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Tech’s Big Bang in 2025: AI is the Spark Igniting a New Era

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Dell

By John Roese, Global Chief Technology Officer and Chief AI Officer – Dell Technologies

The year is 2025, and we’re witnessing the technological equivalent of the “big bang” with AI at the epicenter of how we live, work and play. Just as the universe expanded rapidly after its inception, technology is exploding into new realms, redefining industries and reshaping our future. Whether you’re a tech enthusiast, business professional, innovator or student, understanding these shifts is vital to navigating this brave new world.

The Rise of Agentic AI Architecture

“Agentic” will be the word of the year in 2025. The birth of agentic AI architecture marks a new chapter in human-AI interaction. Generative AI (GenAI) tools are evolving to enable AI agents, which are poised to revolutionize how we engage with AI systems.

In the consumer world, we’ve seen early agent approaches with virtual assistants, chatbots and navigation apps. In 2025, a new, more advanced set of agents will emerge. These agents will operate autonomously, communicate in natural language and interact with the world around them, including working in teams of other agents and humans. They will also be fine-tuned and optimized to perform assigned, specific skills, like coding, code review, infrastructure administration, business planning and cybersecurity.

AI agent systems will feature diverse cognitive, orchestration, and distribution architectures tailored to specific tasks. As complexity grows, multi-agent systems will emerge, requiring the rapid evolution of tech stacks to support agentic systems effectively.

To realize AI’s full potential and the rise of agentic architecture, enterprises must upgrade infrastructure – everything from data centers to AI PCs. This distributed infrastructure optimized for agentic AI can address security, sustainability and capacity considerations by distributing the AI workload across the entire IT infrastructure (cloud, data center, edge, and device).

Scaling Enterprise AI From Concept to Reality

Enterprises are poised to take AI from ideation to scale. Enterprise AI is simply the application of AI technology to a company’s most impactful processes in its most important areas to improve the productivity of the organization. It requires customers to answer two important questions:

  • First, what problem am I trying to solve? Developing a framework to prioritize AI efforts to the most important, impactful areas is critical.
  • Secondly, how do I solve that problem? AI solutions implemented as random projects on random tools do not scale. Instead, enterprises must determine the minimum set of AI systems needed to build a reusable and scalable AI foundation. This allows them to solve the first set of critical AI problems, and then leverage that investment to solve all future AI problems.

At Dell, for instance, our priority areas are our global supply chain, our services capability, our sales engine and our R&D capacity. Any impact on these areas results in significant ROI over other areas like HR, finance and facilities.

Next, enterprises should look at specific processes in its priority areas. For example, if process analysis uncovers an opportunity not in how salespeople interact with customers, but in how much time they spend gathering content for the customer meeting, that’s a clear AI project. GenAI can be used to automate and accelerate content discovery and creation work. In this case, the ROI is clear: shift sellers’ time back to customer-facing activities and increase revenue.

To execute prioritized projects, enterprises today have multiple off-the-shelf tools from which to choose. So, in 2025 the preferred path is to buy and implement AI tools in their private infrastructure. They can also buy tools that accelerate data modernization (data meshes, for example), and with the Dell AI Factory advancements over the past year, the infrastructure is now simple to adopt and implement.

In 2025, we have clear, repeatable approaches for prioritization and more turnkey and well-defined AI platforms and AI infrastructure options. 2025 is a year when it simply becomes easier to know what to do and how to do it when adopting AI in the enterprise space.

Sovereign AI Accelerates Global Adoption

Sovereign AI efforts are accelerating AI adoption worldwide. This concept revolves around a nation’s ability to create AI value and differentiation using its own infrastructure and data, designing an ecosystem aligned with local culture, language and intellectual property. In an era where data security is paramount, countries are opting for sovereign AI strategies and solutions, often with strong collaboration between the public and private sectors.

Instead of AI systems exclusive to governments, some countries are developing national AI resources to serve both government and local private industry, providing access to compute power and data capacity. Others are implementing a coherent national strategy where governments do not necessarily build new infrastructure but instead proactively and collaboratively co-design and encourage private industry to modernize and lead AI ecosystems.

Sovereign AI empowers nations to increase accessibility, protect critical infrastructure, drive economic growth, and enhance global competitiveness. By fostering the development of AI, it accelerates its adoption. We’re seeing growing investments directed toward infrastructure, data management, talent cultivation, and ecosystem development – and we fully expect to see this trend continue in the years ahead.

AI and the Fusion of Emerging Technologies

AI’s true potential lies in its connections with other emerging technologies. While AI itself is transformative, its impact multiplies when combined with quantum computing, intelligent edge, Zero Trust security, 6G technologies and digital twins, to name a few. This fusion creates a dynamic environment ripe for innovation and addressing existing challenges.

For instance, quantum computing in collaboration with AI will significantly impact most industries by providing the computing capability needed to scale AI to domains where classical computing struggles – likecomplex material science, drug discovery and complex optimization problems.

AI and telecom are already coming together to transform how cellular networks operate and how fundamental elements of these systems, like spectrum optimization, work. Even the future of the PC is influenced by AI, as we now see the AI PC not just as a client device but part of the end-to-end AI infrastructure. With agentic architectures, we expect to shift agents out of the data center and onto the edge or to the AI PC.  

Zero trust security and AI also are intersecting. Zero trust architectures are the best path to a better, more secure world and implementing zero trust in brownfield legacy IT is hard. In contrast, AI infrastructure is new and greenfield. We expect customers to adopt zero trust by default in new AI factories for optimal security. Given the criticality of AI, that is a good thing for all of us.

AI Becomes an Essential Skill for Everyone

AI will become an indispensable tool across professions and industries. Much like past technological advancements, AI is poised to transform the job market. Routine, task-oriented roles may diminish, but new opportunities will arise, such as software composers, AI content editors and prompt engineers.

Recent surveys reveal 72% of IT leaders identify AI skills as a critical gap requiring immediate attention. Organizations must invest in developing their workforce’s AI fluency. AI skill development will be focused on defining the AI/human relationship where AI completes more of the tasks, but people define what needs to be done. This allows professionals to focus on higher-level tasks, critical thinking and complex problem-solving.

With AI, it’s not just about the work that goes away, it’s about the new roles humans play in shaping, directing and leading AI work. AI-enabled businesses can use the evolution of the human-machine relationship to accomplish tasks in different ways and expand the art of the possible.

AI is Tech’s Grand Evolution

Just as the Big Bang set the stage for the development of galaxies, stars and planets, the rapid growth of AI is creating new opportunities, industries and ways of living and working.

As we approach 2025, we predict enterprise AI adoption will accelerate dramatically in the coming year. We’re seeing better processes, better tools and a stronger ecosystem. At Dell, our initial AI projects have scaled successfully and demonstrated the potential for ROI is real. We predict the rest of the enterprise ecosystem will quickly follow suit.

For CIOs, staying informed and adaptable will be essential. Organizations must prioritize AI fluency, invest in talent development and explore innovative solutions to remain at the forefront of this tech revolution.

The future belongs to those who can harness the power of AI. Whether you’re a business executive, tech enthusiast, or innovator, the time to act is now. The impact will be profound.

Tech Features

Rose Art LLC Pioneers AI-Powered Greenhouses for Sustainable Luxury Floriculture

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  • By Hamlet Sandoyan, CEO, Rose Art LLC

Advanced technology dramatically transforms sustainable floriculture significantly when growing roses in solar greenhouses. We envision a future where floral art serves as a bridge between sustainability and innovation. At Rose Art Flowers, we aim to redefine traditional floristry by incorporating eco-friendly practices into every aspect of our creative process—from carefully selecting premium imported roses to using sustainable materials and techniques in our installations. We believe that floral art will increasingly be celebrated for its visual and sensory impact and as a responsible, eco-conscious choice that enriches cultural events and everyday life in Dubai and beyond.

As the owner of Rose Art LLC, I have much experience and am always willing to share my expertise. Further, here’s how key innovations contribute to efficiency, cost reduction, and improved product quality.

Artificial intelligence – controlled climate control

Artificial intelligence analyzes data from sensors (temperature, humidity, CO2 level) and automatically adjusts the microclimate parameters.

– Energy optimization: reduces the load on heating, ventilation, and lighting systems, using energy as efficiently as possible.

– Rose enhancement: maintains stable growing conditions, prevents plant strain, and improves color, size, and fragrance of flowers.

Automated irrigation and water resources management

Modern systems use soil moisture sensors, weather stations, and machine learning algorithms to dispense water accurately.

– Reducing water consumption: supply only the right amount of water, preventing evaporation and leaks.

– Optimum plant nutrition: integration with drip irrigation and fertigation (fertilization) systems increases nutrient uptake.

Precision Agriculture

Using drones, satellite imagery, and AI data analysis can monitor plant health and prevent disease.

– Reduced use of pesticides and fertilizers: treating only problem areas reduces chemical exposure.

– Increased yield and quality: timely identification of stress factors helps to grow more resilient and healthier roses.

Solar energy as a source of sustainable greenhouse economy

Modern greenhouses are equipped with solar panels that provide an autonomous power supply.

– Energy efficiency: reducing dependence on fossil fuels and operating costs.

– Environmental sustainability: reducing the carbon footprint of flower production.

From my experience, the combination of AI, automation, and renewable energy makes rose production more cost-effective and environmentally friendly. These technologies reduce costs, save resources, and improve flower quality, which is especially important in a changing climate and the growing demand for sustainable products.

At the same time, it’s essential to understand how integrating hospitality trends such as luxury floral arrangements, personalized arrangements, and smart ordering systems are changing the floral industry in Dubai’s high-end market. In Dubai’s high-end market, the floral industry is transforming due to current hospitality trends. Luxury hotels, restaurants, and VIP spaces demand exclusive solutions, and integrating new technologies and personalized services is changing the game’s rules.

Luxury floral arrangements as a branding element

Luxury hotels (Burj Al Arab, Atlantis The Royal, Bulgari Resort) make floral installations part of their identity.

– Emphasizing luxury: large-scale floral compositions create a wow effect, raising the institution’s status.

– The trend for “Instagram-able” areas: unique floral decorations encourage guests to take photos and share content on social media, which boosts marketing.

Personalized arrangements and VIP treatment

The high demands of customers in Dubai require customized solutions.

– Individual selection of flowers: rare varieties (for example, black or blue roses), non-standard forms of bouquets, and exclusive packages.

– Floristry for private events: luxury florists develop unique weddings, parties, and royal reception compositions.

Intelligent ordering and delivery systems

Florist boutiques and online platforms utilize AI solutions and digital technologies.

– Concierge subscription service: regular deliveries of fresh bouquets to hotels, residences, and business spaces.

– AI assistants for flower selection: online platforms analyze customer preferences and offer personalized arrangements.

– Drones and premium delivery: express delivery within 30 minutes thanks to advanced logistics solutions.

And from my point of view, the conclusion to the above is this: The Dubai floral market is shifting towards ultra-premium and technological solutions. Exclusive floral installations are becoming part of the luxury style, while personalization and digitalization are increasing the level of service, making the floral industry an important part of luxury hospitality.

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Tech Features

Lessons for UAE & KSA Telecoms From Vi’s 5G Transformation Journey

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By Anthony Behan, Global Managing Director, Communications, Media & Entertainment at Cloudera

When Vodafone India and Idea Cellular merged six years ago to form Vi, the new telecom giant faced immediate challenges. The notable ones included scaling for one of the world’s fastest-growing mobile markets, embracing the prospects of 5G while negotiating the complexity of 4G with a sizable database, and handling an unprecedented surge in data volumes. With over 200 million subscribers, Vi needed a solution that could support its vision for the future while addressing the pressing realities of the present.

To strengthen their vision and address the pressing realities of the present, the telecom giant adopted a hybrid cloud solution, to move high-velocity workloads, like network data, to on-premises systems and leverage the flexibility of the public cloud for dynamic applications, to deliver both cost savings and agility while optimizing its operations. The results? A staggering $20–$30 million saved in infrastructure costs and an 80% reduction in support tickets. Today, Vi is better equipped than ever to handle AI/ML workloads, paving the way for future innovations.

The Role of Hybrid Cloud in Managing 5G Workloads
Hybrid cloud solutions like Cloudera have emerged as the gold standard for carriers navigating the demands of the 5G era. High-velocity workloads, such as network data, benefit from the control and cost efficiency of on-premises infrastructure. At the same time, dynamic workloads, including AI-driven services and customer applications, thrive in public cloud environments that offer unmatched scalability.

By adopting hybrid cloud platforms, telecom operators can balance these competing demands. For Vi, this approach was transformational, enabling seamless workload shifts between environments while optimizing costs and maintaining high performance. For Middle East telecoms, embracing hybrid cloud is a natural step to support their nation’s growing tech ambitions.

The Data Explosion in the 5G Era
As faster, more powerful networks rolled out, they triggered a data explosion. Managing this data requires real-time processing, as customer demands grow increasingly sophisticated. Vi’s story reflects the challenges faced by telecom carriers worldwide in the 5G era. Traditional data architectures often struggle to keep up, and without robust, scalable hybrid data platforms, carriers risk falling behind in this high-stakes race.

In KSA and UAE, where technological advancements are a national priority, telecom operators are encountering similar challenges. From supporting the country’s smart city initiatives to enabling autonomous vehicles, 5G applications demand seamless performance. The ability to manage data efficiently isn’t just a competitive advantage—it’s essential.

AI and Automation Are The Future of Telecom Operations
The next frontier in telecommunications is automation powered by artificial intelligence. According to a report by PwC, the contribution of artificial intelligence to the GDP of the Middle East is expected to reach 14% across the Technology, Media, and Telecommunications industries by 2030.

AI is already transforming customer service, predictive maintenance, and network management, but implementing these models requires immense computing power and real-time data processing capabilities. Hybrid cloud solutions are the key enabler, providing the foundation for AI/ML workloads to thrive.

Vi’s modernization journey highlights the importance of a future-ready data architecture. By integrating AI-driven streaming analytics, Vi has enhanced its operational efficiency and laid the groundwork for continuous innovation. This serves as a blueprint for UAE telecoms aiming to lead in AI-driven transformations in the region.

Lessons for Middle East Telecom Operators
The region’s commitment to becoming a global tech hub, coupled with its rapid adoption of cutting-edge technologies, positions it as a leader in the 5G era. However, realizing this potential requires modernization. Adopting hybrid cloud architectures help regional carriers reduce infrastructure costs, improve operational reliability, and create a scalable platform for future growth. Vi’s success offers valuable lessons for telecom carriers in the Middle East.

Moreover, UAE and KSA telecoms, in particular, have the unique opportunity to align with national initiatives like smart cities, digital transformation, and AI adoption, ensuring they remain at the forefront of innovation.

Building a Future-Ready Telecom Industry
The 5G era presents both challenges and opportunities. By embracing hybrid cloud solutions, telecom companies can turn data from a burden into a powerful enabler of growth. Hybrid cloud allows carriers to manage high-velocity workloads efficiently, scale dynamically, and prepare for a future defined by AI and automation.

For Middle East telecom carriers, the path is clear – invest in modern, flexible, and scalable data platforms. This investment is crucial for delivering superior user experiences and innovative services. Scalable platforms will enable carriers to handle increased data demands efficiently while embracing advanced analytics will enhance data-driven decision-making and operational efficiency. Ultimately, staying competitive hinges on seizing the immense opportunities that 5G presents.

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Tech Features

Techniques Windows & Saada: Pioneering Automation Excellence in the Middle East

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automation systems

Setting New Standards in Automation Systems
In the rapidly evolving landscape of automation systems, Techniques Windows & Saada Company has established itself as a formidable leader in Saudi Arabia and beyond. Founded with a vision to revolutionize automation services, the company has grown from its headquarters in Riyadh to establish a significant presence across Saudi Arabia and Egypt, with ambitious plans for international expansion.

The company’s success story is built on a foundation of technical expertise, innovative solutions, and an unwavering commitment to client satisfaction. “The first way to success is learning,” emphasizes CEO Mohammed Saada. “A person creates his value according to the information he has. We at Nawafedh Tech and Saada Company, one of our most important successes is the positive impact in teaching the market the basics of products and selling points, as well as successful technical support and ways to build successful relationships in business. We confirm that we will continue with this policy forever because it is the most successful and carries within it social ethics before business ethics.”

This educational philosophy has become a defining characteristic of the company’s business model, setting it apart in an increasingly competitive market. The organization’s commitment to fostering understanding and building lasting relationships has created a unique ecosystem where business ethics and social responsibility converge seamlessly.

Strategic Partnership with Seagate
A significant milestone in the company’s journey has been its strategic partnership with Seagate, a collaboration that has yielded remarkable results for both organizations. This alliance has strengthened Techniques Windows & Saada’s position in distribution channels and enhanced its project delivery capabilities. The partnership has proven particularly valuable in building customer trust, with Seagate’s reputation for quality, comprehensive warranty coverage, and competitive features complementing Techniques Windows & Saada’s service excellence.

Technical Excellence and Service Quality
The company’s technical team comprises highly skilled professionals who specialize in creating customized automation solutions tailored to specific client requirements. This expertise, combined with adherence to stringent quality standards and exceptional after-sales service, has earned Techniques Windows & Saada a reputation for reliability and excellence.

In an industry where competitive pricing often comes at the expense of quality, Techniques Windows & Saada has successfully maintained a balance, offering premium services at reasonable rates. This approach has helped the company forge strong partnerships with numerous organizations, both within Saudi Arabia and internationally.

Shaping the Future of Automation
Looking ahead, Techniques Windows & Saada is positioned for significant growth, with plans to expand its geographical footprint through new overseas branches. The company continues to invest in emerging technologies and skill development, ensuring its team stays ahead of industry trends and innovations.

The success of Techniques Windows & Saada reflects a deeper understanding of market dynamics and customer needs. By combining technical excellence with a strong educational component, the company has created a sustainable business model that benefits all stakeholders. As automation technology continues to evolve, Techniques Windows & Saada remains committed to its founding principles of quality, innovation, and customer satisfaction, while exploring new opportunities to expand its influence in the global automation sector.

This commitment to excellence, coupled with strategic partnerships like the one with Seagate, positions Techniques Windows & Saada as a key player in shaping the future of automation systems in the Middle East and beyond. As the company continues to grow and evolve, its focus remains firmly on delivering value through innovation, education, and exceptional service.



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