Ghada Ismail

Saudi Arabia is quietly entering a new demographic chapter. While the Kingdom remains widely known for its youthful majority—with more than 70 % of citizens under the age of 35—another segment of the population is steadily expanding: older adults. According to the General Authority for Statistics (GASTAT), about 1.7 million people aged 60 and above now live in the Kingdom, representing roughly 4.8 % of the total population in 2025. 

This shift is subtle compared with global aging trends but significant enough to influence how healthcare, social services, and digital technologies are designed and delivered. The World Health Organization and Saudi health authorities define the elderly as individuals aged 60 years or above, a demographic that is expected to grow in the decades ahead amid rising life expectancy and improvements in healthcare access. 

Across homes, clinics, and digital platforms, artificial intelligence (AI) is beginning to play a meaningful role in enhancing seniors’ quality of life, helping them remain independent, connected, safe, and engaged in ways that align with Saudi cultural values and Vision 2030 priorities.

Aging and Its Challenges

Aging often brings layered challenges. Chronic disease management, reduced mobility, memory changes, and social isolation can gradually erode independence. Traditional care systems, heavily reliant on family or institutional support, are increasingly stretched amid smaller household sizes and urban lifestyle shifts. In Saudi Arabia, these concerns are compounded by a healthcare environment preparing for the future dynamics of a longevity economy.

Yet many older Saudis are actively engaged both socially and digitally. GASTAT’s 2025 Elderly Statistics Bulletin shows that over 60 % of elderly Saudis participate actively in social events, with 63.4 % of men and 57.3 % of women reporting regular activity. Additionally, high rates of digital engagement—where about 87 % of elderly men and 78 % of elderly women use smartphones or computers—reflect a population already comfortable with basic technology. 

Wearables: Personalized, Continuous Support

One of the most visible intersections of AI and elder care is through wearables, smart devices capable of continuous monitoring and predictive analysis. These devices use machine learning to track vital signs such as heart rate, movement, sleep patterns, and irregular activity. The real value lies in algorithms that can detect deviations from personal norms and alert caregivers or family members before small issues become emergencies.

A notable Saudi startup leading innovation in this space is Me’kaaz, which has developed AI-enabled wearable solutions tailored to senior care. Rather than serving merely as emergency alerts, Me’kaaz’s technology focuses on early detection and prevention. It captures subtle changes in activity or routines that may signal emerging health problems—whether related to mobility, cardiovascular health, or daily function—helping families and clinicians intervene proactively.

Importantly, these technologies are linguistically and culturally localized for Saudi users. AI interfaces support the Arabic language and sensory cues that feel natural and respectful, ensuring seniors can interact comfortably with devices. This cultural resonance is crucial in a society that emphasizes family involvement and dignity in elder care.

AI Companions and Social Connectivity

Physical health is part of the picture, but emotional well-being is equally important. Loneliness and social isolation have been linked globally to depression and cognitive decline, particularly among seniors living alone or with limited mobility.

AI-powered digital companions are entering this space as well. These systems combine conversational capability with reminders, mental exercises, and engagement tools designed to keep elderly users mentally stimulated and socially connected. Me’kaaz and other innovators are exploring how these companions can deliver culturally relevant content, including religious and community-oriented interactions, enriching everyday life for seniors who may spend long hours alone.

Such AI companions are not a replacement for human interaction, but a supplemental presence, especially valuable for those whose families live at a distance or have demanding work schedules.

Training for an AI-Enabled Life

Technology adoption does not begin with advanced gadgets; it begins with confidence. Recognizing this, national and private initiatives in Saudi Arabia are increasingly focusing on digital literacy for older adults.

A notable example is the collaboration between Huawei Technologies and stc Group, which launched a senior-focused training program under Huawei’s global “Education for All” initiative. The program’s SmartTruck serves as a mobile digital classroom, traveling across regions of the Kingdom to deliver free, hands-on training for people aged 50 and above.

These workshops cover practical digital skills: using smartphones, accessing online services, understanding digital safety and fraud protection, and navigating AI-enabled tools. In its early phase, the initiative trained more than 2,000 seniors through over 150 workshops, underscoring strong enthusiasm among older adults for digital skill-building when instruction is accessible and age-appropriate.

While these sessions don’t teach deep AI theory, they build foundational confidence. For seniors, learning to interact safely with digital systems reduces anxiety, increases participation, and lays the groundwork for more sophisticated AI engagement, whether through telemedicine, smart wearables, or digital communities.

AI in Healthcare Systems

AI’s role is expanding beyond the home into broader healthcare delivery. Hospitals and clinics across the Kingdom are using AI tools for diagnostics, predictive analytics, and remote monitoring—beneficial for senior patients managing chronic conditions.

AI can help clinicians identify high-risk patients sooner, personalize treatment plans, and reduce unnecessary hospital visits. For seniors, this means more tailored care with less physical strain, particularly for those managing conditions like diabetes, hypertension, or cardiovascular issues.

Government entities such as the Saudi Data and Artificial Intelligence Authority are central in shaping ethical AI deployment across sectors, including healthcare. Professional bodies like the Saudi Association for AI and Healthcare are also contributing research and education frameworks to align AI adoption with clinical standards and ethical guidelines.

Cultural and Ethical Dimensions

Despite the promise, challenges persist. Not all seniors have equal access to smartphones, high-speed internet, or ongoing support, particularly in rural areas. Digital inequality remains a real barrier to the full potential of AI adoption.

Privacy concerns also loom large. AI elder-care systems rely on sensitive personal data—from biometric readings to behavior patterns—making data protection and transparency essential. Ensuring that seniors understand how their data is used and protected is particularly important in a society where privacy and family reputation are highly valued.

Cultural compatibility remains key as well. AI systems must respect Saudi social norms, language nuances, and religious practices. Solutions that feel foreign or disconnected from daily life are unlikely to gain traction, regardless of their technical sophistication.

Looking Ahead

Saudi Arabia’s broader AI ecosystem—strengthened by national strategic investments, research institutes, and innovation incentives—provides fertile ground for senior-focused technologies. Future developments are likely to include more advanced predictive care models, AI-assisted cognitive health tools, and deeper integration between home-based systems and national healthcare platforms.

Demographic data indicate that the proportion of older adults in Saudi Arabia is modest but growing. According to GASTAT’s 2025 Elderly Statistics Bulletin, people aged 60 and above currently represent about 4.8 % of the population, with men slightly outnumbering women in this age group. While still a small share, demographic trends suggest this segment will expand in the coming decades as life expectancy rises and fertility rates decline, reflecting broader global aging patterns. This gradual increase highlights the need for proactive planning, innovative care models, and policies that embrace technology while maintaining human dignity and social inclusion.

Embracing Aging with Intelligence

AI for senior citizens in Saudi Arabia is no longer a theoretical concept; it is taking shape now through wearable devices, digital engagement programs, and healthcare innovations that respect cultural values. These technologies complement family care, empower seniors to stay connected, and enhance their ability to live independent, fulfilled lives longer.

By investing in localized tech solutions, digital literacy training, and ethical AI frameworks, Saudi Arabia is fostering an environment where aging with intelligence and intention is possible. For the Kingdom’s older adults, this means accessing tools that enrich daily life—while retaining the autonomy, dignity, and social bonds that define Saudi culture.

Ghada Ismail

Around the world, technology has become a catalyst for inclusion, transforming how people with disabilities engage with the economy, access education, and participate fully in society. From AI-powered communication tools to digital accessibility platforms and supported employment systems, innovation continues to dismantle barriers that once constrained opportunity.

In Saudi Arabia, this global wave of accessibility tech is gaining unique momentum. With Vision 2030 emphasizing social inclusion, human empowerment, and digital transformation, there’s a growing recognition that technology must work for all citizens, including the millions who live with disabilities. What was once mainly the responsibility of public institutions and NGOs is now increasingly being advanced by startups and mission-driven organizations harnessing technological solutions to improve the quality of life and economic participation for people with disabilities.

This article examines the evolving Saudi accessibility tech landscape, highlighting key innovations, market dynamics, real-world examples, regulatory and social context, and the road ahead.

Market Overview: Accessibility Innovation in Saudi Arabia

Saudi Arabia’s accessibility ecosystem still sits at an early but accelerating stage. Traditional assistive solutions—like mobility aids and localized special education tools—are now converging with digital services, AI-driven platforms, and inclusion-focused solutions designed for broad scalability.

Across the spectrum:

• Digital accessibility is becoming a priority as more services move online.
• Assistive technology empowerment is expanding beyond hardware into software and training.
• Employment and skills programs are pairing digital tools with economic integration.

Despite this progress, challenges persist. These include limited local datasets for Arabic-native accessibility AI models, a scarcity of venture funding specifically earmarked for assistive technology, and ongoing gaps in awareness among private sector adopters. Yet Saudi Arabia’s digital-first trajectory, coupled with supportive government frameworks, creates fertile ground for further innovation.

Startup and Organization Profiles: Leaders in Accessibility

Advanced Access 

Advanced Access is a Saudi company dedicated to making digital platforms—websites, apps, and services—fully inclusive and usable by people of all abilities. Its core offering is digital accessibility auditing and consulting, combining automated and manual testing to identify barriers and guide organizations toward international accessibility standards. Beyond compliance, Advanced Access supports strategy development, training, and continuous improvement to ensure digital services are equitably accessible to users with visual, motor, cognitive, or sensory impairments. 

Importantly, Advanced Access aligns with Vision 2030’s goal of building a truly inclusive national digital ecosystem, positioning Saudi Arabia as a leader in digital accessibility. 

Tawasal Association for Assistive Technologies 

Tawasal is a pioneering association in Saudi Arabia focused on harnessing modern devices and software to improve everyday life for people with disabilities. Licensed by the National Center the Non-Profit Sector, the organization provides assistive devices, technology project support, and consultation tailored to individual needs and functional impairments. 

Rather than functioning solely as a product vendor, Tawasal acts as an integrator, connecting users with adaptive technologies (like communication devices or smart mobility aids), offering training, and facilitating community awareness about tech adoption. Its mission, “Better Technology, Easier Life,” reflects a holistic approach where technology meets real-world needs, especially among individuals who may struggle to access mainstream solutions otherwise.

Qaderoon Foundation 

While Qaderoon is a nonprofit rather than a classic tech startup, it plays a crucial role in the accessibility ecosystem by marrying digital inclusion with workforce integration. Based in Jeddah, Qaderoon focuses on rehabilitation, training, and employment opportunities for people with disabilities, equipping them with the skills and tools necessary to thrive in the modern job market. 

Its services include job placement portals, professional training programs, and workplace readiness initiatives that emphasize not just employment but sustained participation and independence. Qaderoon acts as a bridge between talent and opportunity, ensuring that accessibility tech and inclusive employment go hand in hand. 

Technological Innovations in Accessibility

Across these initiatives, specific technological threads are emerging:

• Accessibility Standards and Digital Audits: Tools and processes that evaluate and fix digital barriers, ensuring compliance with accessibility guidelines and making online content usable for screen readers and adaptive interfaces.
• Assistive Devices and Software: Adaptive technologies—from communication aids to mobility supports—are central to Tawasal’s mission, enabling users to overcome physical or functional barriers in daily life. 
• Web and App Usability Enhancements: Modern UX design infused with accessibility considerations (contrast modes, keyboard navigation, alternative text protocols) helps digital services become universally accessible. 
• Employment Tech Platforms: Digital recruitment and training systems support economic inclusion, bridging gaps between talent and opportunity for people with disabilities. This model is central to Qaderoon’s operations. 

Although AI-specific tools for people with disabilities (e.g., sign language recognition or predictive text for communication disorders) are not yet prominently developed by these organizations, the foundation they are building—especially in accessible digital frameworks—sets the groundwork for future AI-driven solutions.

Social and Regulatory Environment

Saudi Arabia’s regulatory landscape is evolving rapidly. National strategies and quality-of-life programs emphasize inclusion, accessibility, and technology empowerment. Digital platforms used by the government are increasingly expected to meet accessibility standards, creating demand for services like those offered by Advanced Access.

Meanwhile, nonprofits like Tawasal and Qaderoon benefit from government recognition and licensing, an indicator of institutional support for inclusive initiatives.

Social attitudes toward disability are also shifting. Where access was once framed primarily as a welfare issue, it is now increasingly positioned as a matter of civil inclusion and economic participation. This cultural change—amplified by awareness campaigns and visibility of people with disabilities in public life—creates a more fertile environment for accessibility innovation.

Future Outlook: Growth Ahead

Looking forward, Saudi Arabia’s accessibility tech sector is poised for expansion in several key directions:

• AI-Driven Accessibility Tools: As data ecosystems grow, there’s potential for AI models tailored to assistive use cases (e.g., Arabic-language speech recognition or predictive text for alternative communication).
• Accessible Government Services: With digital transformation underway across the public sector, accessibility compliance could become a basic requirement, boosting demand for auditing and consulting services.
• Inclusive Employment Platforms: Digital platforms linking people with disabilities to jobs—and supporting employers in creating accessible work environments—could proliferate alongside Saudi labor reforms.
• Cross-Sector Innovation: Integrations between healthtech, smart mobility, and digital inclusion promise hybrid solutions that enhance independent living.

To sustain this momentum, collaboration will be key. Startups, nonprofits, government agencies, tech giants, and investors must work together—sharing data, co-developing solutions, and scaling what works.

Conclusion

Technology’s potential to empower people with disabilities in Saudi Arabia is no longer theoretical; it is tangible, actionable, and growing. Organizations like Advanced Access, Tawasal, and Qaderoon demonstrate how digital inclusion can intersect with real-world impact, from accessible websites to assistive technologies and inclusive employment.

By continuing to invest in technology built with and for people with disabilities, Saudi Arabia can not only close persistent gaps in accessibility but also unlock new avenues for dignity, independence, and participation for all.

Noha Gad

In an era where technological disruption accelerates at remarkable speeds, businesses worldwide are at a crossroads: adapt or fail. Artificial intelligence (AI) emerged as a transformative force reshaping the future of industries, economies, and daily operations.

AI-first business models redefine the way companies operate, compete, and scale by embedding AI at the core of their DNA rather than as a helping tool. These models treat AI as the foundational engine driving innovation, decision-making, and customer value in key sectors such as fintech and startups. Traditional businesses often integrate AI into outdated processes, yielding marginal gains, while AI-first pioneers redesign everything around intelligent systems for exponential advantages. This shift enables hyper-personalization, predictive analytics, and autonomous operations that thrive on data abundance.

How do AI-first business models work?

AI-first business models embed AI as the core engine for operations, decision-making, and growth, enabling radical automation, hyper-personalization, real-time insights, and scalable efficiency through autonomous agents and data-driven feedback loops, fundamentally redesigning organizational structures and workflows around intelligent systems rather than just adding AI as a feature. 

Unlike traditional AI-enhanced approaches, these models reimagine processes from the ground up, prioritizing data flows, automation, and machine learning as core infrastructure to ensure seamless scalability and adaptability in fast-evolving markets. 

Compared to AI-augmented models, AI-first models make intelligence proactive and pervasive, influencing every layer from product development to customer engagement. These approaches treat data as the primary asset for real-time analytics and predictive capabilities, fostering continuous learning loops without heavy human intervention.

Main features 

AI-first business models are defined by characteristics that prioritize intelligence as the central pillar, enabling unprecedented efficiency, adaptability, and value creation across operations. Key features include:

• Automation. AI handles end-to-end workflows autonomously, from transaction processing to compliance checks, reducing human involvement in major processes. For instance, in wealth management, AI-first platforms dynamically rebalance portfolios based on real-time market data and user life events.
• Data-based decisions. Real-time analytics from vast datasets power predictive insights, replacing intuition with probability-based forecasting for agile market responses.
• Hyper-personalization. AI-first models can help companies and startups provide tailored experiences by analyzing individual behaviors, preferences, and contexts to anticipate needs proactively. For example, banking applications deploy conversational AI agents to answer queries and execute actions, such as freezing cards or updating addresses via biometrics, enhancing user trust and retention.
• Scalable infrastructure: Cloud-native AI supports rapid growth and continuous model refinement.

How AI-first models could support startups’ businesses

Along with enhancing decision-making processes and providing hyper-personalized products, AI-first models help startups enhance operational efficiency and reduce costs by automating repetitive tasks, such as customer support via chatbots or inventory optimization. AI-first startups command investor attention due to their proven scalability, data moats, and rapid revenue trajectories. This advantage arises from AI's ability to demonstrate measurable revenue on investment (ROI) quickly, such as predictive models forecasting user acquisition costs.

For product innovation, accelerated prototyping via AI tools eliminates time-to-market from months to weeks and allows startups to test minimum viable products (MVPs) with real user data. AI-first models can also contribute to talent and team optimization since AI handles hiring screening, skill matching, and performance analytics.

AI-first startups can improve their risk mitigation strategies by utilizing AI to forecast market risks, regulatory hurdles, or supply disruptions early.

In summary, the rise of AI-first business models represents a fundamental architectural shift, not a mere technological upgrade. It transforms AI from a tool that supports business into the foundational engine that defines it. For startups and established companies alike, this approach unlocks exponential advantages through radical automation, hyper-personalization, and predictive, data-driven decision-making. 

Noha Gad

The entrepreneurship ecosystem is undergoing a profound transformation today, driven by the fast-evolving technological landscape. Traditionally, startups have been launched by visionary individuals or teams sharing complementary skills and a common goal. However, the rise of artificial intelligence (AI) is revolutionizing the future of business, introducing a new paradigm where AI can serve as a full-fledged co-founder alongside human entrepreneurs.

In 2025, several startups are naming AI tools, like GPT-4, Claude, and open-source large language models (LLMs), as co-founders, not just assistants. In many cases, these AI systems ideate, write code, draft pitch decks, analyze markets, and even engage with customers.

The integration of AI as a co-founder democratizes entrepreneurship by leveling the playing field, especially for solo founders or resource-constrained teams. It empowers innovators to accelerate product development, optimize business strategies, and reduce time-to-market, all while fostering smarter, data-driven growth. 

What is an AI co-founder?

An AI co-founder is not a robot CEO. It is typically an advanced AI system, often based on LLMs or custom-trained agents, that supports or drives major startup functions from day one. Unlike human co-founders, AI systems operate tirelessly without requiring salaries, breaks, or rest. They harness vast data, predictive analytics, and machine learning to offer real-time insights, automate complex tasks, and support critical decision-making. This transformative concept is quickly moving from futuristic speculation to practical reality, fundamentally redefining how startups are conceived, launched, and scaled.

What makes AI co-founders different from traditional AI tools is their ability to handle up to 80% of early-stage R&D work that usually takes a lot of time and resources from founders. They keep learning and adapting to a startup's specific needs, becoming more efficient and customized over time. Several factors set AI co-founders apart from regular AI assistants. These include:

• Strategic input: AI co-founders are not just implementing tasks; they propose product directions or market pivots.
• Continuous learning: they adapt to the startup’s data, goals, and team behavior.
• High Autonomy: AI co-founders operate without constant human oversight, having access to APIs, CRMs, design suites, code repositories, and more.

The impact of AI co-founders on the entrepreneurship ecosystem

AI co-founders play a pivotal role in transforming the startup landscape into a more inclusive, efficient environment where human creativity pairs with relentless computational power to drive sustainable growth and broader economic innovation. They significantly contribute to:

     -Democratizing access to entrepreneurship. They lower barriers for solo founders and underrepresented groups, providing expert-level support without the need for large teams or significant funding.

     -Accelerating innovation cycles. AI co-founders enable rapid execution of market research, product roadmaps, and strategy development, reducing weeks of work into minutes and accelerating innovation cycles across industries.

     -Enhancing cost efficiency. These founders foster cost efficiency and lean operations, as they automate repetitive tasks, allowing startups to iterate faster, manage risks through data-driven insights, and achieve quicker time-to-market.

Will AI replace human founders?

AI co-founders do not replace human creativity and leadership; instead, they complement them by automating repetitive and resource-intensive tasks. This partnership enables founders to focus on innovation, strategy, and cultivating the company’s culture. Additionally, AI co-founders complement human strengths through:

    -Automating administrative tasks, data analysis, and routine operations, allowing human founders to prioritize high-level strategy, creativity, and vision.

    -Handling operations without burnout, enabling humans to provide empathy, relationship-building, and ethical judgment, ultimately creating a symbiotic dynamic that enhances innovation and decision-making.

    -Enabling solo founders to achieve what once required full teams, but leadership and cultural nuance remain distinctly human.

    -Shifting hiring toward specialized roles by filling skill gaps, with human-AI collaboration yielding higher-quality solutions.

Finally, blending human ingenuity with machine intelligence can create more accessible, efficient, and innovative ecosystems. From democratizing startup formation and accelerating market entry to fostering symbiotic human-AI teams, these virtual partners empower founders to compete globally without traditional barriers. Entrepreneurs who embrace this collaboration will lead sustainable growth, navigating challenges like regulation and ethics to unlock unprecedented economic value.

Mohamed Ramzy

Amid the rapid digital transformation sweeping across the food and beverage sector (F&B), technology companies play a vital role in supporting entrepreneurs and enhancing operational efficiency.

Among the most prominent of these companies is Foodics, a key player in the markets where it operates. The company maintains direct offices in five main markets—Saudi Arabia, the UAE, Egypt, Kuwait, and Jordan, while its advanced technological solutions reach over 30 countries worldwide.

Through its integrated restaurant and café management systems, Foodics has significantly contributed to improving efficiency, optimizing performance, and enabling restaurant owners to expand and grow their businesses.

In this interview, Bilal Zahran, Regional General Manager of Foodics for Egypt and the UAE, speaks with Sharikat Mubasher about the company’s expansion plans in Egypt and across the region, explaining how Foodics’ mission goes beyond providing digital solutions to focus on empowering entrepreneurs and small and medium enterprises (SMEs) to manage their operations more efficiently.

What are the main services and solutions you offer to entrepreneurs and startups in the restaurant sector?

The company provides numerous solutions and products that serve startups in the restaurant and café industry and facilitate their business operations.

We offer an integrated point-of-sale (POS) system specifically designed for restaurants, in addition to accounting applications and solutions tailored to their needs.

Recently, we launched the Foodics BI business intelligence tool, which represents a major leap in this field. It enables restaurant owners to analyze their data with greater insight, understand customer behavior, accurately track daily performance, and predict future trends. This translates into well-informed decisions that enhance operational efficiency and support long-term growth. Simply, this tool turns data into a true source of power for any business.

How do your solutions specifically empower small and medium enterprises?

We focus on simplifying operational processes for SME owners. Our solutions help them manage sales, inventory, and data effectively, reducing administrative burdens and opening doors for expansion.

We also provide customized training programs to ensure our tools are used in the simplest and most efficient way possible.

Today, more than 33,500 active restaurant branches worldwide use Foodics technologies as of the end of the first half of 2025, with the total value of transactions processed through the Foodics platform exceeding $6 billion.

What distinguishes Foodics’ solutions from others available in the market?

What sets us apart is that we do not merely provide technological tools; we deliver comprehensive and user-friendly solutions that address the diverse needs of restaurants and cafés, both large and small.

We focus especially on empowering small and medium enterprises with practical solutions that grant them a sustainable competitive advantage and help them manage their businesses with high efficiency.

You mentioned that technology is no longer an option but a necessity. How does Foodics translate this vision into tangible support for entrepreneurs?

We translate this vision by developing integrated solutions that cover all aspects of operational processes, while offering continuous support channels to help clients keep pace with rapid changes.

We do not merely offer a product, but we offer a strategic partnership that accompanies entrepreneurs on their journey of digital transformation and growth.

To what extent can artificial intelligence enhance the efficiency of entrepreneurs in this sector?

Artificial intelligence has become a fundamental component capable of improving the customer experience through smart recommendations, optimizing costs by managing resources more precisely, and forecasting consumption patterns to meet demand.

These capabilities empower entrepreneurs to make faster decisions and deliver more competitive and sustainable services.

What are Foodics’ expansion plans for the coming phase?

We are working to strengthen our presence in the Egyptian market strategically and thoughtfully, by launching advanced technological solutions that directly address the needs of the fast-growing restaurant and café sector.

Our efforts focus on offering more integrated products that help entrepreneurs manage sales, inventory, and customer experiences, while introducing business intelligence and advanced analytics tools.

For us, Egypt is not merely an important market; it is a central hub within our regional strategy.

How do you assess the Egyptian market’s response to Foodics’ solutions compared to other markets?

The response in Egypt has been exceptionally strong. We have witnessed great enthusiasm from entrepreneurs and restaurant owners to adopt our digital solutions.

The Egyptian market is characterized by digital readiness and high growth rates, along with a growing awareness of the importance of technology as a fundamental tool for continuity and expansion.

Compared with other markets, Egypt is more flexible and adaptive to new solutions, making it a promising and ideal market for expansion.

How do you view Egypt’s future position on the regional and global technology map?

Egypt possesses all the necessary ingredients to become a regional hub for technology and innovation, starting from its infrastructure, through its human capital, to its strategic geographic location.

If these assets are optimally utilized, the country can achieve a prominent global position in the near future.

When expanding regionally, what are the main challenges you face, and how do you overcome them?

The key challenges lie in the differences in digital infrastructure, regulations, and market needs, as what works effectively in one country may not be as suitable in another.

We overcome this by gaining deep local market insight, engaging directly with customers, and developing flexible, adaptable solutions.

We also build strategic partnerships with key stakeholders in each market, which helps us deliver practical, relevant solutions and enhances our ability to succeed and sustain growth.

How does Foodics balance meeting current market needs with shaping the future?

We follow a dual strategy: First, addressing daily market needs through practical and efficient solutions.
Second, continuously investing in innovation, artificial intelligence, and advanced analytics to ensure our clients’ readiness for the future and their ability to compete in a rapidly changing environment.

In conclusion, Foodics believes that innovation and partnerships are the foundation for building a more efficient and sustainable future for the food and beverage sector, an approach that reinforces Egypt’s role as a regional hub for technology and innovation.

Translated by: Ghada Ismail

Manish Pant, Executive Vice President of International Operations at Schneider Electric

Manish Pant, Executive Vice President of International Operations at Schneider Electric, affirmed in exclusive statements to Sharikat Mubasher that the company’s global presence spans more than 100 countries and includes a workforce of approximately 150,000 employees. He stated that Schneider Electric’s mission is to create a positive impact by empowering individuals and organizations to achieve the optimum use of energy and resources, linking economic growth with sustainability.

Pant revealed that the company’s global revenues reached €19.3 billion during the first half of this year, adding that Schneider Electric allocates around 5% of its annual revenues to research and development to strengthen its innovation capabilities and ensure the sustainability of its solutions.

He emphasized that the Saudi market has been one of the company’s key strategic markets for over 44 years, noting that the Kingdom is taking confident strides toward a more sustainable future through resource diversification, accelerated digital transformation, and adoption of cutting-edge technologies. Pant highlighted that Saudi Arabia aims to generate 50% of its electricity needs from renewable sources by 2030 as part of the Saudi Green Initiative, alongside major investments in carbon emission reduction, energy efficiency, afforestation, and smart cities — all of which are reshaping the Kingdom’s energy landscape to become more flexible and efficient.

Pant remarked that Schneider Electric is proud to be a strategic partner of the Kingdom on this journey, providing advanced digital services, AI-powered data centers, smart building systems, and climate-friendly industrial solutions that reduce emissions and enhance resource efficiency, enabling industries, cities, and households to achieve higher levels of sustainability.

He also revealed ambitious expansion plans for the company in Saudi Arabia, which currently serves more than 8,000 clients through a range of assets and industrial facilities. These include the Dammam factory spanning 15,000 square meters, a preparation facility in Dammam, the Riyadh factory covering 13,450 square meters, and another preparation facility in Riyadh. The company will also open a new factory at King Salman Energy Park (SPARK), covering 20,000 square meters, scheduled for inauguration in the coming period to serve both Saudi Arabia and the wider Gulf region.

Pant noted that the new factory has obtained the LEED (Leadership in Energy and Environmental Design) certification, achieving a 34% reduction in carbon emissions and energy savings of up to 33%.

He further stated that Schneider Electric operates a 7,000-square-meter distribution center in Riyadh serving more than 200 local partners, as well as a research, development, and innovation center in Dhahran Techno Valley (DTV) in collaboration with Aramco. The company also has four legal entities in the Kingdom, with a localization rate exceeding 40%, and a regional training academy for the Middle East and Africa based in Riyadh.

Pant added that Schneider Electric has invested more than €50 million in its expansion plans in Saudi Arabia over the past five years and currently employs 700 people in the Kingdom. He highlighted that eight new products have recently earned the “Made in Saudi” mark, bringing the total number of locally manufactured products to over 20, with plans to increase production lines to 32 by 2030. The company also aims to export up to 20% of local production to regional markets, reinforcing Saudi Arabia’s position as a central industrial hub.

Regarding the Schneider Electric Innovation Summit, held recently in Riyadh in its second edition, Pant said the event serves as a leading platform to showcase the latest solutions in electric mobility, resilient infrastructure, smart buildings, advanced industries, and water resources management. He noted that hosting the summit again in Riyadh reflects the Kingdom’s leadership in energy transition, digital innovation, and sustainable development.

Pant added that the summit highlights innovation and digitalization as key drivers of Saudi Arabia’s goals for economic diversification, industrial growth, and global competitiveness. He concluded by affirming that technology and innovation are two core pillars of Schneider Electric’s strategy in Saudi Arabia and globally. Integrating AI- and IoT-based digital solutions, he said, enables the Kingdom to build more efficient and sustainable systems across cities, industries, and homes alike. Pant noted that the company’s achievements in Saudi Arabia have strengthened its standing as one of the world’s most globally integrated yet locally rooted companies. Saudi experiences, he added, contribute to developing globally scalable solutions and position the Kingdom as a role model to follow for innovation and sustainability.

Ghada Ismail

Artificial intelligence (AI) promises to reshape economies and societies in ways once unimaginable. For Saudi Arabia, it is also a tool to diversify its economy, boost productivity, and advance global competitiveness. Yet alongside opportunity comes risk, represented in bias, misinformation, privacy concerns, and job displacement. Building ethical AI is not optional; it is essential. The Kingdom is uniquely positioned to balance regulation, innovation, and responsibility as it pursues this AI-driven future.

A Rapidly Growing AI Ecosystem

Since its establishment by royal decree in 2019, the Saudi Data and Artificial Intelligence Authority (SDAIA) has been at the center of the Kingdom’s AI strategy. Its National Strategy for Data and AI (NSDAI), launched in 2020, set ambitious targets: ranking among the world’s top 15 AI nations by 2030, training 20,000 specialists, attracting SAR 75 billion in investment, supporting 300 startups, and driving scientific output.

Progress is already visible. SDAIA has forged partnerships with global players like Accenture to build national cloud infrastructure, IBM for energy and sustainability AI, and Google for earth observation and environmental protection. Saudi Arabia now ranks first worldwide for open data availability, hosting more than 11,000 datasets from nearly 300 entities. SDAIA’s environmental AI projects, such as the Smart Planet Program, predict vegetation changes with more than 90% accuracy, supporting sustainable planning.

The impact is tangible: over SAR 50 billion (~$13 billion) in cost savings across government operations, from the DEEM cloud platform to AI-assisted Hajj crowd management and the popular Tawakkalna app. AI is no longer abstract—it is woven into the daily lives of citizens and the functioning of the state.

Why Ethics Must Come First

With AI permeating sensitive domains like healthcare, mobility, and even Hajj safety, trust is the foundation of Saudi Arabia’s AI journey. Without safeguards, algorithms can entrench bias, erode privacy, or undermine fairness. Aligning AI with Vision 2030’s goals—social equity, inclusion, and quality public services—requires more than innovation. It requires ethics to be at the core of every deployment.

Governance and Guardrails

Saudi Arabia’s regulatory approach mixes centralized oversight with room for innovation. SDAIA, together with the National Data Management Office (NDMO), enforces data classification and ethical policies, balancing openness with security.

Beyond rules, SDAIA promotes dialogue through summits like DeepFest at LEAP 2025, where regulators, innovators, and academics engage on transparency, human-centric design, and responsible regulation. This positions the Kingdom not just as a user of AI but as a thought leader in its governance.

Innovation with a Cultural Core

Startups are embedding ethics into their products from the outset, supported by SDAIA’s regulatory sandboxes that allow real-world testing without stifling creativity.

One striking example is HUMAIN Chat, a chatbot powered by the locally built ALLaM-34B language model. Developed by a PIF-backed firm in collaboration with SDAIA, HUMAIN Chat is Arabic-first, supporting regional dialects while also functioning seamlessly in English. Unlike global tools, it integrates Islamic values and cultural heritage, ensuring its outputs resonate with local norms. Trained on proprietary Saudi datasets, it combines linguistic precision, cultural fidelity, and strong safety benchmarks—all hosted entirely within the Kingdom to guarantee data sovereignty.

From an ethical lens, HUMAIN and ALLaM represent an effort to define AI through local values, not imported defaults. By addressing bias, protecting user data, and embedding cultural authenticity, they show how responsible AI can reflect societal identity as much as technical standards.

To reinforce this ecosystem, SDAIA also certifies startups as ethical AI providers. Its accreditation framework awards annual “incentive tags”—from Conscious to Pioneer—that track a company’s maturity in embedding safeguards. These certifications turn abstract ethical principles into measurable progress, rewarding transparency and building public trust.

Responsibility Through People and Skills

Technology is only half the story; people complete it. Saudi universities are cultivating AI talent attuned to fairness and transparency. At King Saud University, Latifa Al-Abdulkarim, a rising leader in explainable AI and ethics, exemplifies this values-driven scholarship.

Meanwhile, SDAIA is widening access to AI careers. Its Elevate program, launched with Google Cloud, aims to train 25,000 women in AI over five years, with the first phase already reaching 1,000 women from 28 countries. Complementary programs at SDAIA Academy have certified nearly 2,000 more women in data and AI, embedding diversity and inclusivity into the Kingdom’s AI workforce.

Cultural and Religious Anchors

What sets Saudi Arabia apart is its decision to ground AI ethics not just in global norms, but also in Islamic values—justice, accountability, and transparency. This alignment enhances legitimacy and encourages societal acceptance, offering a model of ethics that could resonate across the Muslim world.

The Roadblocks Ahead

The momentum is strong, but challenges remain:

• Pace vs. oversight: Regulation must keep up with rapid innovation.
• Rules vs. enforcement: Without audits and accountability, standards risk being symbolic.
• Imported bias: Foreign algorithms, if unadapted, can embed cultural misalignment.
• Public trust: Ethical lapses in sensitive areas could erode confidence quickly.

Meeting these challenges will require continuous vigilance, independent auditing, and culturally sensitive design.

A Chance at Global Leadership

Saudi Arabia is not just participating in the global AI race; it is also shaping the conversation. Hosting platforms like GAIN and DeepFest, deploying culturally aligned AI models, and building regulatory infrastructure give the Kingdom a chance to lead by example. If it codifies regional standards and shares its framework internationally, Saudi Arabia could become the ethical AI hub of the Middle East, influencing emerging economies worldwide.

Conclusion: Ethics as an Accelerator

Far from slowing progress, ethical AI can accelerate it, ensuring that innovation unfolds responsibly, inclusively, and with social good at its heart. Saudi Arabia now has the foundations: governance, infrastructure, talent, and cultural legitimacy. The test will be sustaining enforcement, broadening public education, and adapting foreign technologies to local values. If successful, the Kingdom won’t simply join the AI elite; it could rather help define what responsible, values-driven AI looks like in the 21st century.

Noha Gad

In the heart of the Middle East, Saudi Arabia is positioning itself as a global logistics hub, supported by strong government backing, extensive infrastructure development, and ongoing reforms in laws and regulations. The National Industrial Development and Logistics Program (NIDLP) aims to enhance the performance of logistics hubs and improve local, regional, and international connectivity across trade and transport networks, leveraging the Kingdom’s strategic location as the crossroad of three continents.

Tech-powered platforms like Salasa are revolutionizing traditional logistics by integrating advanced digital tools with deep market expertise, redefining speed, transparency, and operational efficiency.

As one of the leading e-commerce fulfillment platforms in Saudi Arabia, Salasa connects businesses to a sophisticated fulfillment network, turning complex logistics into seamless customer experiences.

To explore this transformation, Sharikat Mubasher interviewed Salasa’s founders, Hasan Alhazmi and Abdulmajeed Alyemni, to learn more about the platform’s business model, innovative offerings, and its role in transforming the logistics industry in Saudi Arabia.

Alhazmi, who also serves as Salasa’s CBO, shared insights into the platform’s evolution from a 3PL delivery provider to the logistics partner of choice for over 1,000 merchants, having fulfilled and shipped more than 50 million products domestically and internationally since inception.

First, what motivated you to establish Salasa? And what are the key logistics challenges that the platform addresses? 

Salasa began as a simple 3PL company delivering e-commerce orders by car and motorcycle. When one of our clients faced challenges with picking and packing, we stepped in to handle it. That light bulb moment revealed a clear opportunity: fulfillment could be offered as a dedicated service. My partner and I left our jobs at the time to build that model from the ground up.

From those first few shipments, we have grown into a network that has fulfilled over 50 million products, built on the belief that merchants should be able to scale without being weighed down by operational complexity. Today, our high-speed dark stores and mega fulfillment centers solve the exact pain points we saw in those early days: slow delivery times, fragmented courier options, and the cost burden of running in-house logistics. We combine that infrastructure with smart technology to give merchants what they need most: speed, reliability, and the ability to grow without limits.

How did Salasa enhance its products and services to transform the e-commerce logistics industry in Saudi Arabia? 

We are focused on building an infrastructure and technology ecosystem that work seamlessly together. 

On the physical side, we expanded to 15 dark stores and three mega fulfillment centers, ensuring we can reach the majority of customers in Saudi Arabia within hours, not days. 

On the technology side, we are rolling out solutions that automate courier selection, further optimize delivery routes, detect upcoming merchant campaigns, and predict inventory needs based on demand trends.

These tools will give merchants more control and visibility. No more guesswork. Merchants can track their orders in real time, anticipate stock needs, and respond to demand spikes with confidence. Over time, this combination of speed, transparency, and flexibility will raise the bar for what merchants expect from a logistics partner in the region.

How does Salasa uphold exceptional customer experience and operational excellence as it scales? 

Operational excellence at Salasa is embedded in every process we design. Our systems are built to minimize errors, cut delivery times, and ensure clear communication at every stage, with tools like voice AI proactively confirming pickups and deliveries for seamless coordination. 

As we scale, we avoid the common drop in service quality by investing heavily in technology and monitoring, staying close to the market, and listening to our customers. By identifying gaps, addressing bottlenecks, and acting quickly on feedback, we maintain the reliability merchants depend on and the on-time delivery customers expect, every single time.

For his part, Co-founder and CEO Alyemni shared more about the company’s growth strategy and his thoughts about the future of the logistics and e-commerce landscape in Saudi Arabia and the wider region. 

You successfully raised a $30 million Series B round. What motivated investors to invest in Salasa? And how will this fresh capital support your expansion plans?

Investors were drawn to Salasa because we have proven the model at scale. Salasa is not a gamble; it is a winning bet. We have built one of the fastest fulfillment networks in the region, backed by a proprietary tech stack that is actively redefining how e-commerce logistics operates. We have shown consistent growth, high merchant retention, and an ability to expand without compromising service quality.

This new capital allows us to move faster on three fronts:

*Infrastructure – expanding our network to handle higher volumes and cover more geographies.

*Technology – accelerating the development of our tech stack, from smart courier routing to predictive inventory positioning and automated merchant workflows.

*Talent – bringing in specialized expertise to strengthen our capabilities in operations, technology, and market expansion.

The goal is simple: to scale without losing the precision and quality that define Salasa today.

What are the new markets or segments that Salasa targets as part of its growth strategy? 

We are pursuing growth in three main ways: 

First, by deepening our presence in Saudi Arabia, reaching merchants in every major city, and scaling infrastructure to handle growing order volumes.

Second, by expanding into select GCC markets where there is clear demand for tech-enabled fulfillment.

Third, by enabling cross-border trade (inbound and outbound), which allows local sellers to seamlessly reach customers in new international markets, while also enabling global brands to enter Saudi Arabia with faster, more cost-effective delivery.

Beyond geography, we are also broadening our service offering, monetizing our proprietary Order Management System (OMS), and introducing adjacent solutions like omni-channel inventory management, AI-powered product content optimization, and campaign recommendations. These expansions position Salasa to serve merchants end-to-end, whether their customers are across the city or across borders.

How do you see the logistics and e-commerce fulfillment landscape in Saudi Arabia and the broader GCC region? 

Logistics in the region is moving away from fragmented, courier-led models to integrated fulfillment. Strong economic growth and major infrastructure investments are accelerating that shift. With E-commerce trade surging, Saudi Arabia alone sees over 250 million shipments a year, and higher incomes and connectivity will push that number higher.

Merchants are also changing how they operate, focusing on building their brands and products, while leaving logistics to specialized, tech-driven partners like Salasa. This shift is raising the bar for speed, reliability, and visibility, turning logistics from a challenge into a competitive advantage.

In your opinion, what are the key trends and innovations that shape the Saudi logistics sector? And how can cloud-powered and data-driven technology transform this promising sector? 

There are three major trends shaping the sector right now. First is the rise of instant delivery. Same-day and even two-hour windows are becoming more common in urban centers. Second is the growth of cross-border e-commerce, which brings both opportunities and operational complexity. Third is the deeper integration of AI and automation into every logistics function.

Cloud-powered and data-driven systems are the enablers here. They let us unify operations that were once fragmented, including warehousing, courier management, and inventory positioning, and run them as a single, intelligent network. When you layer in AI, you can anticipate demand, route orders in the most cost- and time-efficient way, and even optimize how merchants present their products online. This is how logistics moves from being a cost center to being a driver of growth.

Noha Gad

Saudi Arabia’s sports sector is undergoing a remarkable transformation fueled by ambitious investments and strategic initiatives aligned with Vision 2030. The value of this rapidly expanding market is expected to triple by 2030, driven by major infrastructure projects, hosting global events like the FIFA World Cup 2034, and the growing emphasis on grassroots development and professional leagues. 

Sports technology platforms, such as Grintafy, play a pivotal role in advancing this evolving sector. By leveraging innovative tools like AI analytics, blockchain, and fintech solutions, Grintafy empowers amateur players, clubs, and scouts with data-driven insights and seamless connectivity.

Guided by a clear mission to democratize talent discovery and build Saudi Arabia’s future football stars, Grintafy envisions the Kingdom as a global beacon of sports excellence. Its vision is realized through strategic collaborations with key stakeholders, including clubs, federations, and cutting-edge Web3 innovators, enabling the platform’s expansion across the MENA region and beyond.

Sharikat Mubasher held an interview with Founder and CEO, Majdi Allulu, to discover more about Grintafy’s business model, regional and global expansions, as well as its strategy to position Saudi Arabia as a global sports hub. 

What was the driving force behind launching Grintafy, and what is its core mission in Saudi Arabia?

Grintafy was founded and driven by the ambition to “level the playing field” for amateur footballers by enabling them to build their football CVs, rate performances, organize games, and connect with scouts and clubs. 

The core mission in Saudi Arabia is to democratize talent discovery, support Vision 2030’s goals, and serve as a launchpad for the national team’s next generation.

How does Grintafy set itself apart from other talent-scouting platforms regionally and globally?

• Scale: With nearly 2.5 million registered users across the Middle East, Grintafy stands as the region’s largest talent discovery platform. 
• Comprehensive features: It offers a full ecosystem—organizing games, performance ratings, CV building (“Grinta Card”), messaging, live streaming, and fintech payments like in-app “G-coins” 
• Web3 capabilities: Strategic investment by Chiliz and Adaverse positions Grintafy at the forefront of using blockchain for transparent player ratings, performance certification, and engagement.

How do you utilize emerging technologies like AI or data analytics to enhance talent discovery?

The platform already harnesses AI and machine learning to support live-streaming features and performance analysis. We have the plans to use AI-driven analytics to elevate scouting accuracy, refine player rankings, and extract deeper insights from performance data.

With Saudi Arabia set to host the FIFA World Cup 2034, how will Grintafy contribute to preparing local talent for this global stage?

Grintafy aims to be instrumental in preparing Saudi talent for the global stage by:

• Continuously identifying emerging local players through its platform and scouting network.
• Aligning with Vision 2030, with investors like Wa’ed emphasizing the goal of discovering the “future Saudi National Team” on Grintafy.
• Expanding development initiatives, grassroots tryouts, and performance tracking programs designed to elevate player readiness by 2034.

How will your recent partnership with Resal empower Saudi sports talents? And are there other strategic partnerships in the pipeline to further Grintafy’s mission? 

The recent Resal partnership integrates loyalty rewards with Grintafy: athletes earn digital incentives through performance and engagement, driving motivation and sustained development.

We have several regional and global partnerships in the final stages of completion. This includes international clubs and leagues. 

What are Grintafy’s strategies to expand within and beyond Saudi Arabia? 

• Regional expansion: Active in Egypt since 2021—with partnerships with West Ham United, the Egyptian Ministry of Youth & Sports, Cádiz CF—and planning to expand further across MENA.
• International push: Supported by investors like Chiliz and Adaverse, aiming to connect Saudi talent with European and South American football ecosystems.

How do you assess the current state of Saudi Arabia’s sports ecosystem? And how did government initiatives support the sector?

The Saudi sports ecosystem is rapidly evolving, heavily fueled by Vision 2030 initiatives focused on national sports development, infrastructure, and private sector engagement. Government support is substantial—from funding early-stage sportstech ventures (like Wa’ed backing Grintafy), to incentivizing Web3 innovation and international talent initiatives, strongly supportive of platforms like Grintafy.

What is Grintafy’s long-term vision for shaping Saudi Arabia as a global sports hub?

Grintafy envisions Saudi Arabia emerging as a globally competitive sport—and especially football—hub by:

• Empowering grassroots development and bridging amateur players to professional opportunities.
• Integrating advanced Web3 and AI tools to set global standards for talent discovery.
• Fostering global partnerships that ensure Saudi players are scouted and play internationally.
• Feeding homegrown talent into national teams, championships, and global leagues, thereby reinforcing the Kingdom as a center of sports excellence.

In preparation for the 2034 FIFA World Cup, Grintafy focuses on identifying and developing local talent through performance tracking, trials, and organized matches, aiming to build a strong generation of Saudi players ready to compete internationally.

The platform utilizes advanced technologies such as AI analytics, live streaming, fintech payments, and blockchain credentials to enhance talent discovery and ensure transparent, secure player data management.

Finally, innovations in sports tech and infrastructure are backed by Vision 2030 and the government's support to accelerate technology adoption, empowering platforms like Grintafy to elevate Saudi Arabia as a global sports hub.

Ghada Ismail

What if you could read a customer’s mind before they even said a word? Not long ago, startups had to rely on slow focus groups and basic surveys to guess what customers liked. Today, they can track eye movements, monitor reactions through smartwatches and other tools to quickly see what grabs attention, whether it’s a webpage, a TikTok video, or a price tag. This instant insight into customer behavior is powering a growing market called the ‘Neuromarketing’ that is now worth $1.56 billion and expected to more than double by 2034. The most successful new companies are using neuroscience-based strategies to trigger automatic customer responses. By understanding how brains make decisions, you can design marketing that converts at much higher rates.

This article reveals how to ethically apply neuromarketing principles and FOMO (Fear of Missing Out) to accelerate your startup's growth.

The Neuroscience Behind Impulse Marketing

If neuromarketing provides the brain scan, fear of missing out supplies the adrenaline. Around six in ten consumers admit they have made a “reactive” purchase within 24 hours of feeling FOMO, and the share spikes to 69 percent among millennials. Psychologists trace the phenomenon to the brain’s reward network: when we think other people are seizing an opportunity we might lose, dopamine surges, nudging us toward instant action. Social platforms have weaponized that impulse with endless highlight reels; savvy startups are learning to hard-wire it into product design, price promotions, and even push notifications.

From lab coats to laptops: the new neuromarketing stack

The classic toolkit pairs methods that read the body with AI that predicts behavior. Functional MRI offers millimeter-level maps of activity deep inside the brain, while EEG headsets (EEG headsets are wearable devices that measure electrical activity in the brain using a technology called electroencephalography) translate surface waves into real-time attention scores. Eye-tracking cameras pinpoint the exact pixel that attracts or repels a viewer; galvanic-skin sensors detect a micro-bead of sweat signaling arousal. What once required a research hospital now runs in a browser or on a fitness band, putting neuroscience within reach of a five-person SaaS team. 

Where neuromarketing meets FOMO

The power comes when these tools are used to calibrate scarcity messages, social-proof counters, and countdown timers with scientific precision. Imagine an e-commerce startup testing two product pages. In version A, the headline reads “Only 3 left in stock”; in version B, it says “In stock”. An AI model trained on thousands of eye-tracking records predicts that the first phrasing holds gaze 1.8 seconds longer.  The founders push version A live and watch conversions climb. They have literally measured FOMO in the brain.

FOMO in Action: How Fear of Missing Out Drives Spending Habits
Fear of missing out isn’t just a feeling; it’s reshaping consumer behavior, especially among younger generations. From impulse buys to overspending on experiences, FOMO is a strong psychological trigger that’s influencing the way people make financial decisions. Here are some key statistics that highlight just how widespread and powerful its impact has become:

• 60% of consumers say they’ve made a purchase because of FOMO, often within 24 hours.
• A OnePoll study found that 69% of Americans have experienced FOMO, with social media as a major driver.
• According to the American Psychological Association, 56% of U.S. adults felt FOMO during the COVID-19 pandemic—again, fueled by social media.
• An Experian report showed that 69% of millennials overspend to keep up with peers and avoid FOMO.
• A TD Ameritrade survey revealed that 73% of millennials had spent money they didn’t have on experiences to avoid feeling left out.

Neuromarketing: Your Secret Weapon for Higher Conversions

Neuromarketing gives you an unfair advantage by revealing what actually drives decisions . Here's how to use it:

1. Emotion Beats Reason Every Time

• People justify purchases with logic but buy based on feelings
• Use language that triggers excitement, nostalgia or belonging
• Example: "Join thousands of happy customers" works better than "Our product has these features"

2. The Magic of Storytelling

• Our brains are wired to remember stories 22x better than facts
• Frame your product as solving a dramatic problem
• Show transformation rather than listing benefits

3. Visuals That Work Subconsciously

• Red = urgency (perfect for "Buy Now" buttons)
• Blue = trust (ideal for pricing pages)
• Faces looking at your Call to Action (CTA) button increase clicks by 10-15%

4. Simplify Choices to Boost Sales

• Too many options paralyze decision-making
• Offer 3 versions max (good/better/best)
• Highlight one recommended option

FOMO: The Growth Hack Every Startup Should Use

FOMO taps into our deep fear of social exclusion. When used ethically, it can dramatically improve conversion rates.

Proven FOMO Tactics That Work:

Limited Availability

• "Only 3 spots left in our program"
• "First 100 customers get lifetime discount"

 Social Proof Triggers

• "Join 2,500+ founders using our tool"
• Live counters showing recent signups

 Exclusive Access

• "Invite-only early access"
• "VIP members get 24-hour head start"

 Urgency Without Being Pushy

• "Early bird pricing ends Friday"
• “Registration closes in 48 hours”

Combining Neuromarketing + FOMO for Maximum Impact

The most effective startups layer these techniques:

1. The Story + Scarcity Combo

• Tell an emotional brand story
• Add "Limited edition" or "Only available this week"

2. Social Proof + Urgency

• "500+ customers joined this week"
• "Next price increase in 3 days"

3. Gamification + Exclusivity

• Progress bars showing signup milestones
• "Top 50 users get premium features free"

The Playbook for Founders

Start by figuring out where people are dropping off. Are visitors leaving before scrolling? Upload a screenshot of your page into an AI tool like Predict AI to spot areas that people tend to ignore.

Next, create real urgency—but keep it honest. Limited-edition offers, time-based pricing, or exclusive waitlists can trigger FOMO, but fake countdown timers will only hurt your credibility.

Then, test quickly and often. Because brain-based feedback can come in fast, your growth team could test ten headline versions before lunchtime.

Finally, close the loop with social proof. Show how many people have signed up or made a purchase recently—when users see others taking action, they’re more likely to follow through.

Staying Ethical: Where Neuromarketing Meets Regulation

Tracking eye movements or physical responses isn’t exactly mind-reading, but neuromarketing comes close and that raises important ethical questions. In places like Europe, the General Data Protection Regulation (GDPR) treats biometric data (like facial expressions or heart rate) as highly sensitive. That means companies must get clear, informed consent and use the data only for a specific, stated purpose. California’s Consumer Privacy Rights Act (CPRA) has similar rules.

But legal compliance is just the starting point. Founders also need to think about ethics: When does smart marketing cross the line into manipulation? For example, pretending a countdown timer is real when it’s not may boost short-term sales, but it damages trust. On the other hand, being honest and offering features like an easy “undo” option after an impulse purchase builds long-term loyalty and customer lifetime value. In short, transparency and respect aren't just good ethics—they're smart business.

Implementation Guide for Startups

Step 1: Audit Your Current Marketing

• Where can you add more emotional triggers?
• Do you show social proof effectively?
• Is your pricing structure simple?

Step 2: Run FOMO Experiments

• Test limited-time offers vs evergreen pricing
• Try different urgency messages
• See which message leads to more clicks, sign-ups, or sales

Step 3: Refine Based on Data

• Track which emotional triggers work best
• Optimize your most effective FOMO tactics
• Scale what works, kill what doesn't

The bottom line

Great products always solve a problem. Neuromarketing simply lets founders prove—rather than guess—whether their solution hits the brain’s sweet spot. Pair brain-based validation with FOMO, and you’ve got a growth engine that turns curiosity into clicks and clicks into conversions. The opportunity is enormous, but so is the responsibility. Startups that wield these tools with empathy and transparency will gain more than mere clicks; they will earn trust in a market where attention is scarce and FOMO is everywhere.

Your move: Will you keep using old marketing playbooks, or start leveraging how brains actually work?

Noha Gad 

The construction sector in Saudi Arabia is undergoing a remarkable transformation, driven by ambitious government initiatives and a strategic vision to diversify the economy beyond oil dependence. This promising industry is projected to see a robust growth as of 2025, with an expected expansion rate of around 4.4% to 6.2%, according to a recent report by Global Data. This growth will be driven by massive investments in infrastructure, housing, commercial, and industrial projects.

Additionally, the construction sector in Saudi Arabia is anticipated to reach $174.3 billion by 2030, from $104.7 billion in 2024, with a compound annual growth rate (CAGR) of 8.7%, as stated in a recent report by Research and Markets, one of the world’s largest research market stores. 

At the core of this surge are Saudi Arabia’s giga-projects, such as NEOM, Qiddiya, and the Red Sea Project, which aim to establish the Kingdom as a global hub for innovation, tourism, and entertainment. These projects, alongside urban development in major cities like Riyadh and Jeddah, are reshaping the economic landscape and creating vast opportunities for construction companies and suppliers

Technology is playing an increasingly pivotal role in this promising sector. The adoption of advanced construction technologies, such as Building Information Modeling (BIM), modular construction, 3D printing, and smart infrastructure systems, is accelerating efficiency, reducing costs, and improving project management. 

Bisrat Degefa, Co-founder and CEO of TruBuild, a leading Saudi construction tech company, affirmed that the adoption of technology in the construction sector “has moved from experimental pilots to core strategy.” He highlighted that less than 10% of top developers in the region used digital procurement tools in 2019, while in 2025, over 60% are running live programs.

Another key player in the Saudi construction technology sector is WakeCap, a Riyadh-based company that integrates smart technology in the construction industry, focusing on enhancing safety, productivity, and efficiency. According to CEO Hassan Albalawi, mandating technology on major projects plays a pivotal role in promoting transparency, ensuring better compliance rates, and transforming safety protocols and practices in the construction industry and beyond. 

Construction technologies vs. traditional methods

Although traditional construction methods in Saudi Arabia emphasize cultural preservation and adaptation to local climates, advanced technologies are transforming the sector by enhancing efficiency, sustainability, and scalability, ultimately accelerating the Kingdom’s broader economic diversification and urban development ambitions.

The integration of technology is essential in overcoming regulatory complexities and administrative challenges, streamlining project approvals, and enhancing risk management. For instance, traditional tender evaluations often take 4–6 weeks and involve multiple full-time reviewers; however, they provide inconsistent and subjective results. Meanwhile, leveraging a rules-based scoring system, enhanced by machine-learning insights, helps companies complete evaluations in 5-7 days with just two reviewers, saving up to 85% of costs, 70% of cycle times, and significantly fewer downstream variations.

This technological evolution not only supports the rapid pace of construction but also positions Saudi Arabia’s construction sector as a model for modernization and economic diversification in the region.

Key technologies that reshape the Saudi construction sector:

Advanced construction technologies are significantly improving both speed and sustainability in the Saudi construction sector in alignment with Vision 2030. Key technological advancements reshaping the industry include:

• 3D Printing: This technology accelerates construction timelines by enabling the rapid, cost-effective fabrication of complex building components from materials like concrete and polymers.
• Modular and prefabricated construction: Pre-assembled building sections are increasingly used in major giga-projects. This method enhances speed, quality, and cost control, crucial for meeting ambitious infrastructure deadlines.
• Building Information Modeling (BIM): BIM provides detailed digital 3D models that improve collaboration among architects, engineers, and contractors. Its growing use in projects contributes to reducing errors, streamlining workflows, and cutting costs.
• Artificial intelligence (AI) and machine learning: AI automates routine tasks, optimizes labor allocation, predicts project risks, and improves safety on construction sites, offering real-time insights that help avoid delays and cost overruns.
• Internet of Things (IoT) and Automation: IoT devices enable real-time monitoring of equipment, materials, and site conditions, enhancing resource management and safety. Meanwhile, automation reduces manual labor and repetitive tasks, allowing teams to focus on strategic aspects of projects.
• Green building technologies: Saudi Arabia is integrating solar panels, energy-efficient HVAC systems, and advanced insulation to reduce the environmental footprint of construction. These practices align with global standards and the Kingdom’s commitment to reducing carbon emissions.

To fully adopt innovative construction technologies in Saudi Arabia, several key regulatory changes are needed to create a flexible, supportive, and secure environment that fosters innovation while addressing emerging risks, including:

• Aligning regulations with technology development.
• Promoting flexibility and risk management.
• Enhancing collaboration among stakeholdersز
• Developing clear AI and data governance.
• Streamlining permitting and compliance processes.

The future of construction technology in Saudi Arabia

The future of construction technology in Saudi Arabia is set to be transformative, driven by ambitious national goals under Vision 2030 and massive investments exceeding $3 trillion aimed at economic diversification and urban modernization.

Degfa expected a widespread adoption of AI-assisted workflows, contracts linked to digital twins, live ESG and schedule tracking, blockchain-enabled supplier payments, and automated compliance checks for codes and Saudization. “With its combination of scale, urgency, and regulatory support, Saudi Arabia is on track to become a global leader in AI-powered construction,” he said.

Despite challenges related to regulatory complexity and administrative hurdles, the integration of advanced technologies is expected to redefine the Saudi construction sector by 2030, making it a global leader in innovative, sustainable, and efficient building practices. This technological revolution supports Saudi Arabia’s broader goals of economic diversification, job creation, and environmental stewardship, positioning construction as a cornerstone of the Kingdom’s future development.

Noha Gad

The construction tech sector in Saudi Arabia is witnessing a transformative phase, driven by Vision 2030’s ambitious infrastructure projects and a growing focus on innovation. From smart cities to large-scale renewable energy initiatives, cutting-edge technologies such as AI, Building Information Modeling (BIM), and modular construction are reshaping the industry.

TruBuild, a leading Saudi construction tech company, is at the forefront of this evolution, delivering innovative solutions to enhance efficiency, sustainability, and digital transformation across the Kingdom.

Known for its advanced project management tools, automation, and data-driven insights, TruBuild has become a trusted partner for major developers and government entities, supporting Saudi Arabia’s mission to modernize its infrastructure with smarter, faster, and more cost-effective methodologies. 

Sharikat Mubasher held an interview with TruBuild’s Co-founder and CEO, Bisrat Degefa, to delve deeper into the trends, challenges, and future of construction tech in the Kingdom and the broader region.

TruBuild uses AI to streamline procurement and project management. How does the platform uniquely address delays and cost overruns compared to traditional methods?

Traditional tender evaluations often take 4–6 weeks, involve multiple full-time reviewers, and still produce inconsistent, subjective results. TruBuild transforms this process by ingesting thousands of pages of technical, commercial, and contractual data in minutes. It applies a transparent, rules-based scoring system enhanced by machine-learning insights and generates a fully auditable trail for every action. The result: evaluations are completed in 5–7 days by just two reviewers, with up to 85% cost savings, 70% faster cycle times, and significantly fewer downstream variations—thanks to early risk identification.

How do you see construction tech adoption today in Saudi Arabia and the wider region?

Adoption has moved from experimental pilots to core strategy. In 2019, fewer than 10% of top developers in the region used digital procurement tools; by 2025, over 60% are running live programs. Cloud-based PMIS adoption has grown from 20% to more than half. Saudi Arabia leads the charge, supported by mandates around BIM, e-tendering, and local data residency. What was once seen as optional is now essential to meet the region’s ambitious delivery timelines and scale.

What key challenges does TruBuild face in modernizing construction tech in Saudi Arabia and the GCC, and how have you tackled them?
Change aversion is a major hurdle—many teams still believe Excel is “good enough.” So, we built TruBuild to feel familiar: spreadsheet-style, no-code, and easy to learn in a single-day onboarding session. Data sovereignty concerns are resolved with fully Saudi-hosted deployments, compliant with ISO 27001 and NCA-ECC standards. To address fragmented procurement practices, we offer out-of-the-box templates for NEC, FIDIC, and local regulations. And we tackle skill gaps through embedded guidance and CPD-certified training delivered in collaboration with regional industry bodies.

You recently secured a $1 million seed round. How will this capital accelerate TruBuild’s growth?
 The funding enables us to scale our engineering, domain, and commercial teams. We’re launching a commercial evaluation module in Q3 2025 with an Arabic NLP interface and expanding go-to-market partnerships with leading project management consultancies to accelerate adoption across the region.

What are the company’s expansion plans in Saudi Arabia and the broader region?
 In Saudi Arabia, we are deepening our engagements with PIF subsidiaries and giga-projects. Regionally, we plan to enter the UAE and Qatar in 2025 through local system integrators, followed by targeted expansion into the UK and US markets, where we see strong demand for AI-driven construction tools.

How does TruBuild align with Vision 2030’s goals to digitize construction and localize technology?
 Vision 2030 calls for 70% local content, improved productivity, and greater transparency. TruBuild is designed and led from Saudi Arabia, and our clients are already seeing over 50% savings in procurement resource hours. The Vision’s delivery pace simply cannot be supported by legacy workflows. TruBuild shifts procurement from reactive to proactive, enabling faster, more accurate, and fully auditable decisions. Every riyal is tracked and justified, ensuring critical projects are delivered on time, on budget, and to the highest standards.

How do you expect construction tech to evolve in Saudi Arabia over the next five years?
We expect widespread adoption of AI-assisted workflows, contracts linked to digital twins, live ESG and schedule tracking, blockchain-enabled supplier payments, and automated compliance checks for codes and Saudization. With its combination of scale, urgency, and regulatory support, Saudi Arabia is on track to become a global leader in AI-powered construction, and TruBuild aims to be at the forefront of that evolution.