Sharikat Mubasher Expert Thoughts

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Cybersecurity
Jul 15, 2025

Women in the Lead: The Rise and Reality of Saudi Arabia’s Female Startups

Kholoud Hussein

 

In recent years, Saudi Arabia has witnessed a remarkable increase in the visibility of women-led startups. From tech-driven platforms to homegrown fashion brands, female entrepreneurs are gaining traction in the Kingdom’s evolving business landscape. But as the spotlight intensifies—especially under the broad banner of Vision 2030—a critical question emerges: Are women-led startups in Saudi Arabia a quiet revolution reshaping the economy, or are they part of a carefully curated PR narrative aimed at polishing the Kingdom’s global image?

 

The answer lies somewhere in between. While genuine structural reforms and individual success stories signal meaningful progress, the overwhelming emphasis on optics and international perception also plays a prominent role.

 

Legal and Policy Shifts Enabling Women Entrepreneurs

Before the launch of Vision 2030 in 2016, the economic participation of Saudi women faced substantial structural and societal barriers. Business ownership required male guardian approval, mobility was severely restricted, and access to funding and banking services was minimal. Many women operated informally from home, often limited to traditionally “feminine” sectors like tailoring, catering, and private tutoring.

 

The narrative began shifting dramatically with Crown Prince Mohammed bin Salman’s ambitious reform agenda. Vision 2030 placed women’s economic empowerment at the center of national transformation, not just for gender parity but as an economic imperative. Reforms rolled out in rapid succession: women could start businesses without guardian approval, freely open bank accounts, and participate in major economic sectors previously off-limits.

 

The regulatory overhaul included streamlined company registration through platforms like Meras, flexible work arrangements, and enhanced maternity protections. Institutions like Monsha’at, the General Authority for Small and Medium Enterprises, began offering targeted support, including training programs and access to incubation hubs. Public-private partnerships, such as Flat6LabsWadi Makkah, and Badir, have incorporated specific tracks to support female founders.

 

Indicators of Growth and Participation

The numbers paint a compelling—if still partial—picture of progress. According to the Saudi Ministry of Commerce, the number of women-owned businesses rose by over 60% between 2016 and 2023. Women now own more than 25% of registered SMEs, with a strong presence in sectors such as e-commerce, fashion, beauty tech, wellness, edtech, and food delivery.

 

The country also saw female labor force participation grow from 17% in 2016 to over 36% by the end of 2023, suggesting that female entrepreneurship is riding on the back of broader economic integration.

 

Still, the funding picture remains uneven. While women-led startups have secured high-profile funding rounds—especially in health tech and e-commerce—they receive less than 7% of total venture capital deployed in the Kingdom, according to a 2024 report by MAGNiTT. Most of this funding is clustered in early-stage rounds, with a significant drop-off when it comes to scale-ups.

 

Inside the Experience: Success, Exposure, and Gaps

Behind the aggregate numbers are real women who reflect both the promise and pitfalls of Saudi Arabia’s startup revolution.

 

Take the case of Sara Al-Rashed, founder of a Saudi edtech platform offering gamified Arabic learning tools for children. Her company received support from a local accelerator and won recognition at regional innovation forums. Yet, when it came time to scale, she struggled to attract Series A funding. Several investors voiced concern about her ability to lead a high-growth tech company as a solo female founder—a subtle but telling form of gender bias.

 

In contrast, Reem Al-Jaber, who launched a high-end wellness and beauty brand targeting GCC markets, not only received angel investment but also inked distribution partnerships with two major Saudi retailers. Her success was featured in multiple government-sponsored media outlets and at international trade events. Yet, critics note that her brand, while highly visible, has yet to break even—a reminder that not all media coverage reflects business fundamentals.

 

These examples reveal a complex truth: some women are building resilient, scalable startups, while others gain media traction without matching financial success. The disparity highlights the need to distinguish between authentic progress and symbolic representation.

 

Public Narratives and the Power of Visibility

Saudi Arabia’s image overhaul is a cornerstone of Vision 2030, and women entrepreneurs are a critical part of that strategy. High-profile forums like LEAP, FII, and the Global Entrepreneurship Congress regularly spotlight female founders as proof of the Kingdom’s modernization. International media coverage often portrays these women as pioneers, shattering stereotypes in a conservative society.

 

While these stories are real and inspirational, the heavy emphasis on a few selected figures risks reducing systemic progress to PR optics. Corporate sponsors, banks, and government agencies often feature women entrepreneurs in ESG reports and ad campaigns, aligning their brand with the Kingdom’s progressive image. The Saudi Public Investment Fund (PIF) and the Ministry of Investment frequently emphasize female participation as part of their global investor pitch decks.

 

This strategic branding is not inherently negative—visibility matters. But without consistent support, mentorship, and equitable access to capital, these stories risk becoming superficial showcases rather than sustainable models of empowerment.

 

Challenges Below the Surface

Despite reforms, significant barriers persist for women-led startups. Access to funding remains a top hurdle. Investor networks are still predominantly male, and many women lack the informal connections or technical backgrounds that VCs typically favor.

 

Scaling a startup often requires partnership with logistics firms, government contractors, or large-scale suppliers—areas where women still face subtle discrimination. Moreover, societal expectations continue to weigh heavily. Many female entrepreneurs juggle business leadership with family obligations, in a culture that still views caregiving as a woman’s primary role.

 

These challenges are particularly acute outside urban centers like Riyadh and Jeddah, where conservative norms remain deeply entrenched. Even within cities, progress often relies on the backing of liberal-minded family members or sponsors.

 

Broader Influence and Long-Term Potential

Despite these headwinds, women-led startups are beginning to transform Saudi Arabia’s business ecosystem. Many female founders actively hire women, mentor younger entrepreneurs, and cultivate inclusive work cultures. This creates a multiplier effect that extends far beyond individual success.

 

For example, one fintech founder in the Eastern Province reportedly structured her team to include 70% women, offering flexible work-from-home options and onsite childcare. Her model—though still rare—is helping redefine what leadership looks like in a new Saudi economy.

 

Furthermore, these entrepreneurs are becoming role models for the next generation. As young Saudi girls see women launching companies, raising capital, and speaking at global summits, their expectations—and those of their families—begin to shift.

 

From Visibility to Viability

The rapid rise of women-led startups reflects real, measurable progress driven by sweeping legal reforms, cultural evolution, and individual ambition. But at the same time, the prominence of these founders in media campaigns and international forums points to a deliberate effort to shape perception, both inside and outside the Kingdom.

 

To ensure that this movement evolves from trend to transformation, more must be done. The government must deepen institutional support, investors must diversify funding pipelines, and the ecosystem must go beyond visibility to sustainability.

Only then will Saudi Arabia’s women-led startup surge prove to be not just a compelling narrative, but a lasting economic force.

 

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Jul 10, 2025

No Card, No Phone—Just a Palm: The New Face of Fintech Access

Ghada Ismail
 

The way we pay is changing. Again! From magnetic stripes to chip cards, mobile wallets, and wearables, each wave has brought more convenience and speed. Now, the next frontier may be something far more innate: the human palm.

Palm recognition technology, once confined to high-security settings, is making its way into everyday finance. With a simple wave of the hand, users can authorize payments, verify their identity, and access services with no phone or card required. Tech giants like Amazon have already introduced palm-scanning systems across retail, entertainment, and even healthcare. Pilots are also appearing across Asia and the Middle East, including rising interest in Saudi Arabia and the GCC.

As digital economies seek faster, safer, and more inclusive payment options, palm biometrics offer a compelling solution. But they also raise valid questions around privacy and surveillance. Is this frictionless future a leap forward—or a little too close for comfort?

Either way, the next era of financial access may be closer than we think—literally in the palm of our hands.

 

How Palm Recognition Works
Palm recognition systems use near-infrared light to scan the unique vein patterns beneath the skin; an internal signature nearly impossible to forge. The data is encrypted and stored securely, often in cloud-based environments. During authentication, users simply hover their palm over a scanner, and the system matches the scan to their registered biometric template in under a second.

Amazon has been a leading adopter with its “Amazon One” system, which combines palm and vein imagery for high-accuracy authentication. The technology integrates with existing payment networks like Visa and Mastercard, allowing users to link their palm to a digital wallet or bank account.

 

Fintech Use Cases Around the World

Amazon One in Whole Foods and Beyond

  • Retail Rollout: Amazon One is now active in more than 500 Whole Foods Market locations across the U.S., following a nationwide expansion completed in 2023.
  • Airports & Venues: The technology is also in use at major airports and sports stadiums, including retail outlets in U.S. terminals and venues like Coors Field.

Healthcare Innovation at NYU Langone Health

  • In March 2025, NYU Langone Health began rolling out Amazon One for patient check-in, offering a contactless alternative at its clinics and hospitals.

International Developments

  • Singapore: At the 2024 Singapore Fintech Festival, Tencent and Visa jointly piloted palm-based payments. After a one-time registration, customers were able to pay with their palm at participating cafes.
  • China: In Beijing, passengers on the Daxing Airport Express Line can use palm recognition via WeChat Pay to enter the metro—no cards or phones required.

These examples show that palm biometrics are no longer experimental. They're entering the mainstream.

 

Why Fintech Is Embracing the Palm

Palm biometrics offer a mix of advantages that appeal to fintechs and users alike:

  • Speed: Authentication is virtually instantaneous, reducing queues and wait times.
  • Security: Vein patterns are internal and highly resistant to spoofing, offering stronger protection than fingerprints or facial recognition.
  • Hygiene: Fully contactless, palm scanning is ideal for public environments—especially post-pandemic.
  • Accessibility: Palm authentication offers a device-free option for people without smartphones or physical cards, improving financial access.

These benefits are especially relevant in emerging markets and among unbanked populations, where biometrics can play a crucial role in digital inclusion.

 

The Privacy Debate

Despite its promise, palm recognition raises valid privacy concerns. Since vascular patterns are immutable, a breach of biometric data could have long-lasting consequences.

Amazon states that palm data captured by Amazon One is encrypted and stored securely in the AWS Cloud, emphasizing that it is not shared with government agencies or advertisers. While this commitment offers some reassurance, privacy advocates remain cautious. The lack of universal regulation on biometric data storage, retention, and usage leaves room for concern—particularly in countries without strong consumer protection frameworks.

Building public trust will require transparency, user consent mechanisms, and robust oversight.

 

Regional Innovation: Palm Tech Expands Across the Middle East and Africa
In the Middle East and Africa, palm recognition is gaining traction beyond global tech giants. IDCentriq, a leader in biometric authentication, participated at Seamless Middle East 2025, held from 20–22 May at the Dubai World Trade Centre, where the company unveiled its ePalm palm-vein authentication technology, designed for secure, contactless identity verification in government and financial sectors.

Ali AlMeshal, CEO of PaymentsCo for the GCC, a regional subsidiary of IDCentriq, said: “Adopting technologies like ePalm will be crucial in fostering consumer confidence and driving growth in the digital payments landscape across the GCC.”

Led by Executive Chairman and CEO Muhanad Azzeh, IDCentriq is positioning ePalm as a homegrown solution tailored for the region’s shift toward cashless economies and digitally integrated public services.

 

Saudi Arabia’s Palm Vein Scanner Market Gathers Momentum

In Saudi Arabia, the palm vein scanner market is gaining traction as demand grows for secure, contactless biometric authentication across key sectors like healthcare, finance, and government, according to a report issued by 6wresearch in 2023. The technology’s ability to provide precise, tamper-resistant identity verification using subdermal vein patterns makes it particularly appealing in a country prioritizing advanced security infrastructure.

The Covid-19 pandemic accelerated adoption, as institutions sought hygienic, touch-free solutions for access control and identity management. Today, palm vein scanners are increasingly being deployed in high-security environments and customer-facing applications where trust and privacy are paramount.

Still, challenges remain, particularly around ensuring accuracy, public acceptance, and robust data protection. Key players active in the Saudi market include Fujitsu, Hitachi, and M2SYS Technology, all offering solutions tailored to the Kingdom’s growing need for scalable, secure authentication systems.

 

The Road Ahead

Palm recognition is still novel, but its rapid global rollout suggests it's more than a passing trend. As companies like Amazon expand internationally, and as fintechs across Asia and the Middle East chase frictionless user experiences, palm biometrics are emerging as a serious contender in the future of digital identity.

In Saudi Arabia and beyond, the next big step in financial access may require nothing more than a wave of the hand.

No card. No phone. Just a palm.

 

 

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Jul 10, 2025

Arabic AI and NLP: How Saudi Arabia is leading innovation in the Arabic language

Noha Gad

 

Arabic is one of the world’s most significant languages, with around 491 million speakers globally as of 2025. This makes it the fifth most spoken language worldwide and the fourth most used language on the internet. Being one of the oldest living languages, the Arabic language is spoken in 22 countries, primarily across the Middle East and North Africa (MENA) region, with additional recognition as a co-official language in countries like Chad and Eritrea.

Despite its broad reach, Arabic presents unique linguistic challenges for artificial intelligence (AI) and natural language processing (NLP) as it is characterized by a complex morphology, rich grammar, and a high degree of diglossia. It also has 25 distinct dialects, ranging from Gulf Arabic and Levantine Arabic to Maghreb and Egyptian Arabic, each with its own phonetic and lexical variations.

This diversity makes it hard for AI systems to accurately understand and generate Arabic text and speech, requiring sophisticated models that can navigate both classical and colloquial forms.

The localization of Arabic AI has become a strategic imperative in Saudi Arabia as the Kingdom moves towards its Vision 2030, not only adopting technology, but also leading the creation of it. 

The convergence of Arabic’s linguistic significance, its inherent complexity, and the Kingdom’s push for technological leadership sets the stage for transformative developments in Arabic AI and NLP. These technologies are not only crucial for enhancing digital communication and services but also for enabling local businesses to thrive in an increasingly digital and globalized economy. 

 

Saudi Arabia’s efforts to lead the creation of Arabic AI

Recognizing these challenges and the strategic importance of Arabic AI, Saudi Arabia has positioned itself as a regional leader in driving advancements in Arabic language technology. National strategies, such as the National Strategy for Data and AI (NSDAI), play a pivotal role in placing the Kingdom among the world’s top AI economies by 2030. Launched by the Saudi Data and AI Authority (SDAIA) in 2020, NSDAI aims to capitalize on data and AI for the Kingdom economically and socially through national combined efforts by all stakeholders. 

Through this initiative, the Kingdom aspires to build the foundation for competitive advantage in key niche domains in 2025, and compete on the international scene as a leading economy, utilizing and exporting data and AI by 2030.

Key objectives of NSDAI also include attracting investment worth SAR 75 billion in data and AI, and transforming the Saudi workforce with a steady local supply of more than 20,000 data and AI specialists and experts.

SDAIA also collaborated with NVIDIA to launch ALLaM, Saudi Arabia’s first-of-its-kind chat application that chats and responds to users' inquiries in Arabic. The application offers reliable information in all fields and provides updated summaries and suggestions on various topics. Furthermore, the authority partnered with global tech giants, such as IBM and Microsoft, to enhance the deployment of ALLaM.

King Salman Global Academy for Arabic Language (KSGAAL) is another key player in advancing Arabic AI in the Kingdom. In 2024, it launched the Arabic AI Center, the first specialized AI center for automated Arabic language processing. The center is dedicated to enhancing Arabic content in the fields of data and AI, and making it more competitive globally while driving research, applications, and capabilities in AI and the Arabic language.

The Arabic AI Center targets empowering researchers and developers to harness advanced technologies for processing the Arabic language through five advanced labs: Linguistic and AI Modeling Lab, Data Preparation and Linguistic Resources Lab, Virtual and Augmented Reality Lab, Audio and Visual Processing Lab, and Researcher Workspace Lab.

 

How Arabic AI and NLP empower local businesses?

 

Industry Applications

The applications of Arabic AI and NLP span various fields. For instance, AI-powered chatbots and virtual assistants can enhance customer services by providing personalized and dialect-aware support, improving user satisfaction and accessibility. In retail and e-commerce sectors, sentiment analysis and feedback mining help businesses understand customer needs and trends.

Finance companies, such as Mozn, harness Arabic NLP engines to advance fraud detection, compliance, and risk management. Additionally, Arabic AI and NLP can promote e-government in Saudi Arabia by enhancing communication and faster, clearer interactions for citizens navigating government portals.

 

Economic and Social Impact

  • Boosting local content. Advancing Arabic AI and NLP tools can increase the availability and quality of Arabic digital content across various sectors.
  • Inclusivity and digital literacy. Arabic-first AI tools ensure broader access and participation in the digital economy. 
  • Entrepreneurship and innovation. Local developers and startups leverage Arabic AI to build hyper-localized solutions, fostering a vibrant tech ecosystem.

Arabic AI and NLP are projected to deliver substantial economic benefits to the Kingdom over the coming decade. According to PwC, AI could contribute 12.4% of GDP (around $235 billion) by 2030, underscoring the transformative potential of AI across multiple sectors of the Saudi economy. Additionally, the Saudi Ministry of Communications and Information Technology (MCIT) suggested that with a 20% annual growth in the AI market, Saudi Arabia’s GDP is projects to see an uplift of 0.6% above baseline growth by 2030.

On the employment front, AI’s impact is nuanced but promising. While simulations indicate that about 20.5% of current jobs could be automated, the potential for new job creation exceeds this at 23%, leading to a net employment increase of roughly 2.5% by 2030. Saudi Arabia currently focuses on training and certifying thousands of AI specialists to keep pace with this trend, aiming to build a workforce capable of sustaining and expanding the AI ecosystem. Additionally, Arabic AI and NLP are driving significant social transformation by enhancing accessibility, inclusivity, and cultural relevance in digital interactions. 

 

Key Challenges

  • Linguistic diversity and complexity. The complex morphology and rich grammar of the Arabic language pose significant hurdles for AI development. The language features dozens of dialects, requiring AI models to be dialect-aware for authentic communication. Also, Large Language Models (LLMs) must be trained to think in Arabic, not just translate from English or other languages, to capture cultural and linguistic nuances effectively.
  • Data scarcity and quality. Although Arabic is the fourth most spoken language in the world, it accounts for less than 1% of internet content. Many existing Arabic LLMs rely heavily on English data, which reduces their efficacy in handling complex Arabic reasoning and dialects. Saudi initiatives, such as ALLaM, play a pivotal role in building large, culturally relevant Arabic datasets to overcome this scarcity.
  • Strategic sovereignty and ethical considerations. Building sovereign Arabic AI models is instrumental to ensure that AI systems reflect regional values, cultural norms, and legal frameworks. The Saudi Vision 2030 emphasizes AI sovereignty, promoting models trained on local data governed by regional laws to maintain trust and autonomy.

Saudi Arabia is rapidly advancing toward becoming a global leader in Arabic AI and NLP, driven by its ambitious Vision 2030 and substantial investments in AI infrastructure and talent development. The Kingdom accelerates its efforts to expand generative AI capabilities specifically tailored for Arabic content, including dialectal and classical forms.

The development of sovereign Arabic LLMs like ALLaM, integrated into global technology platforms and supported by advanced data centers powered by the Kingdom’s unique energy resources, positions Saudi Arabia as a regional powerhouse and a significant player on the global AI stage. 

 

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Jul 7, 2025

Why Listening First Is the Key to Smarter, Safer Construction

Gary Ng, CEO of viAct

 

“A 14-Second Warning That Changed Everything”  

 

It was a regular day at a high-rise construction project in Abu Dhabi when one of our AI-enabled video analytics systems triggered an alert. A worker had unknowingly stepped into an active lifting zone, while a tower crane was mid-operation.

 

From the moment of unauthorized entry to the moment the AI-generated alert reached the site supervisor’s device, exactly 14 seconds had passed. 

 

That was just enough time for the supervisor to intervene and redirect the worker. No injuries occurred, no operations were halted. But this situation could’ve gone drastically wrong.

 

That near-miss incident stayed with me. Not because the system worked, but because it showed me what was truly at stake: human lives, reputational trust, and operational continuity. 

 

In that moment, I realized something essential. What we’re building at viAct is not just about AI that sees — it’s about AI that listens.

 

Understanding Before Automating

The construction world today requires safety systems that can move beyond the hassles of manual inspections, paper logs, and delayed incident reporting. While many industries have leapt toward automation, the human dynamics of construction make it impossible to fully automate decision-making.

 

This is where I believe AI has a different role to play in construction safety, not in replacing oversight, but in improving understanding. AI doesn’t simply monitor for violations — it learns context over time. 

 

For instance, a site in Hong Kong received repeated alerts from a certain scaffold section. On investigation using video analytics, it turned out workers were stepping into the zone frequently due to poor tool placement. 

 

At another AI-enabled monitoring site in Singapore, over 92% of PPE non-compliance cases were accurately detected and automatically tagged in the centralised dashboard, reducing manual inspection time by nearly 40%. 

 

Humanizing the Tech That Protects Frontline Workers

We often talk about “data-driven” environments, but for workplace safety to evolve in construction, we need “people-driven” tech. Our team has always believed that contextual intelligence is what sets safety AI apart . 

 

“It is the ability to understand the why, not just report the what.”

 

For example, during a highway bridge construction project in Malaysia, a video analytics system identified heat-induced fatigue patterns by observing workers’ posture slouching and time spent in high-temperature zones. This insight led the contractor to reschedule their shifts during peak afternoon hours, reducing incidents of heat stress by over 65% in just two weeks.

 

These repeated instances across global sites are reminders that technology performs best when it pays attention to real-world workflows, fatigue patterns, environmental risks, and frontline feedback.

 

And that’s exactly what we’ve done at viAct. We’ve utilised mechanisms to listen to workers’ concerns, integrate feedback loops from EHS teams, and fine-tune the 100+ AI modules in response to ground-level realities. 

 

Rethinking Oversight: From Surveillance to Collaboration

In a traditional model for workplace safety, effective management often meant periodic walkthroughs, post-incident audits, or checklist-based compliance. But these protocols, while necessary, often fall short of the agility required on fast-paced construction sites.

 

What we offer instead is a system that interprets behavior in real time, not just capturing violations but identifying risk patterns before they escalate. At a large metro tunnel site in Singapore, for instance, AI video analytics flagged recurring unsafe access near a confined work chamber. 

 

The AI’s interpretation wasn’t just visual — it recognized a repeat behavior and suggested re-zoning. Following the alert, the EHS team made sure to redefine the access protocols and recorded a 70% drop in zone violations within three weeks.

 

This is how contextual intelligence works. It’s not surveillance. It’s collaborative safety, where AI supports, not supervises.

 

The Way Forward in 2025

Construction is evolving. And so is its way of managing workplace safety. The push for smarter, safer, and more efficient job sites is no longer optional — it’s essential. Yet the transformation doesn’t lie in abandoning human oversight, but in enhancing it with AI-driven technology.

The question isn’t “How can we control every risk?”


It’s “How can we understand risks better before they escalate?” At viAct, we believe that the answer starts with listening.

 

And we’re here to keep listening — to workers, to safety officers, to supervisors, and to every voice that keeps the foundation strong.

 

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Jul 2, 2025

OmniOps Powers Saudi Arabia’s AI Future: From Sovereign Infrastructure to Global Expansion

Kholoud Hussein 

 

In a rapidly digitizing world, the demand for powerful, secure, and sustainable AI infrastructure is no longer optional—it’s essential. OmniOps, founded in 2024, has quickly emerged as a national pioneer in this space, becoming Saudi Arabia’s first dedicated AI infrastructure technologies provider. The company has recently secured SAR 30 million in funding to accelerate the deployment of sovereign AI inference clusters and strengthen its R&D capabilities. Positioned at the intersection of innovation, compliance, and sustainability, OmniOps is tackling some of the most pressing challenges faced by enterprises and government institutions in their AI transformation journeys.

 

What sets OmniOps apart is its commitment to building local, production-grade infrastructure tailored to the Kingdom’s regulatory and operational needs. With a client base already including Saudia Airlines and CNTXT, and strategic partnerships with global tech giants like NVIDIA and Google Cloud, OmniOps is well on its way to becoming a cornerstone of Saudi Arabia’s Vision 2030 and its National Strategy for Data and AI. In an exclusive interview with Sharikat Mubasher, Mohammed Altassan, CEO of OmniOps, shares how the company is balancing high performance with sustainability, navigating regulatory frameworks, addressing talent gaps, and charting a course for regional and international growth.

 

OmniOps recently closed a funding round of SAR 30 million. What are the core goals behind this raise, and how do you plan to allocate the investment to scale your operations?

 

This funding round is focused on accelerating the deployment of our sovereign AI inference clusters across the Kingdom and investing in our next-generation AI inference software layer. The capital will be allocated toward expanding our infrastructure footprint, enhancing our R&D capabilities, particularly around sustainable AI Infrastructure architecture, and scaling our engineering team to support growing demand across sectors such as aviation, finance, and government. 

 

We're also investing in client enablement and partnerships to ensure our customers can unlock real-world value from our infrastructure.

 

Founded in 2024 as Saudi Arabia’s first AI infrastructure technologies provider, what market gap did you identify that led to the creation of OmniOps?

 

We identified a critical gap in sovereign AI infrastructure. While demand for AI solutions is rising across Saudi Arabia, enterprises lacked access to high-performance, locally hosted infrastructure that complied with data residency requirements. Most available options were either international clouds with limited regional presence or generic infrastructure not optimized for AI workloads. To add to that, public and private institutions are adopting artificial intelligence at a phenomenal rate which is creating a heavy load on their infrastructure and resources. 

 

OmniOps was created to address this, offering Saudi-built, production-grade infrastructure optimized for AI inference and compliant with local regulations.

 

Your focus on building sustainable AI infrastructure is a key differentiator. How do your solutions balance energy efficiency with computing power at scale?

 

We’ve developed proprietary GPU overbooking methods that enable us to achieve a 50% reduction in power consumption while boosting inference efficiency by up to 14 times. This means we can offer clients the computational performance they need for AI workloads, without the environmental and operational costs traditionally associated with AI Infrastructure. Our clusters are designed to be both high-performance and energy-conscious, enabling sustainable AI development at scale.

 

One of your strategic pillars is developing sovereign AI inference clusters that meet local compliance standards. How do you ensure regulatory alignment without compromising on technical performance?

 

Compliance is integrated into our infrastructure by design from day one. We help clients store their data on-premises (on-prem), in the cloud, or in a hybrid cloud set up as is needed for compliance and best performance. At the same time, we’ve built a software and hardware stack that delivers enterprise-grade performance, with no trade-off on speed or scalability. Our regulatory alignment is not a limitation—it’s a strength that allows us to serve sectors with high compliance demands, such as healthcare, finance, and aviation.

 

You’ve partnered with global tech leaders such as NVIDIA, Google Cloud, and IBM. How do these partnerships enhance your technical capabilities and support your long-term product vision?

 

These companies provide the critical infrastructure that powers most essential sectors globally. OmniOps builds upon and collaborates with their foundational technologies to create our specialized solutions. This integration allows us to optimize our platform for the latest advancements, ensuring our Inference Optimizer delivers maximum performance gains. By working closely with these technology leaders, we enhance Saudi organizations' access to world-class AI infrastructure while maintaining compatibility with global standards.

 

With clients like Saudia Airlines and CNTXT already on board, which additional industries are you targeting? How do you tailor your infrastructure solutions to meet the specific demands of different sectors?

 

Our approach begins with understanding each sector's unique challenges, regulatory requirements, and AI maturity. For example, in education, we are designing an infrastructure that supports personalized learning environments that can handle the increasing adoption of AI, while ensuring student data privacy and security. This sector-specific approach allows Saudi organizations to implement AI that directly addresses their unique operational needs while maximizing return on infrastructure investments.

 

How does OmniOps’ strategy align with Saudi Arabia’s Vision 2030 and the National Strategy for Data and AI, particularly regarding digital sovereignty and local content development?

 

OmniOps is directly aligned with Vision 2030’s goals of building a digital economy rooted in local innovation. Our sovereign AI infrastructure advances the Kingdom’s digital sovereignty by ensuring that critical data and models remain within national borders. We also contribute to local content development by hiring and training Saudi talent, partnering with local universities, and investing in R&D initiatives that position the Kingdom as a leader in AI infrastructure.

 

What are the main challenges you face in building AI infrastructure in the Kingdom, and how are you addressing those hurdles—whether technical, regulatory, or talent-related?

 

One of the main challenges is the availability of specialized AI infrastructure talent, which is why we invest heavily in training and upskilling. We also navigate evolving regulatory frameworks by working closely with relevant authorities to ensure full compliance while advocating for innovation-friendly policies. On the technical side, the biggest hurdle is delivering global-level performance locally, and our R&D focus ensures we meet and exceed those standards.

 

Are there plans for regional or global expansion? If so, which markets are you prioritizing, and what’s your approach to entering them?

OmniOps is actively forming strategic partnerships with leading players in the AI infrastructure space. Several of these partners are exploring Saudi Arabia as a key market and view OmniOps as their conduit for entry and expansion in the region. In parallel, these relationships are creating reciprocal opportunities for OmniOps to establish a presence in the U.S. market through their networks and infrastructure.

 

We are also targeting the European market, with a strategic entry point through our Moroccan office. Our approach focuses on identifying and aligning with the right partners to accelerate market access and regional growth across the continent. 

 

Finally, what is your long-term vision for OmniOps? How do you plan to maintain leadership in the evolving landscape of AI infrastructure across Saudi Arabia and beyond?

 

Our vision is to become the foundational layer of AI infrastructure across the region—empowering enterprises and governments to build and scale intelligent applications securely and sustainably. We’ll maintain leadership by continuing to innovate in energy-efficient AI infrastructure, expanding our AI inferencing, and growing a strong ecosystem of local talent and strategic partners. Ultimately, we aim to help shape a future where Saudi Arabia is not just a consumer of AI but a global contributor to its development.

 

In conclusion, OmniOps isn’t just building AI infrastructure—it’s laying the groundwork for Saudi Arabia’s digital sovereignty, global competitiveness, and future leadership in artificial intelligence. By marrying technical performance with regulatory compliance, and innovation with sustainability, the company is aligning itself perfectly with the core tenets of Vision 2030. Its sector-specific solutions, talent development initiatives, and plans for global expansion demonstrate a comprehensive strategy to not only support but also shape the AI landscape in the Kingdom and beyond.

 

As OmniOps looks ahead, its long-term vision is bold yet grounded: to become the foundational layer of intelligent systems across the region. In doing so, the company is helping reposition Saudi Arabia not merely as a consumer of cutting-edge AI technologies, but as a global contributor and innovator in this critical domain.

 

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Jul 1, 2025

Blue Gold: How Saudi’s Red Sea and Gulf Shores Are Powering a New Economic Frontier

Kholoud Hussein 

 

In a world racing toward decarbonization and sustainable development, Saudi Arabia is turning to a rarely explored, yet abundantly promising, source of prosperity: its seas. The term "blue economy" refers to the sustainable use of ocean resources for economic growth, improved livelihoods, and jobs, while preserving the health of ocean ecosystems. It includes industries such as coastal tourism, fisheries, maritime transport, renewable ocean energy, and marine biotechnology—all of which hold significant potential for coastal nations like Saudi Arabia. 

 

Stretching over 1,800 kilometers of Red Sea and Arabian Gulf coastlines, and encompassing 186,000 square kilometers of coastal ecosystems, the Kingdom is now making the "blue economy" a centerpiece of its Vision 2030 strategy. This sector, encompassing everything from fisheries and tourism to marine biotechnology and renewable energy, is seen not only as a path to diversify the economy, but also as a way to balance growth with environmental stewardship.

 

Saudi Arabia 2030 Vision

On April 28, 2024, Mohammed bin Salman launched Saudi Arabia’s national strategy for the blue economy, with a clear mandate: "Through this strategy, the Kingdom positions the blue economy as a fundamental pillar of its diversified economy, aiming to increase its contribution to GDP, create thousands of job opportunities, and preserve marine ecosystems."

 

This vision builds upon Saudi Arabia’s existing environmental and economic transformation plans. It calls for a tenfold increase in marine protected areas (from 3% to 30%), a 50% share of renewable energy, and the creation of over 210,000 new jobs in coastal and maritime sectors by 2030. The government expects this initiative to contribute more than SAR 85 billion to the national economy within the same timeframe.

 

By the Numbers: Coastal Wealth

  • 1,800+ km of Red Sea and Arabian Gulf coastline.
  • 186,000 km² of coastal and marine territory.
  • Fourth-largest coral reef system in the world.
  • Over 6,300 tons of fish from Jazan Province annually (20% of national production).
  • Target: SAR 85 billion GDP contribution by 2030.
  • Projected: 210,000 jobs created in maritime industries.

These numbers only scratch the surface of Saudi Arabia’s marine potential. The government has also emphasized port infrastructure upgrades, desalination investments, and marine innovation hubs along both coasts. In 2023, the Saudi Ports Authority (Mawani) announced over SAR 17 billion (USD 4.5 billion) in planned investments to expand and modernize key maritime hubs such as Jeddah Islamic Port and King Abdulaziz Port. Jeddah Islamic Port alone handled more than 5 million TEUs (twenty-foot equivalent units) that year, securing its rank among the world’s busiest ports. On the desalination front, Saudi Arabia produces nearly 20% of the world’s total desalinated water, with the Ras Al-Khair plant alone delivering over 1 million cubic meters daily. Innovative projects by ENOWA in NEOM are pioneering zero-brine discharge systems to turn waste into usable industrial materials.

 

Meanwhile, institutions like KAUST’s Red Sea Research Center are spearheading marine biodiversity studies, coral health monitoring, and ocean energy pilot programs. The Kingdom has earmarked SAR 1 billion to advance marine research and blue economy innovation, laying the foundation for a thriving, future-ready maritime ecosystem. Major expansion plans are already underway at key ports such as Jeddah Islamic Port and King Abdulaziz Port, with billions in investments aimed at enhancing maritime logistics and boosting trade efficiency. At the same time, advancements in desalination technology are helping meet rising water demands sustainably, especially in arid coastal areas. 

 

Innovation hubs like the King Abdullah University of Science and Technology (KAUST) are working on blue economy R&D, including marine biotech, sustainable aquaculture, and ocean energy applications, intending to position the Kingdom as a global leader in marine sciences. These infrastructure- and research-driven initiatives form the backbone of an ecosystem designed to support long-term growth in the blue economy.

 

Red Sea Projects: Sustainability Meets Luxury

One of the flagship initiatives under the blue economy umbrella is the Red Sea Global (RSG) project, which integrates eco-tourism with conservation science. RSG CEO John Pagano remarked: "At full capacity, we’re going to contribute SR33 billion annually to the Saudi economy and create 120,000 jobs. That’s not just tourism—it’s infrastructure, services, and long-term skills development."

 

The RSG project includes the world’s largest coral propagation facility, a coastal reef protection program, and the planting of over 50 million mangrove trees by 2030 to combat erosion and support marine biodiversity.

 

Tech, Conservation, and Commerce

Saudi Arabia’s blue economy strategy is unique in its blending of marine conservation with high-tech industry. Raed Al-Basseet, Chief Environment and Sustainability Officer at RSG, said, "Enhancing the environment isn’t a cost; it leads to real return on investment." The Kingdom is using AI to monitor coral bleaching, deploying drones for marine enforcement, and testing floating solar panel systems that could help power coastal towns and marine infrastructure.

 

The integration of technology is also being explored in marine biotechnology, underwater robotics, and aquaculture innovation zones. These developments not only bring investment, but create knowledge-based jobs that support a modern, resilient economy.

 

Untapped Markets: Fisheries, Aquaculture, Logistics

Beyond tourism and conservation, sectors like fisheries and maritime logistics offer huge potential. Jazan, for instance, is being transformed into a Special Economic Zone with a focus on marine industries. The area currently produces 6,300 tons of fish annually—a figure that could double with enhanced infrastructure and cold-chain logistics.

 

Private entrepreneurs are beginning to notice. Ahmed Al-Binali, founder of a seafood export startup in Dammam, noted, "With new regulations, funding, and international demand, we’re finally seeing real momentum. Our exports have grown 40% in two years."

 

Additionally, NEOM’s Oxagon project aims to be the world’s largest floating industrial hub, merging shipping, marine data centers, and green hydrogen production, placing Saudi Arabia at the center of blue-tech innovation.

 

Investment Gaps and Opportunities

Despite the promise, private investment in the blue economy remains limited. Marine R&D, deep-sea exploration, and sustainable aquaculture are still underfunded. Policymakers and business leaders are urging more venture capital and institutional investors to support the emerging sector.

 

In the words of Fahd Al-Rasheed, advisor at the Royal Commission for Riyadh City: "The Red Sea and Gulf aren’t just tourist assets—they’re economic accelerators. But we need to scale innovation faster, especially in aquatech, logistics, and ocean clean energy."

 

Public-private partnerships and blended finance are seen as keys to unlocking this capital. Government incentives are being tailored to attract entrepreneurs and corporates into eco-marine projects, especially in desalination efficiency, underwater robotics, and clean shipping.

 

The private sector in Saudi Arabia is beginning to show signs of engagement, with marine-focused startups gaining traction. As of 2024, over 40 startups in sectors like aquatech, maritime logistics, and marine AI monitoring have emerged under Monsha’at’s innovation programs. Initiatives such as the Saudi Blue Investment Fund are working to offer seed capital and technical support to founders focused on sustainable marine solutions. However, there is still a wide funding gap, especially at Series A and B stages, where investors remain cautious due to regulatory uncertainties and limited exit opportunities.

 

Additionally, venture-building platforms and incubators such as KAUST’s Innovation Center and King Abdulaziz City for Science and Technology (KACST) are playing a crucial role in nurturing marine-focused enterprises. These institutions have helped commercialize over 25 marine-related technologies in the past five years, yet experts argue that a more coordinated policy and funding pipeline is essential to scale these innovations regionally and globally. With more targeted investment from sovereign wealth vehicles like the Public Investment Fund (PIF), the Kingdom can unlock significant value while leading the MENA region in blue economy entrepreneurship.

 

Regional and Global Collaboration

To fully harness the blue economy, Saudi Arabia is also looking outward. Collaboration with Egypt, Jordan, Oman, and the UAE on coral reef protection, pollution monitoring, and sustainable shipping corridors is underway. These efforts are critical, as the Red Sea remains one of the world’s most biodiverse and geopolitically significant marine zones.

 

Moreover, Saudi Arabia recently signed memoranda with France and Norway to share expertise on offshore aquaculture, marine research, and green port management.

 

Challenges Ahead

Despite ambitious goals, challenges remain:

  • Climate Risk: Coral bleaching, overfishing, and water pollution pose ongoing threats.
  • Governance Complexity: Balancing development and environmental regulation across agencies and jurisdictions is no small task.
  • Skills Gap: The maritime sector needs specialized engineers, marine biologists, and blue economy strategists—fields that remain underdeveloped in Saudi educational institutions.

However, with rapid policy reform, an open investment climate, and a generation of tech-savvy entrepreneurs, these challenges are surmountable.

 

Finally, as the world seeks new economic models rooted in sustainability, Saudi Arabia’s blue economy strategy offers a compelling blueprint. It aligns economic growth with ecological preservation, empowers youth with new types of jobs, and opens the Kingdom’s shores to global collaboration and innovation.

 

By turning its coasts into catalysts for economic transformation, Saudi Arabia is not just diversifying its economy—it’s pioneering a new frontier where prosperity flows with the tide.

 

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Jun 29, 2025

No office, no limits: how remote startups are reshaping entrepreneurship landscape

Noha Gad

 

The COVID-19 pandemic disrupted the global economy and transformed the way businesses operate. Companies, especially startups, seized the shift to adopting remote work to cut costs, access global talent, and establish agile and location-independent businesses. Before 2020, remote work was a niche concept for many industries, but lockdowns and social distancing measures proved that teams could remain productive outside traditional offices. This realization, combined with advancements in digital tools, accelerated the rise of remote startups.

A recent report by Robert Half, the global human resource consulting firm, revealed that fully remote jobs have increased from 10% in early 2023 to 15% by the end of 2024. Other studies showed that remote workers are 13-35% more productive than their in-office counterparts.

In 2025, remote startups are no longer an exception; they are becoming the norm. Remote work democratized entrepreneurship and enabled talent from around the world to collaborate and innovate without the constraints of geography. As a result, the entrepreneurship landscape witnessed a significant surge in remote startups that are leaner, more diverse, and often more resilient than their traditional counterparts. 

 

What are remote startups?

A remote startup is a company that operates entirely or primarily without a physical office. All team members, including founders, engineers, designers, marketers, and support staff, work from different locations, often across time zones. This type of startup relies on digital tools to collaborate, communicate, and build its products or services. 

There are three types of remote startups: fully remote, partially remote, and distributed startups. In fully remote startups, the entire company operates from home, without any physical office space. Meanwhile, partially remote startups require some team members to be based in a physical office while other members work remotely. 

The distributed startup is a company that is physically based in one location, but employees are working remotely from all over the world.

 

Benefits of remote work

Remote work mode offers multiple advantages for both startups and employees. For startups, remote work provides several benefits, such as:

  • Access to a global talent pool. Startups can hire specialists from around the world without worrying about geographic boundaries. This diversity fuels creativity and provides insights into international markets.
  • Cost saving. Remote work allows startups to reduce expenses related to office space, utilities, commuting, and relocation, and redirect them to R&D, marketing, or scaling operations.
  • Flexibility and enhanced productivity. Flexible schedules let employees work during their peak hours, whether they’re night owls or early risers. 
  • Enhanced employee satisfaction. Remote work improves work-life balance, reducing burnout and turnover.

Remote work helps employees increase productivity and stay focused on their tasks. Flexible work hours can also contribute to reducing absenteeism, enabling employees to organize their days as they see fit. With less time spent commuting, employees have more time for themselves and can improve the quality of life by optimizing time for exercise, cooking, or simply resting.

 

Challenges facing remote startups 

Although remote work offers incredible flexibility and global opportunities, it also comes with unique challenges that can make or break a startup. Maintaining company culture is one of the biggest hurdles facing startups as they find difficulty in fostering team cohesion and shared values without physical interaction. Communication challenges, such as misaligned time zones and reliance on written communication, can lead to misunderstandings. Thus, startups must invest in tools and protocols to bridge these gaps.

Another key challenge is managing performance. Startups may find difficulties in monitoring and evaluating remote employee productivity. To address this challenge, they need to set clear KPIs, feedback mechanisms, and project management systems.

Moreover, remote teams increase exposure to security risks and cyber threats. A single unsecured Wi-Fi network could compromise sensitive data, making robust cybersecurity protocols non-negotiable. 

 

Finally, the rise of remote startups marks a fundamental shift in how businesses are built and operated. As they become the new norm, remote startups are reshaping the entrepreneurial landscape, making it more inclusive, agile, and resilient for the future. This type of startup unlocks global talent, reduces costs, and fosters greater flexibility and productivity, while breaking down geographic barriers.

 

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Jun 25, 2025

CEO: Grintafy plays instrumental role in preparing Saudi talents for FIFA World Cup 2034

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.

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Jun 25, 2025

Neuromarketing & FOMO: How Smart Startups Use Brain Science to Skyrocket Growth

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?

 

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Jun 23, 2025

What is a Cap Table (Capitalization Table)?

Ghada Ismail

 

If you're launching a startup or thinking about raising funding, one term you’ll quickly come across is the cap table—short for capitalization table. While it may sound technical, it’s actually a straightforward but critical tool that every founder, investor, and early employee should understand.

 

In Simple Terms

A cap table is a spreadsheet or digital dashboard that shows who owns what in a company. It details the equity ownership, types of shares, and how that ownership changes over time, especially after funding rounds, stock option grants, or exits.

Think of it as the official scorecard of ownership in your startup.

 

What Does a Cap Table Include?

At its core, a cap table typically shows:

  • Founders’ ownership
  • Investor equity stakes
  • Employee stock options
  • Total shares outstanding and fully diluted

The more a company grows and raises capital, the more complex the cap table becomes, especially after multiple funding rounds and equity-based compensation.

 

Why It Matters

A cap table isn’t just for compliance; it’s essential for decision-making. It helps you:

  • Negotiate with investors by clearly showing who’s getting diluted
  • Issue stock options to employees with transparency
  • Plan exits or acquisitions with a clear view of payouts
  • Stay ready for due diligence during fundraising or M&A

Messy or outdated cap tables can delay deals or, worse, it can cost you trust with investors.

 

When to Set It Up

Early. Ideally, the moment your startup incorporates and issues shares to founders. As you bring on co-founders, advisors, or early team members, keeping your cap table clean and updated avoids painful headaches down the line.

There are plenty of tools today—like Carta, Pulley, or Eqvista—that help automate and manage your cap table securely and accurately.

 

Popular Cap Table Tools

Managing a cap table manually in Excel might work for the first few months, but it gets messy fast. That’s where dedicated tools come in. Here are three leading platforms startups use to simplify and professionalize equity management:

 

1. Carta

One of the most widely used platforms globally, Carta offers cap table management, scenario modeling, and investor reporting. It’s trusted by many VC-backed startups and is especially helpful for companies scaling fast or preparing for funding rounds.

2. Pulley

Pulley is built with early-stage startups in mind. It’s clean, intuitive, and affordable, making it great for first-time founders who want clarity on dilution and equity planning. It also offers support for SAFEs, options, and pro-forma modeling.

3. Eqvista

Eqvista is a robust yet cost-effective alternative, offering full-featured cap table tools, company valuations, and compliance support. It’s especially popular among startups outside the U.S. and provides personalized support for smaller teams.

 

Wrapping things up…

Your cap table tells the story of your startup’s ownership, and over time, that story evolves. Whether you’re raising your first round or preparing for a major exit, a clean and well-maintained cap table is more than a spreadsheet—it’s a strategic asset.

 

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Jun 19, 2025

Building tomorrow today: technology and vision drive Saudi Arabia’s construction revolution

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.

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Jun 18, 2025

From Social First to Self-Owned: How AI and Microtools Empower the Next Generation of Entrepreneurs

Selina Bieber, Vice President for International Markets at GoDaddy

 

Digitalisation has transformed entrepreneurship, especially at its inception. An increasing number of small businesses are launching via platforms like Instagram, TikTok, or WhatsApp, bypassing traditional websites. These social-first entrepreneurs meet customers where they already are, turning social media from a mere communication tool into a business.


According to the GoDaddy 2025 Global Entrepreneurship Survey, over one in five (22%) of small business owners in MENA primarily run their business on social media. This shift underscores the growing significance of social commerce, particularly for solo entrepreneurs and part-time founders.


However, building a business solely on social platforms has its limitations. While visibility is high, ownership and control are minimal. Algorithm changes or platform policies can disrupt a business’s presence and income overnight. Moreover, consumers often seek additional verification before making a purchase. 

 

In Germany, where trust is paramount, having a professional website can significantly enhance a business’s credibility. The State of Digital Commerce in MENA 2024 Report by Checkout highlighted that 73% of online shoppers in MENA are confident in making purchases from businesses with professional websites, rather than relying solely on social media. 


Microtools Bridge the Gap
The market responded with lightweight tools tailored for social-first founders. Solutions like GoDaddy’s Show In Bio enable entrepreneurs to build branded micro-sites, digital product catalogs, and smart links that centralize their business presence without requiring advanced technical skills. These tools integrate seamlessly with social platforms while granting founders greater control.


AI Fuels Smarter, Faster Entrepreneurship
Artificial intelligence empowers founders to transition from idea to execution swiftly, helping craft product descriptions, develop pricing models, and automate customer interactions. GoDaddy data indicates that AI-supported tools can save entrepreneurs up to 10 hours per week—a substantial benefit for time-constrained small business owners. Beyond time savings, AI democratizes access, enabling anyone to present a professional front, experiment with new ideas, and scale efficiently.


And while social platforms are powerful launchpads for connecting with customers, true staying power comes from owning your presence online. Having a dedicated website paired with smart, social-integrated tools like Show in Bio not only reinforces credibility but also provides a layer of trust and permanence that social channels alone can’t deliver. In an environment where impersonations and questionable accounts are not uncommon, especially on social media, customers often verify whether a business has a legitimate website before making a purchase decision.


Social-First, but Not Platform-Dependent
The new generation of entrepreneurs is pragmatic, digitally native, and driven by a desire for independence. They initiate their ventures where their audiences are—on social media—but increasingly seek tools that provide control, flexibility, and a distinct identity beyond the scroll. Combining social-first strategies with a professional website not only enhances credibility but also ensures long-term viability. With the right mix of AI and accessible microtools, transitioning from a side hustle to a sustainable business is more attainable than ever. Social-first may be the entry point, but ownership and your own digital presence are the future.

 

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