the key is not to chase every trendy alternative, but to integrate a carefully selected mix of alternatives that align with their overall strategy and long‑term objectives.

Ghada Ismail

As artificial intelligence reshapes the cybersecurity landscape, organizations are facing a new generation of digital threats, many of which are powered by the same technologies designed to improve business operations. In response, cybersecurity providers are increasingly embedding AI into their defense systems while also developing tools to secure AI itself.

TrendAI is positioning itself at the center of this shift. Headquartered in Tokyo and operating globally, the company leverages artificial intelligence and decades of cybersecurity expertise to help enterprises, governments, and organizations secure their digital environments across cloud, networks, endpoints, and emerging AI systems.

In this interview, Mahmoud Safwat, Country Manager for Egypt at TrendAI, discusses how AI is transforming cybersecurity operations, why securing AI systems is becoming just as critical as using them, and how organizations can balance innovation with responsible and regulated AI deployment. He also shares his perspective on whether AI is a passing trend or a long-term technological shift that will redefine how businesses operate.

How is AI transforming your core business operations, products, or services?
As you can see, our company is called Trend AI now. Trend AI has been working in cybersecurity—we are a cybersecurity leader globally. We have been in the market for over 35 years now as a Japanese company.

As AI is transforming everything in our industry, it is essential for our business. In our solutions, we focus on the evolution of technologies driven by AI. Basically, we have two main things: AI for security and security for AI.

AI for security means we integrate AI into our cybersecurity solutions to enhance our ability to detect cyber threats, attacks, and the many new types of threats emerging today. Especially because attackers are using AI too—they are innovative in how they execute malicious attacks—so we must be prepared. We need intelligence and adaptability, and AI helps us integrate these capabilities across all layers: endpoints, user machines, networks, data centers, and the cloud. Every layer of the customer’s environment is secured, and AI is at the core of it.

On the other side, we ensure our solutions fit customer needs when they want to integrate AI in their business. When clients deploy AI to enhance operations, we secure it so they can use AI safely and smoothly. They don’t have to worry about the consequences of reckless AI usage. We adapt our solutions to protect their AI infrastructure and enable businesses to leverage AI confidently.

How does your company approach responsible and ethical AI deployment?
Cybersecurity is our bread and butter. That’s our first priority. We integrate AI in our security solutions and secure AI itself to ensure its ethical usage. For example, if a user in a company is using an AI tool, we make sure no confidential data leaks. We prevent malicious use and regulate AI so that all data remains safe.

All AI tools within a company are regulated. Users operate within safe limits, protecting both the business and its data. This ensures AI is used ethically and responsibly, aligning with company policies.

What problem are you solving today by using AI technologies in your company? What client pain points are you addressing?
Our main focus is securing customer data. The biggest pain point for clients today is the evolution of attacks, especially as attackers also use AI to innovate. We help clients feel secure and cope with this evolving threat landscape.

Our AI-integrated products detect, respond, remediate, and even protect against attacks. They include proactive security features—we don’t wait for an attack. We predict potential threats, assess asset vulnerabilities, identify attack paths, and act before attacks happen.

We aim to stay ahead of threats, regularly assess the current security posture, and provide recommendations to close any gaps. If an attack occurs, we are ready to handle it fully, using AI at the core of our solutions.

Is regulation slowing AI innovation or making it stronger?
I totally believe regulation makes it stronger. Using AI without guidance leads to consequences. Regulation sets boundaries, defines what’s right, and allows us to build solid foundations.

I like to compare it to driving a car: brakes may slow you down, but they make you safe. You can go faster when you’re confident in your brakes. Similarly, regulation helps us use AI safely and ultimately advance faster, avoiding potential obstacles and setbacks.

Do you think AI is just a hype that will cool down over time?
I don’t think so. AI is still in its early stages. Yes, it’s booming and growing fast, but we’ve seen similar trends with the internet and other transformative technologies—they became essential and remain so.

Do you believe AI is a replacement for human talent or an enhancement tool for productivity?

AI will continue enhancing businesses, operations, and daily life—personally and professionally. Will it replace humans? No. Humans must supervise AI. Talents are critical. People need to maintain knowledge and learn how to leverage AI to work smarter, not replace their jobs. AI will make work easier, smoother, and more efficient, but humans remain central. AI is here to enhance, not replace, human work. It’s a tool that makes life better, helps businesses thrive, and ensures we can respond to a fast-changing cybersecurity landscape safely.

Kholoud Hussein 

Saudi Arabia’s automation revolution is no longer a distant future scenario—it is happening now, quietly and rapidly, across warehouses, factories, hospitals, and retail floors. Robotics and automation startups are emerging as some of the most strategically important actors in the Kingdom’s transition to a highly productive, digitally enabled economy. Their ascent aligns directly with the ambitions of Vision 2030, which places productivity, economic diversification, and advanced manufacturing at the center of national development.

Over the past five years, Saudi Arabia has witnessed a surge in investments, pilot programs, and digital infrastructure that has opened space for entrepreneurs to build automation solutions tailored to the Kingdom’s industrial needs. As global supply chains transform and AI-driven robots become more affordable and adaptive, Saudi startups are stepping into a market previously dominated by global tech players—and increasingly, they are building systems from the ground up for local conditions.

The robotics and automation sector in Saudi Arabia is on a trajectory toward exponential growth. Analysts estimate that the Kingdom’s automation market will surpass $2.5 billion by 2030, driven by government-backed industrial investments, gigaproject construction timelines, and rising labor productivity targets. Yet the real story lies in the startups leading this transformation—young companies using software, hardware, and AI to solve operational bottlenecks and build new economic capabilities inside the Kingdom.

A Market at the Crossroads of Demand, Technology, and National Strategy

Saudi Arabia’s economic structure makes it uniquely positioned for robotics adoption. The country has one of the largest construction pipelines in the world, including NEOM, The Line, Diriyah Gate, and dozens of industrial cities under the Ministry of Industry and Mineral Resources. These projects demand large-scale automation in logistics, maintenance, manufacturing, and infrastructure operations.

The Kingdom also faces a demographic transformation. With a young population entering the workforce and national goals to increase productivity across sectors, robotics is becoming a strategic tool—not to replace jobs, but to build more efficient, higher-skilled employment structures. Officials from the Ministry of Economy have repeatedly emphasized that automation is essential for building globally competitive industries. As one senior government advisor put it recently: “Saudi Arabia will not meet its productivity ambitions without embedding robotics deeply into the industrial and services sectors. Automation is not just an option—it is an economic necessity.”

This national recognition is reflected in major policy programs such as the National Industrial Strategy, which calls for expanding automation to increase non-oil manufacturing output, and the Saudi Data and AI Authority’s (SDAIA) AI roadmap, which encourages AI-based automation across government and private enterprises.

Startups at the Center of the Kingdom’s Automation Momentum

Although global providers such as ABB and Siemens maintain a presence in the country, the most transformative developments are emerging from local startups designing automation solutions tailored to Saudi Arabia’s operational environments. Their models reflect the specific bottlenecks faced in Saudi logistics networks, retail, food services, manufacturing plants, and healthcare facilities.

One of the standout players is Exa Robotics, a Saudi startup specializing in autonomous logistics robots now being deployed in warehouses and retail backrooms. The company’s units are designed to operate in high-temperature environments and navigate complex layouts, a challenge global robots rarely optimize for. Exa Robotics has grown rapidly, supported by local investors who view logistics automation as essential to supporting the Kingdom’s booming e-commerce economy.

Another rising startup is Red Sea Robotics, which focuses on industrial and inspection robots designed for oil, gas, and petrochemical plants. The startup builds autonomous systems that inspect pipelines, monitor heat levels, and navigate hazardous areas—reducing operational downtime and lowering safety risks in one of the Kingdom’s most critical industries. Global energy operators have shown interest in the product line, and the company has secured pilot programs with major industrial operators in the Eastern Province.

In the consumer and service sector, companies such as Smartr, which produces AI-driven service robots for retail and hospitality, are capitalizing on the Kingdom’s growing experience economy. Their robots greet customers, provide product information, deliver orders, and analyze foot traffic. During the 2023 Riyadh Season, Smartr’s robots were deployed across entertainment zones, demonstrating the potential for automation in customer-facing environments.

Saudi Arabia’s food and beverage sector is also witnessing robotics adoption led by startups like Botit, Nana Automation, and several emerging players working on robotic baristas, automated food preparation systems, and self-service culinary units. As the restaurant and café industry grows—especially in regions like Riyadh, Khobar, and Jeddah—operators are seeking to reduce operational costs while maintaining consistent service quality.

All these examples reflect a broader trend: automation is no longer limited to heavy industry. It is becoming a cross-sector force accelerating productivity across the Saudi economy.

The Investment Momentum Behind Saudi Robotics

Although robotics remains a capital-intensive sector, investment appetite in Saudi Arabia is growing steadily. Venture capital firms, corporate investors, and government-backed funds increasingly view automation as a core pillar of the Kingdom’s next industrial wave.

According to regional investment reports, robotics and automation startups in Saudi Arabia raised over SAR 400 million ($106 million) in disclosed funding over the past three years. Actual numbers are likely higher when undisclosed rounds and government grants are included. Investors are attracted to the sector because it aligns directly with national priorities. Funds such as STV, Raed Ventures, Impact46, and SVC have signaled strong interest in deep tech, supply chain technologies, and AI-powered industrial solutions.

One investor familiar with the space noted: “We’re seeing robotics move from pilot stages into full commercial deployment in Saudi Arabia faster than in many global markets. Vision 2030 has created clear demand, and startups that can demonstrate reliability have enormous growth potential.”

Foreign investors are also entering the market. Asian robotics manufacturers are exploring joint ventures in the Kingdom, encouraged by government incentives that support local manufacturing. European startups in industrial robotics are seeking partnerships with Saudi distributors, especially for warehouse automation and construction robotics. In 2024, two U.S.-based automation startups announced plans to establish Saudi subsidiaries after securing contracts with megaprojects.

With Saudi Arabia committing more than SAR 350 billion ($93 billion) to industrial expansion under the National Industry Strategy, robotics startups are well positioned to capture a share of this capital over the coming decade.

The Gaps Saudi Robotics Startups Are Filling

Saudi automation startups are emerging precisely where the market faces operational inefficiencies. Several gaps define the landscape:

The first is localization. Many global robotics systems are not optimized for Saudi climates, industrial conditions, or operational rhythms. Startups are addressing this mismatch by building robots capable of functioning in heat-intensive environments, wide warehouse layouts, and unpredictable retail foot traffic.

Another gap is integration. Many Saudi companies operate with fragmented digital and physical systems. Startups are offering plug-and-play automation platforms that integrate with ERP systems, inventory software, and AI analytics, enabling companies to automate without rebuilding entire infrastructures.

There is also a significant gap in mid-market automation. Large enterprises can afford global robotics solutions. SMEs cannot. Saudi startups are building affordable, modular robots designed for smaller retailers, mid-size warehouses, logistics hubs, and clinics.

Finally, startups are filling the workforce capability gap by creating easy-to-deploy robots requiring minimal technical training. As one manufacturing executive in Riyadh observed: “The most impressive thing about Saudi robotics startups is not the hardware—it’s the accessibility. They design systems that our teams can learn in days, not months.”

The Gaps That Still Need to Be Filled

Despite notable progress, several structural gaps remain in the Saudi robotics ecosystem.

One is localized hardware manufacturing. While software and AI development are growing rapidly, physical robot production still depends heavily on imports. Building local hardware capacity would reduce costs, shorten supply chains, and accelerate deployment.

Another gap is specialized robotics talent. Although universities are expanding AI programs, the Kingdom needs more engineers trained specifically in robotics hardware, embedded systems, and advanced mechatronics. Startups often rely on international recruitment, slowing down development cycles.

There is also room for sector-specific robotics, particularly in agriculture, construction, and healthcare—three areas where automation potential is high but still underdeveloped.

Finally, testing and regulatory pathways need to evolve. Robotics companies often face long approval processes for deploying autonomous units in public spaces or industrial zones. A streamlined regulatory framework, similar to those in South Korea or Singapore, could accelerate innovation dramatically.

How Robotics Startups Support Vision 2030

Robotics sits at the intersection of nearly every Vision 2030 pillar: productivity, technology, manufacturing, and human capital development. Automation plays a direct role in:

• increasing non-oil GDP through advanced manufacturing
• improving operational efficiency across logistics, energy, and construction
• enabling megaprojects that require high-speed, high-precision execution
• creating new high-skilled jobs for Saudi youth
• positioning the Kingdom as a regional hub for deep tech

As a senior SDAIA official recently stated: “Robotics will be one of the most important contributors to Saudi Arabia’s future economic competitiveness. Every major sector will rely on intelligent automation.”

Robotics also strengthens the Kingdom’s ability to attract global investors and manufacturers. As more industries adopt automation, the operational environment becomes more predictable, efficient, and globally competitive—qualities international firms seek when choosing manufacturing locations.

Foreign Investments and International Partnerships

Saudi Arabia has become a magnet for foreign robotics companies seeking regional expansion. Asian robotics providers are exploring local assembly facilities, encouraged by Saudi incentives tied to local content. European automation companies, particularly in warehouse and industrial robotics, are forming partnerships with Saudi retailers and manufacturing groups.

Several U.S. and Canadian AI-robotics startups have established Riyadh offices in 2024 after securing contracts with giga-projects, which require high-precision automation in energy, mobility, and urban infrastructure.

These patterns suggest that Saudi Arabia is positioning itself not only as a consumer of robotics technology, but as a regional production and development hub.

Finally, robotics and automation startups in Saudi Arabia are not simply following global trends. They are building solutions tailored to the Kingdom’s industrial realities, workforce needs, and economic ambitions. In doing so, they are playing a crucial role in transforming Saudi Arabia into a high-productivity, advanced-technology economy.

Over the next decade, the Kingdom’s robotics sector will expand far beyond warehouses and manufacturing floors. Autonomous systems will become embedded in healthcare, hospitality, retail, agriculture, and national giga-projects. With strong government backing, rising investor interest, and a growing base of homegrown innovators, Saudi Arabia is on track to become one of the Middle East’s most dynamic automation markets.

The coming years will determine the pace of this transformation. But the direction is clear: robots and automation startups will shape the next chapter of Saudi Arabia’s economic story—and they will do so at a scale the region has never seen before.

Kholoud Hussein 

As climate pressures intensify and global emissions targets tighten, a new generation of software companies is emerging—not just cleaner, not just carbon-neutral, but carbon-negative. These firms, built around intelligent automation and cloud-native models, are reshaping what it means to operate sustainably in the digital economy. They go beyond offsetting their own emissions and actively remove more carbon from the atmosphere than they emit. This new wave is known as Carbon-Negative SaaS.

The shift matters because the software industry, despite its reputation for light infrastructure, contributes significantly to global emissions. Data centers consume massive amounts of energy, AI training runs are increasingly carbon-intensive, and digital services rely on global supply chains that carry environmental costs. Against this backdrop, carbon-negative SaaS companies are introducing a fundamentally different approach—one that aligns profitability with climate responsibility.

What Does “Carbon-Negative SaaS” Mean?

At its core, carbon-negative SaaS refers to software companies whose overall climate impact is net-positive for the planet. They remove more carbon from the atmosphere than they produce across their full operational footprint. Unlike traditional tech firms that simply purchase carbon offsets to balance emissions, carbon-negative SaaS startups build sustainability into the architecture of their business. For example, they track and reduce emissions across every digital process, operate on renewable or low-emission cloud infrastructure, invest directly in carbon capture, removal technologies, or nature-based solutions, and embed carbon intelligence into their product lines.

This model is quickly gaining ground in markets where regulators, investors, and consumers increasingly expect digital businesses to demonstrate measurable climate action.

How Carbon-Negative SaaS Companies Operate in the Market

Carbon-negative SaaS companies function like any modern software provider, offering cloud-based platforms for analytics, workflow management, automation, or enterprise operations. The difference lies in how climate responsibility is integrated into their economics.

Cloud operations are shifted to data centers powered by renewable energy or backed by carbon-free computing commitments. Energy-intensive AI workloads are optimized through model compression, edge computing, or specialized chips that reduce electricity use. Emissions from operations, business travel, hardware, and cloud usage are measured in real time using automated carbon accounting.

But the true distinguishing factor is that these companies don’t stop at neutralizing emissions. They invest directly in carbon removal—whether through engineered carbon capture, direct air capture, reforestation programs, biochar production, or renewable-energy expansion. Many companies build these mechanisms into their cost structure, treating carbon removal as a core operational expense rather than an optional CSR initiative.

This operational design sends a strong message to clients: sustainability is not an add-on; it is foundational.

Is the Model Profitable?

Surprisingly, yes—and increasingly so. The rise of carbon-negative SaaS is closely tied to three macro forces:

Regulators around the world are tightening emissions reporting requirements, pushing companies toward verifiable climate solutions.
Enterprise buyers are under pressure to decarbonize supply chains, making sustainable vendors more attractive.
Carbon markets are maturing, offering clearer financial pathways to monetize carbon removal investments.

As a result, businesses are actively prioritizing vendors with measurable climate integrity. Recent surveys show that more than half of global enterprises prefer working with SaaS providers that can reduce the carbon intensity of their own operations. This demand gives carbon-negative SaaS companies a competitive edge.

Margins can remain healthy because core emission reductions come from cloud efficiencies and algorithmic improvements—areas that also reduce operational costs. Meanwhile, carbon removal expenses are increasingly offset through partnerships or market incentives.

Far from being a burden, carbon negativity becomes part of the value proposition.

How Customers Are Adopting the Concept

Adoption is accelerating, driven by the convergence of digital transformation and sustainability mandates. Enterprises want software that does more than improve efficiency—they want tools that help them meet net-zero or net-negative targets. Many global brands now require suppliers to declare their carbon footprint, making sustainability a prerequisite for contracts.

Carbon-negative SaaS platforms offer this credibility. They provide both functional value and climate impact, giving clients the confidence that their digital operations are not adding to emissions. In markets such as Europe and the GCC, where regulators intensify climate reporting requirements, this dual benefit makes the model especially attractive.

This shift mirrors earlier waves: companies that adopted cloud-native solutions gained cost and agility advantages. Now, firms that adopt carbon-negative SaaS gain both environmental and reputational advantages.

The Future of Carbon-Negative SaaS

The model is still emerging, but the trajectory points toward mainstream adoption. Several trends will define its future:

Cloud providers are racing toward zero-carbon infrastructure, making it easier for SaaS companies to operate sustainably.
AI workloads will demand cleaner energy sources as models grow larger and more complex.
Investors increasingly evaluate startups based on climate metrics alongside financial ones.
Enterprises will expect software providers to meet the same carbon standards they have set for themselves.

By 2030, analysts predict that a significant portion of enterprise software contracts will include climate-impact clauses. Carbon-negative SaaS companies will have a structural advantage.

Carbon-Negative SaaS in the MENA Region

The model is gaining momentum in markets like the UAE and Saudi Arabia, where national climate strategies explicitly support carbon-removal innovation and green digital infrastructure.

Saudi Arabia’s Vision 2030 pushes major investments into clean energy, green hydrogen, and carbon-removal technologies. Local startups are beginning to explore carbon intelligence platforms, energy-tracking systems, green cloud computing, and digital sustainability tools. As the Kingdom expands solar capacity and green-tech investment, it will become fertile ground for carbon-negative software businesses.

The UAE, home to COP28, is also accelerating digital climate solutions. Cloud providers like Microsoft, AWS, and Google are expanding regional presence with commitments to renewable-powered data centers, enabling carbon-negative SaaS startups to operate regionally without relying on carbon-heavy infrastructure.

The MENA market is in the early stages, but the foundations are set for rapid adoption—especially as enterprises in retail, logistics, fintech, and government seek to align operations with national net-zero goals.

Finally, carbon-negative SaaS represents the next chapter of digital innovation—a model where technology companies don’t merely reduce their environmental footprint but actively contribute to reversing climate change. These startups prove that economic value and environmental value can coexist, and that software can be both a business engine and a climate solution.

As global and regional markets move toward stricter climate expectations, carbon-negative SaaS will not be a niche category. It will be a standard. And the companies that embrace this model early—especially in fast-growing regions like the Middle East—will define the next generation of sustainable tech leadership.

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.