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Dubai — Hytera Communications unveiled a slate of artificial intelligence-driven communication tools designed specifically for public safety, law enforcement and defence sectors in the Gulf region, ahead of its showcase at GITEX Global 2025.

At the heart of Hytera’s push is a vision of integrated, mission-critical communications that fuse voice, video, and data streams with AI analytics to improve situational awareness, incident response speed and evidence handling.

The company will debut the P60 Smart PoC Radio, a compact device marrying push-to-talk over cellular capability with 3GPP-aligned mission-critical services. This enables frontline users to stream video, send data, and communicate via voice over a single radio interface. Also on display will be the SC700 LTE Body Camera, built for continuous field operation with extended battery life, high-definition video capture and advanced noise reduction in audio. The SC700 is integrated with Hytera’s upgraded Digital Evidence Management system, which automates evidence ingestion, classification and secure sharing while preserving a chain of custody.

Hytera also plans to demonstrate its Intelligent Mobile Enforcement Solution, an ecosystem combining body cameras, in-vehicle video units and AI models for real-time analytics such as facial recognition and licence plate detection. From command centres, data from multiple sensors can be aggregated and visualised to support dispatch decisions and resource allocation.

According to Stanley Song, Vice President at Hytera, the Middle East market represents one of the fastest growing regions for professional communication technologies. He emphasised that public safety systems must go beyond simple coverage — they must protect the integrity of data, location privacy, and resilience against cyber threats. Given the rising challenges of urban security, cross-border crime and regional instability, Song argued that interoperable, secure, AI-augmented communications can help authorities maintain continuity under stress.

Hytera’s roadmap reflects broader shifts in the mission-critical communications sector. Competing firms are also embedding AI capabilities and federated data architectures so that frontline devices act as sensors, not just radios. In parallel, regional governments in Gulf Cooperation Council states are investing heavily in smart city, surveillance and emergency response infrastructures, creating receptive demand for advanced solutions.

GITEX GLOBAL 2025 is primed to showcase groundbreaking developments in artificial intelligence, drawing attention from industry leaders and innovators worldwide. The event is expected to play a pivotal role in shaping the future of AI, as a growing number of companies and startups highlight AI’s transformative capabilities across multiple sectors.

The spotlight will be on the innovative use-cases that AI offers, from healthcare and finance to transportation and beyond. AI’s potential to revolutionise industries is set to dominate discussions, as the event will feature a plethora of demonstrations, seminars, and cutting-edge technologies aimed at propelling AI to new heights. The highly anticipated conference will also address the challenges AI faces, particularly concerning data privacy, security, and the ethical implications of rapidly evolving technologies.

Several leading AI-driven companies are expected to debut next-generation products and services that will redefine the way businesses and consumers interact with technology. The launch of AI tools designed to optimise workflows, enhance customer experiences, and boost operational efficiency will take centre stage, underscoring AI’s growing role in the business world. Key players such as tech giants and emerging startups are preparing to demonstrate solutions that leverage AI for better decision-making, automation, and personalised services.

One of the most anticipated announcements is the unveiling of AI-powered healthcare technologies. AI’s ability to accelerate diagnostics, enhance patient care, and streamline administrative tasks is generating immense interest in the medical field. Exhibitors at GITEX GLOBAL 2025 will present AI-powered tools that use machine learning algorithms to analyse medical images, predict health risks, and support doctors in making faster and more accurate decisions. Such advancements have the potential to revolutionise healthcare delivery globally, improving outcomes and reducing costs in the process.

The financial services industry is also embracing AI, with a growing number of companies leveraging AI to enhance fraud detection, improve risk management, and optimise investment strategies. AI’s capabilities in analysing vast amounts of financial data in real-time are being used to identify patterns and trends that would be difficult for human analysts to detect. During GITEX GLOBAL 2025, financial institutions and fintech startups are set to demonstrate how AI is reshaping the way investments are managed and how consumers interact with their financial institutions.

Another key area where AI is making waves is autonomous transportation. From self-driving cars to AI-assisted logistics, the transport sector is undergoing a dramatic shift. At GITEX GLOBAL 2025, industry leaders will reveal advancements in AI-driven transportation solutions that promise to improve safety, reduce traffic congestion, and make travel more efficient. AI’s ability to process vast amounts of real-time data and make split-second decisions is crucial to the development of autonomous vehicles and their integration into the wider transportation ecosystem.

AI’s role in cybersecurity is also a hot topic at GITEX GLOBAL 2025. As cyber threats become more sophisticated, AI is increasingly being used to detect, prevent, and respond to security breaches. By analysing patterns in network traffic and identifying anomalies, AI-powered cybersecurity systems can rapidly identify and mitigate threats, offering a new level of protection for organisations and consumers alike. The growing importance of AI in safeguarding sensitive information and ensuring secure digital environments will be a central theme during the event.

Sustainability is another area where AI is being leveraged to drive change. From optimising energy usage in smart cities to improving the efficiency of manufacturing processes, AI is helping industries become more sustainable. GITEX GLOBAL 2025 will showcase AI technologies that are not only transforming industries but also contributing to global sustainability goals. These solutions promise to reduce carbon footprints, lower energy consumption, and make industries more efficient and environmentally friendly.

Lyft Inc. has entered into a partnership with the autonomous vehicle company Tensor Auto Inc. to introduce a fleet of robotaxis across North America and Europe by 2027. The companies aim to reshape the transportation landscape, focusing on the future of urban mobility. Lyft’s venture into the robotaxi market signals a significant step towards embracing fully autonomous driving technologies, which could revolutionise urban transport systems globally.

Under the terms of the agreement, Tensor Auto will provide the necessary technology to power the autonomous vehicles, while Lyft will manage the operations, including fleet logistics, ride-hailing services, and customer-facing platforms. The collaboration is set to leverage Lyft’s extensive experience in the ride-hailing industry, which already covers a wide range of urban markets in both regions. This partnership marks a key milestone in the journey towards making driverless cars a reality, aiming to deliver more efficient and eco-friendly transportation alternatives.

Lyft’s move into robotaxis comes as the autonomous vehicle market is experiencing a rapid surge in interest, with several major players such as Tesla, Google’s Waymo, and others investing heavily in the technology. These vehicles are designed to operate without human intervention, using a combination of sensors, cameras, and advanced artificial intelligence to navigate city streets. By eliminating the need for drivers, robotaxis promise to cut costs, reduce congestion, and lower emissions, aligning with the growing demand for greener urban transport solutions.

The rollout of robotaxis is expected to be gradual, with Lyft planning to initially deploy a limited number of vehicles in select cities. The fleet will be integrated with Lyft’s existing app, allowing customers to book rides as they would with traditional cars. While the service will begin with a small fleet of vehicles, Lyft and Tensor Auto anticipate expanding the network as regulatory frameworks for autonomous vehicles evolve and urban infrastructure adapts to accommodate driverless cars.

Lyft’s decision to enter the autonomous ride-sharing market comes at a time when the company is looking to diversify its services beyond traditional ride-hailing. The potential of robotaxis could be a game changer in terms of profitability and service efficiency. As the global shift towards sustainability grows stronger, self-driving electric vehicles like these offer a promising solution to reduce carbon emissions and dependence on fossil fuels.

Tensor Auto, a leader in autonomous driving technology, has been a key player in the development of self-driving solutions for both private and commercial transportation. The company has been refining its autonomous system, focusing on the safety, reliability, and efficiency of its vehicles. Tensor Auto’s vehicles are equipped with state-of-the-art sensors and machine learning algorithms designed to enable smooth navigation in complex urban environments. These innovations are expected to be central to the success of the Lyft robotaxi initiative.

While many of the logistics regarding the fleet’s operation remain in development, key challenges will include regulatory approvals, vehicle safety standards, and ensuring that autonomous systems can navigate the dynamic nature of urban environments. Several regions, including parts of Europe and North America, have already started the process of revising their traffic laws to accommodate self-driving vehicles, with pilot programs and test sites being established in cities like San Francisco and London.

Experts suggest that the integration of robotaxis could lead to significant shifts in how people approach urban mobility. With the promise of safer, more reliable, and more affordable transportation, the expansion of driverless cars could be particularly beneficial in densely populated cities, where congestion and pollution are persistent challenges. Lyft and Tensor Auto’s collaboration could set a new benchmark for the future of transportation, one that is driven by sustainability and technological advancement.

The company’s market cap, now placing it among the most valuable companies globally, reflects its strategic positioning at the centre of critical technological trends. Nvidia’s GPU technology has become indispensable in fields ranging from gaming to machine learning and data analytics. Its leadership in AI applications, particularly in areas like autonomous driving and generative AI, has been a key driver behind its expanding market reach.

The surge in Nvidia’s market cap follows impressive quarterly earnings, which showed a substantial increase in revenue, particularly driven by its data centre segment. Analysts attribute the company’s growth to its cutting-edge products, including the A100 and H100 GPUs, which have cemented Nvidia’s reputation as the leading provider of AI computing hardware. These advancements are now crucial to many sectors, including cloud computing, gaming, and large-scale enterprise solutions.

Nvidia’s ability to capitalise on the increasing integration of AI into business processes and consumer products has been pivotal to its success. The company’s GPUs power most of the leading AI platforms, including those used in cloud data centres, where the demand for advanced computational power continues to soar. Moreover, Nvidia’s partnerships with tech giants and startups alike have positioned it as an essential player in the development of AI tools and infrastructure.

In addition to its AI-driven growth, Nvidia has capitalised on the gaming industry, where its GPUs remain a cornerstone for high-performance graphics. The booming popularity of esports and virtual reality, as well as the continual advancement of gaming hardware, has kept Nvidia in a dominant position within this sector. Its GPUs power not only personal gaming rigs but also high-end consoles and cloud-based gaming services, further amplifying its market presence.

The company’s stock performance has consistently outpaced the broader technology sector, with a remarkable acceleration in share prices following its strategic shift towards AI and machine learning. Investors have been particularly bullish on Nvidia, with many analysts forecasting continued growth driven by the company’s investments in next-generation technologies and its expanding footprint in emerging markets like AI-driven healthcare, robotics, and digital content creation.

Nvidia’s market success has also been underpinned by its robust financial health. The company’s ability to generate strong cash flows has allowed it to reinvest in cutting-edge R&D, securing its competitive edge. Nvidia has consistently delivered on innovation, with the launch of new products and the expansion of its software ecosystem, which includes AI development tools, simulation platforms, and enterprise solutions.

The market has recognised Nvidia’s potential beyond traditional GPU applications. Its recent moves into high-performance computing and the automotive sector, particularly with self-driving car technologies, have diversified its portfolio and unlocked new revenue streams. As Nvidia continues to push the boundaries of what its technology can achieve, its influence on the global tech landscape is only expected to grow.

LearningCrypto has emerged as a leading force in the intersection of cryptocurrency and artificial intelligence, capitalising on the growing interest in crypto education. As more individuals seek to understand the complexities of digital currencies, platforms like LearningCrypto are responding to an urgent demand for in-depth knowledge in the ever-evolving crypto space.

The expansion of AI-driven educational tools has significantly reshaped how cryptocurrency is taught. LearningCrypto, which has grown rapidly over the past year, leverages AI to personalise the learning experience for its users. The platform uses AI algorithms to track a learner’s progress, adapt content, and recommend courses based on individual learning preferences and gaps in knowledge. By tapping into AI, the platform aims to bridge the knowledge gap, enabling people of all levels—from beginners to seasoned investors—to enhance their understanding of crypto assets.

Market trends show an overwhelming shift toward digital learning, especially in niche fields like cryptocurrency. As blockchain technology continues to disrupt traditional industries, there is a growing need for professional development courses tailored to the crypto world. This demand is being fuelled by a surge in cryptocurrency adoption and institutional interest, coupled with an increase in regulatory scrutiny. Individuals and businesses alike are eager to stay ahead of the curve, making crypto education a crucial priority.

LearningCrypto’s rise highlights a broader trend in the education sector, where AI is being harnessed not only for customised learning experiences but also for its potential to simulate real-world trading scenarios. This feature appeals to both new investors looking to explore the market and seasoned professionals wanting to test their strategies without the risk of losing capital. The ability to create simulated trading environments has proven to be a game-changer, giving users a safe space to learn and practice their skills.

Several factors contribute to the rapid adoption of crypto education platforms, with accessibility being at the forefront. These platforms offer an array of resources, from video tutorials and webinars to live sessions with industry experts. The inclusion of AI-driven assistance allows users to receive real-time feedback, enhancing their ability to grasp intricate concepts at their own pace. With many courses offered online, learners have the flexibility to study on their terms, making education more accessible than ever before.

The integration of AI also addresses one of the key challenges in cryptocurrency education—keeping up with the pace of change in the crypto market. AI tools can quickly adapt content to reflect the latest developments, market trends, and regulatory updates. This ability to provide up-to-date information ensures that learners are not left behind as the landscape shifts. For example, new developments such as the rise of central bank digital currencies and the ongoing discussions around the regulation of stablecoins are integrated into course materials in real-time.

The success of LearningCrypto is also a testament to the broader trend of the digital transformation of education. As traditional educational models struggle to keep up with technological advancements, online learning platforms powered by AI are becoming the go-to option for learners. Cryptocurrency, once viewed as a niche market, has gone mainstream, and its educational demand reflects this shift. By leveraging AI, platforms like LearningCrypto are positioning themselves at the forefront of this digital revolution in finance education.

Key players in the crypto education space have also taken note of this trend, with many developing their own AI-powered features to enhance the learning experience. Some platforms offer AI chatbots that provide instant answers to users’ queries, while others employ predictive analytics to help learners anticipate and prepare for market trends. This evolving landscape has raised the bar for crypto education, pushing platforms to integrate cutting-edge technology to remain competitive.

Google has broadened the accessibility of its AI-powered search feature, now available in 35 additional languages and 40 more countries. This global expansion brings cutting-edge search capabilities to millions more users, further solidifying the tech giant’s position in the evolving digital landscape.

The search engine’s AI mode, which has already been integrated into several regions, is designed to enhance user experience by delivering more nuanced, contextually aware responses. It leverages advanced machine learning algorithms to provide users with relevant, personalised information based on their search queries. As a result, users now receive more accurate results and immediate answers, whether they’re looking for detailed technical data, news, or casual information.

The expansion into 35 new languages, including Bengali, Malay, and Persian, marks a significant milestone in Google’s ambition to create a more universally accessible search engine. The company’s efforts to make its AI-powered features more inclusive have resonated with a global audience, particularly in regions with high numbers of native speakers who had previously been underrepresented in AI-driven services.

This development is part of Google’s broader strategy to strengthen its competitive edge in the search market. With AI now becoming a central element in search functionality, the company aims to differentiate itself from other players, such as Microsoft’s Bing, which has also integrated AI technology into its search engine.

Google’s move aligns with its ongoing efforts to prioritise artificial intelligence across its platforms. AI’s role in search has evolved beyond simple query-based responses to complex problem-solving and semantic understanding. By deploying AI in this expanded format, the company is setting a new benchmark for how search engines should interact with users. The introduction of more languages ensures that users worldwide benefit from a more intuitive and responsive search experience.

The roll-out is also designed to capture the attention of non-English-speaking markets, where Google has faced competition from regional players. For example, in countries where local languages dominate, such as parts of Southeast Asia and the Middle East, the ability to use AI-driven search in native languages is a crucial step towards maintaining user loyalty. Google’s strategy appears to be not only about providing relevant information but also tailoring responses in ways that reflect cultural and linguistic contexts.

Industry analysts note that the deployment of AI in search is becoming increasingly vital for tech companies looking to stay ahead in the digital space. By bringing AI to more languages, Google is ensuring its search platform remains at the forefront of technological innovation, offering greater value to users around the globe. Furthermore, the technology promises to assist businesses in connecting with customers more effectively by improving discoverability and delivering content more suited to regional and linguistic preferences.

This step towards universal AI integration is also a response to the growing demand for more accessible, user-centric services. As artificial intelligence continues to mature, users expect it to provide not only immediate answers but also solutions that are tailored to their individual needs and linguistic background.

However, the move is not without its challenges. Ensuring that AI algorithms perform optimally in diverse languages, including those with complex grammatical structures and dialects, remains a significant hurdle. For instance, languages like Bengali or Malay pose unique challenges due to their rich vocabulary and varied sentence structures. Google’s AI team is likely to continue refining its models to handle these nuances, improving accuracy and overall user satisfaction.

The growing global reach of AI-powered search further emphasises the broader trend of AI’s role in shaping future technology. With machine learning increasingly being embedded into everyday tasks, from search engines to digital assistants, the evolution of AI represents both an opportunity and a responsibility for companies like Google. The company must balance rapid innovation with ethical considerations, ensuring that its AI systems are transparent, equitable, and accountable.

Japanese farmers have turned to cutting-edge technology in an attempt to safeguard their poultry from increasingly frequent predation by wild animals. The innovative solution: automated laser drones. These high-tech devices, which combine the precision of laser technology with aerial autonomy, are designed to deter predators like foxes and hawks from attacking chickens.

The rise in wildlife predation on farms has become a growing concern for Japan’s agricultural sector. Predators, often driven by habitat loss or changes in the environment, have been encroaching upon farming areas. The damage caused by these animals is not only costly but can also severely impact food production. With their farms under siege, poultry farmers have sought more advanced methods of protection, beyond traditional fences or scarecrows, that would be both efficient and sustainable.

The solution has come in the form of drones equipped with advanced sensors and lasers that track and identify predators. These drones are programmed to autonomously patrol the skies, scanning the ground for movement. Upon detecting a potential threat, the drones deploy targeted laser beams designed to startle and deter the animal without causing harm. This non-lethal approach ensures that the predator is frightened off but unharmed, which is crucial for maintaining ecological balance while protecting the farm’s livelihood.

This approach also benefits from its efficiency. Unlike human workers who might be limited by time and resources, drones can patrol vast areas continuously and autonomously, ensuring 24/7 protection. The lasers used by the drones are highly focused and can be calibrated to avoid affecting the animals’ surroundings, such as the chickens they are protecting. By using this method, farmers can ensure that their birds remain safe from predators without resorting to harmful chemicals or traps.

The drones are part of a larger trend in Japan, where technology is increasingly being employed to address agricultural challenges. The country has long been at the forefront of adopting technological solutions for its agricultural sector. With a rapidly aging farming population and declining rural populations, the need for automation and innovation in farming practices has never been greater. Japan’s agricultural sector has embraced everything from robotic harvesters to artificial intelligence systems that help optimise crop production.

The laser drone initiative reflects a growing trend in agricultural innovation, particularly as it relates to sustainability. As concerns over the environmental impact of traditional farming practices intensify, more farmers are turning to technology as a way to enhance efficiency while reducing the ecological footprint. The laser drones are a prime example of how technology can provide solutions that not only protect farmers’ assets but also preserve the integrity of local wildlife populations.

While the drones’ use in Japan is still in the pilot phase, the potential for their broader application is clear. With the technology continuing to evolve, it is expected that these drones will become more widespread, not just in Japan, but potentially in other countries facing similar challenges with wildlife. Other regions, such as parts of the United States and Europe, have seen similar problems with predators attacking livestock, making the laser drone solution an attractive option for international markets.

However, the introduction of these advanced technologies is not without its challenges. Critics argue that there could be unintended consequences in the broader ecosystem. For instance, the laser drones’ targeting systems may unintentionally affect non-predatory animals, or the very technology designed to protect could be misused. Some environmentalists express concern about the potential for increased reliance on high-tech solutions that could further disrupt the delicate balance of rural ecosystems.

GITEX, the iconic technology and innovation expo, is broadening its footprint by expanding into Vietnam, heralding a new chapter for the Southeast Asian nation’s burgeoning digital economy. With the event’s successful history in the Middle East and Asia, this expansion signals a strong shift towards positioning Vietnam as a central player in the global digital arena. The launch aligns with Vietnam’s ambitious vision to develop a digital economy worth over $200 billion by 2030, driven by the country’s evolving tech ecosystem, government-backed initiatives, and an increasingly connected population.

GITEX Vietnam, set to take place in Hanoi, is expected to be a major catalyst for the nation’s digital transformation. The expo, known for showcasing the latest advancements in AI, cloud computing, cybersecurity, and smart technologies, will provide a platform for global tech giants and local startups to foster collaboration. This shift not only promises to boost local innovation but also offers international companies the opportunity to tap into Vietnam’s rapidly growing market. The country’s young, tech-savvy population and expanding digital infrastructure make it an ideal destination for the event, underscoring the symbiotic relationship between GITEX’s global platform and Vietnam’s digital future.

The expansion into Vietnam is a testament to GITEX’s strategic move to capture the rising tide of digitalisation across Southeast Asia. According to industry analysts, Vietnam’s digital economy is one of the fastest-growing in the region. With the government’s commitment to building a robust digital infrastructure, the country aims to integrate digital solutions across key sectors, including healthcare, education, logistics, and manufacturing. This government push is expected to further accelerate innovation in AI and blockchain technologies, sectors where Vietnam has begun to make notable strides.

One of the main drivers behind Vietnam’s digital economy ambitions is the government’s Digital Transformation Program, which aims to equip businesses and individuals with the tools to thrive in the new digital world. As part of this initiative, the Vietnamese government has pledged to support local startups and foster an environment conducive to technological advancements. Public-private partnerships are expected to play a pivotal role in bridging the gap between government policy and the commercial sector, ensuring that both infrastructure and innovation go hand in hand.

GITEX’s involvement in this transformation is poised to elevate Vietnam’s digital capabilities on the global stage. By offering a comprehensive view of the latest trends, technologies, and business solutions, the event will expose Vietnamese enterprises to the tools and insights needed to enhance productivity, efficiency, and innovation. As part of the expansion, Vietnam’s homegrown tech companies will also be able to showcase their capabilities, fostering collaboration with global leaders in digital technologies.

The 2025 edition of GITEX Vietnam will feature a broad spectrum of sectors, including digital health, fintech, artificial intelligence, and cybersecurity. These areas align closely with the country’s vision to modernise key industries and improve overall living standards through technology. AI, for instance, is expected to play a crucial role in enhancing Vietnam’s manufacturing sector, enabling greater automation and precision in production. Additionally, fintech’s rise in Vietnam promises to boost financial inclusion by offering innovative solutions to underserved populations, with digital payments and mobile banking expanding rapidly in urban and rural areas alike.

The growing momentum of GITEX in Southeast Asia is evident through its ongoing success in regions like the UAE, India, and Saudi Arabia, where it has served as a crucial platform for digital transformation discussions. The move into Vietnam further strengthens its position as a global tech hub, providing valuable opportunities for cross-border collaboration. Vietnamese companies, eager to expand their reach, will benefit immensely from the international exposure GITEX provides, potentially paving the way for future partnerships, investments, and technological breakthroughs.

The RNTrust Group is set to roll out its digital-trust architecture under the banner “Infinite Trust” at GITEX Global 2025 in Dubai. The offering is built around three flagship technology pillars—BOAT orchestration, cyber-intelligence, and stratum-level time synchronisation—aimed at solving friction points faced by large enterprises operating across complex, digital ecosystems.

At the core of the strategy is Coopera BOAT, RNTrust’s enterprise orchestration and automation engine, which integrates bots, APIs, microservices, content, case-management, and AI agents under a unified platform. The company positions BOAT as a successor to legacy BPM and ECM systems, enabling long-running and cross-domain workflows across IT and business domains. Integrated AI and generative flows help with decision intelligence and unstructured data extraction. RNTrust claims the platform aligns with market forecasts that predict the orchestration market will expand markedly in the coming years.

Complementing BOAT is ThreatLeap, a cyber threat intelligence and compliance platform operating 24/7 to scan external attack surfaces, detect leaks, misconfigurations, phishing domains and advanced threats, and flag compliance gaps across regulations such as NIS2, DORA, GDPR and PCI-DSS. The system is portrayed as proactive, intended to reduce risk exposure rather than simply respond to incidents.

Lastly, the group is spotlighting StratumOne, a time-synchronisation solution leveraging GNSS signals, atomic clocks and precision engineering to deliver nanosecond-level accuracy. Target sectors include finance, telecoms, 5G networks and critical infrastructure where time precision is essential.

RNTrust leadership will host product demos and discussions at the Novotel World Trade Centre during the expo, targeting CIOs, CISOs, system integrators and partner firms. The platform claims deployments and partnerships across the GCC, Europe and the U. S., drawing on R&D centres in Southeast Europe, Italy and the UAE.

The company frames “Infinite Trust” as a unification strategy—bringing orchestration, security and timing coherence into a cohesive architecture that can scale across diverse enterprise landscapes. This positioning aims to appeal to large organisations wrestling with digital transformation, hybrid workloads, compliance burdens and the growing attack surface of distributed systems.

Market watchers note that digital trust is becoming a key battleground for software and cybersecurity vendors. The integration of orchestration and security is a direction echoed by peers embedding zero-trust and AI decision engines into automation platforms. The time-sync component adds a niche yet strategic dimension, tapping into sectors where precision timing is a regulatory and technical requirement.

Abu Dhabi’s Department of Health will present a portfolio of artificial intelligence–based healthcare solutions at the upcoming GITEX Global 2025 event in Dubai. The showcase is intended to reinforce the emirate’s ambitions to lead in digital health transformation and embed AI into clinical and public health systems.

DoH plans to display tools ranging from predictive diagnostics to personalised wellness platforms, emphasising preventive care and data-driven interventions. H. E. Dr Noura Khamis Al Ghaithi, Undersecretary of DoH, stated that leveraging AI is central to “reshaping how care is delivered” and enabling people to “live healthier, longer lives.”

The Abu Dhabi delegation will also highlight the emirate’s efforts to integrate AI across healthcare infrastructure, including hospital systems and community services. As part of the pitch, DoH intends to advance models that predict health risks, flag early disease onset, and streamline patient journeys from diagnosis to treatment.

The timing of this unveiling aligns with Abu Dhabi’s broader push into AI research and high-tech partnerships. In September 2025, Nvidia and Abu Dhabi’s Technology Innovation Institute launched a joint lab focusing on robotics and advanced AI models, including deployment of Nvidia’s “Thor” chip for robotic applications. That initiative is part of the UAE’s wider effort to become a global AI player.

At GITEX Global—a technology exhibition scheduled from 13 to 17 October at the Dubai World Trade Centre—the DigiHealth & Biotech track is expected to draw startups, tech firms and health ministries showcasing innovations across genomics, diagnostics, telemedicine and biotech. The exhibition emphasises frontier domains: physical AI, quantum computing, semiconductors and data-centre infrastructure.

Abu Dhabi is also seeking to signal that its AI investments are more than pilot projects. Through collaborations with private technology firms, academic institutions and regional health authorities, DoH aims to build a scalable, interoperable health data ecosystem. Under its strategy, AI modules would be deployed not just in tertiary hospitals, but in primary care, clinics, remote monitoring and wellness programmes.

Critics point to challenges ahead, including data privacy, algorithmic bias, regulatory oversight and integration with legacy systems. Effective AI deployment in health requires robust patient consent frameworks, transparent models and continuous validation across diverse populations. Observers note that many AI health systems falter when scaled beyond controlled environments.

The World Bank has trimmed its projection for South Asia’s economic expansion in 2026, citing elevated U. S. tariffs on Indian exports as a key drag. The region’s growth is now forecast at 5.8 percent, down from 6.6 percent this year.

The updated “South Asia Development Update” flags the U. S. trade measures as a major headwind, especially given India’s size and its integration into regional supply chains. The report sets India’s growth for fiscal year 2025–26 at 6.5 percent, up from its earlier estimate of 6.3 percent, but warns of a drop to 6.3 percent in 2026–27 as tariff pressures intensify.

The U. S. has imposed tariffs of up to 50 percent on a broad swath of Indian goods—impacting sectors such as textiles, gems and jewellery and seafood—affecting nearly $50 billion in exports. These are among the highest duties levied on any U. S. trading partner. The World Bank notes that these tariffs will particularly bite in 2026 as initial buffers from public spending fade.

Franziska Ohnsorge, chief economist for South Asia at the World Bank, asserted that the toll from trade restrictions reflects “a reversal of the gains” India had made in integrating into global value chains. She urged structural adjustments: lowering tariffs and signing free trade agreements to support export competitiveness.

Beyond India, Bangladesh and Sri Lanka show varying trajectories. The Bank upgrades forecasts for Bangladesh and Sri Lanka, citing easing fiscal strain and improving external balances. Meanwhile, Nepal and the Maldives bear the brunt of tighter global conditions, with their outlooks revised downward.

Policy responses in India are already in motion. The government launched sweeping tax cuts spanning consumer goods to automobiles, one of the largest fiscal interventions in recent years. Concurrently, infrastructure spending is being boosted to drive domestic demand and counterbalance export headwinds. The Reserve Bank of India held its repo rate at 5.50 percent in October, citing subdued inflation and leaving open room for a future cut.

Indian officials remain confident. Finance Minister Nirmala Sitharaman called the economy “resilient,” expressing faith it could absorb external shocks while targeting an ambitious 8 percent growth. The Chief Economic Adviser affirmed earlier forecasts of 6.3–6.8 percent GDP growth, downplaying long-term damage from trade friction.

International institutions have also flagged downside risks. The Asian Development Bank cut India’s FY 26 forecast to 6.5 percent from 6.7 percent, pointing to duty pressures and policy uncertainty. The IMF earlier trimmed India’s 2025-26 prediction to 6.2 percent, citing heightened global trade tensions.

The World Bank’s report emphasises that over the medium term, trade liberalisation combined with labour flexibility and investment in digital infrastructure could help South Asia reclaim momentum. Within the document, a scenario of tariff cuts and deeper trade integration is modelled to yield significant gains in productivity, employment, and output per capita.

Still, the path ahead is fraught. The report cautions that the region is vulnerable to a global slowdown, geopolitical shocks and labor market disruptions from artificial intelligence. In particular, it warns that weaker export growth from India will spill over across the region via trade, financial and migrant-worker channels.

ASUS has confirmed that it will spotlight a broad suite of AI-enabled products and infrastructure at GITEX Global 2025, framing its participation around the theme “Ubiquitous AI. Incredible Possibilities.” The corporation aims to demonstrate how artificial intelligence can permeate devices, enterprise systems and urban environments.

The company’s exhibit will cover four core domains: AI-first design, cloud integration, sustainability and education technology. On the hardware front, ASUS plans to showcase the B5405 ergonomic laptop, the P5405 with a 47 TOPS NPU, and the B9403 weighing under 1 kg with all-day battery life. Chromebook models such as the CX5403 Plus and Windows devices like the BR1204 will cater to education users.

In its infrastructure tier, ASUS will highlight its AI POD, HGX servers and the Ascent GX10 platform powered by the NVIDIA GB10 Grace Blackwell superchip. Workspace innovation will include compact offerings such as the NUC 15 Pro and NUC 14 Pro AI. On the edge side, embedded systems for smart cities and autonomous systems—such as the PE2200U, PE6000G, and PE2100N—are also in the lineup.

ASUS emphasises the role of partnership in its vision. It plans to accentuate cooperation with NVIDIA via its “Enterprise AI Factory” programme, which supports AI-ready racks and POD designs tuned for large language models and immersive workloads. The company will also underline measures in security, durability and ease of maintenance across its product line.

Tolga Özdil, Regional SYS Commercial Director for META at ASUS, remarked that the Middle East is positioned at a digital inflection point, with AI shaping institutional and economic evolution. He framed GITEX as a platform to bring the company’s latest innovations into conversation with regional stakeholders. ASUS’s Regional Director for Middle East & Africa, Senic Chiu, added that the event offers opportunity to show how intelligent tools can reshape industries and daily life.

ASUS’s timing comes against the backdrop of an intensifying global push for AI infrastructure. GITEX 2025 is expected to draw more than 6,800 tech firms and 2,000 startups from 180 countries. Key event themes include advancements in quantum, biotech, data centres and robotics.

Beyond individual exhibitors, the show underscores the rapid expansion of the global AI economy. According to organisers, investment in data centres alone is forecast to surpass US$500 billion in 2025. Meanwhile, GITEX’s startup track, Expand North Star, will run in parallel and feature over 1,200 investors managing US$1.1 trillion in assets.

ASUS’s introduction of its AI roadmap at this scale signals that device manufacturers are no longer content to remain at the periphery of the AI stack. As more process layers—from silicon to application—are exposed to AI optimisation, hardware firms are positioning themselves to own more of the value chain. However, challenges remain: power efficiency, thermal constraints, ethical AI integration and data security are frontlines ASUS must navigate.