Technology

ASUS is set to showcase its latest AI-enabled commercial solutions at the upcoming AI Everything Abu Dhabi event, ensuring that the main announcement takes centre stage right away.

Artificial intelligence has rapidly transitioned from a theoretical concept to an operational necessity for modern enterprises.

Across the globe, businesses are seeking out computing solutions that can support complex AI-enabled workloads, aiming to catalyse productivity and fortify security. In the Middle East, this technological evolution is moving at an unprecedented pace, with the United Arab Emirates positioning itself as a central hub for digital transformation. Addressing this growing demand, ASUS is set to showcase its latest AI-enabled commercial solutions at the upcoming AI Everything Abu Dhabi event, ensuring that the main announcement takes centre stage right away.

Embracing 'Ubiquitous AI'

The overarching theme for the upcoming showcase is “Ubiquitous AI. Incredible Possibilities”, a concept that reflects the pervasive nature of machine learning and advanced data processing in today’s corporate environment. No longer relegated to isolated departments or experimental projects, artificial intelligence is now being integrated into the very fabric of commercial IT infrastructure. This integration is essential for creating smarter, more efficient, and highly secure ways of working.

Tolga Özdil, Regional Commercial Director, Middle East, Turkey and Africa (META) at ASUS, highlighted the significance of this shift within the corporate landscape. “AI is becoming a fundamental part of how organisations work,” he stated, underscoring the reality that businesses must adapt their hardware and software capabilities to remain competitive. The drive towards ubiquitous integration means that every facet of an organisation—from data analytics to endpoint security—can benefit from intelligent automation and enhanced computational power.

Delivering practical value for organisations

While the theoretical applications of artificial intelligence are vast, the primary focus for enterprise leaders remains on practical implementation. Decision-makers are actively looking for commercial portfolios that can seamlessly handle the demanding processing requirements of AI tools without compromising on reliability. At AI Everything Abu Dhabi, the focus will firmly be on AI business solutions that are specifically designed to support these evolving organisational requirements. By providing robust computing frameworks, technology providers aim to bridge the gap between abstract AI concepts and day-to-day business operations.

“We are pleased to be back at AI Everything and to contribute to the conversation around how AI can deliver practical value for organisations,” said Tolga Özdil. This practical value is realised through devices and systems that enhance workflow efficiency, protect sensitive corporate data against sophisticated threats, and empower employees to focus on strategic tasks rather than routine administrative duties.

Prioritising sustainable tech hardware

As the computational demands of artificial intelligence increase, so too does the need for environmentally responsible technology. The modern commercial portfolio must balance high performance with rigorous sustainability standards. The technology sector is increasingly adopting eco-friendly practices to minimise the carbon footprint associated with manufacturing and operating advanced computing hardware. Key sustainability initiatives embedded within these modern commercial solutions include:

• Eco-Friendly Manufacturing: A dedicated shift towards the use of more sustainable materials in the production of hardware components and protective packaging.

• Energy Efficiency: Strict compliance with globally recognised standards, including ENERGY STAR 8.0, ensuring that devices consume less power during operation without sacrificing performance capabilities.

• Environmental Certifications: Adherence to the Electronic Product Environmental Assessment Tool (EPEAT) standards, which evaluate the environmental impact of technology products over their entire lifecycle.

Fostering industry collaboration

Events such as AI Everything serve as critical touchpoints for the technology ecosystem, bringing together hardware manufacturers, software developers, and enterprise end-users. The opportunity for face-to-face engagement remains vital for understanding the nuanced challenges that different industries face when deploying artificial intelligence.

The event, which is taking place from the 6th to the 7th of October 2026 at the ADNEC Centre, will feature dedicated spaces for these crucial industry dialogues. Key executives, representatives, and stakeholders will be present throughout the exhibition at Hall 2, Booth B40. Their presence is designed to facilitate meaningful conversations with customers, partners, and industry professionals, fostering a collaborative approach to digital transformation.

As artificial intelligence continues to reshape the commercial landscape, the focus on practical, secure, and sustainable business solutions will only intensify. The developments showcased in Abu Dhabi will likely set the tone for enterprise technology investments across the region in the coming years.

Core42 has signed a strategic collaboration agreement with the Technology Innovation Institute (TII), the dedicated applied research arm of Abu Dhabi's Advanced Technology Research Council (ATRC).

The United Arab Emirates continues to solidify its position as a global leader in advanced technology, artificial intelligence, and secure digital infrastructure.

Core42 has signed a strategic collaboration agreement with the Technology Innovation Institute (TII), the dedicated applied research arm of Abu Dhabi's Advanced Technology Research Council (ATRC). Announced at GISEC Global, the partnership aims to accelerate UAE-developed digital sovereignty and elevate next-generation cybersecurity innovation across government and enterprise ecosystems.

As digital transformation accelerates worldwide, the imperative for secure, locally governed technology has never been more urgent. Sovereign cloud capabilities and homegrown cybersecurity solutions are vital for safeguarding critical infrastructure against increasingly sophisticated digital threats and cyber attacks. By uniting Core42’s expertise in sovereign cloud architecture and digital services with TII’s cutting-edge research capabilities, this alliance creates a powerful framework designed to protect national data integrity while empowering organisations to innovate with complete confidence and uncompromised safety.

Advancing UAE-Built Cybersecurity and Sovereign Tech

The collaboration between Core42 and TII brings together two foundational pillars of the UAE's technological ecosystem. While Core42 delivers robust sovereign cloud platforms and scalable enterprise infrastructure, TII contributes world-class scientific research and advanced cryptographic and cybersecurity solutions. Together, both entities will focus on developing resilient technologies tailored to the unique operational requirements of the region, ensuring long-term digital stability.

Key aspects of the strategic collaboration include:

• Enhancing National Security: Developing advanced cybersecurity frameworks and defence mechanisms specifically designed for critical infrastructure protection across vital sectors.
• Accelerating Sovereign Innovation: Fostering local research and development to produce home-grown digital tools that reduce reliance on foreign legacy systems.
• Strengthening Data Sovereignty: Ensuring that sensitive workloads, communications, and institutional data remain securely within the borders of the UAE.
• Collaborative Ecosystem Growth: Aligning public sector goals with private sector agility to build an interconnected, secure digital economy.

A Unified Vision for a Secure Digital Future

This partnership reflects a broader national strategy to foster self-reliance in critical technological domains. The UAE government has consistently emphasised the importance of sovereign AI and robust cybersecurity as foundational elements of a sustainable, future-ready economy. By bridging applied scientific research with enterprise-grade implementation, Core42 and TII are setting a new benchmark for how nations can secure their digital borders while driving economic diversification and technological leadership.

Industry experts have noted that true digital resilience requires far more than just secure storage; it demands continuous innovation in threat detection, cryptographic security, and autonomous defence systems. The strategic alliance between Core42 and TII addresses these complex demands head-on, providing public institutions and private enterprises with the advanced tools necessary to withstand rapidly evolving cyber risks in an increasingly interconnected global landscape, while maintaining strict adherence to national governance frameworks.

Empowering Enterprises and Government Entities

For organisations operating within the UAE, this collaboration translates into practical, secure pathways for digital adoption. As businesses increasingly migrate critical operations to the cloud, maintaining strict adherence to regulatory standards and data protection laws is paramount. The integration of TII's advanced research breakthroughs into Core42’s sovereign infrastructure ecosystem ensures that enterprises can scale their operations smoothly without compromising on security or compliance.

Ultimately, the agreement between Core42 and the Technology Innovation Institute underscores the UAE's unwavering commitment to technological sovereignty. By fostering domestic innovation and reinforcing critical cyber defences, the partnership ensures that the nation remains at the forefront of the global digital economy, fully prepared to meet the challenges and opportunities of tomorrow with absolute confidence and strategic autonomy.

SAS, working alongside research analysts from IDC, recently published the second annual Data and AI Impact Report: The New Economics of Trust to explore this phenomenon.

SAS, working alongside research analysts from IDC, recently published the second annual Data and AI Impact Report: The New Economics of Trust to explore this phenomenon.

The research team surveyed 2,699 decision-makers across 28 distinct countries, focusing specifically on highly regulated sectors like banking, insurance, life sciences, and the public sector. These comprehensive findings confirm that ethical and transparent technological practices function as primary economic drivers rather than mere regulatory compliance exercises.

The Widening Profitability Gap

Financial metrics reveal a stark contrast between enterprises prioritising governance and those neglecting these crucial frameworks. The comprehensive report highlights a rapidly expanding return on investment (ROI) divide across the current global market.

Several key statistics illustrate this disparity vividly:

• Enterprises actively investing in trustworthy AI measures are 15 times more likely to report strong or high ROI on their specific projects.

• Exactly 62% of these mature organisations achieve strong returns, compared to just 4% among less prepared industry peers.

• Market leaders realise 1.85 times greater gains across 13 distinct business outcomes, spanning vital areas like revenue growth, cost savings, and customer experience enhancements.

• Recognising this distinct advantage, 85% of leaders are increasing their investment in trustworthy practices by more than 10% this calendar year.

Organisations capturing the most immense value are not necessarily acquiring vastly different software tools. They are instead managing their technological assets through a fundamentally different, trust-centric lens.

The Explainability Crisis

Sophisticated technical capabilities mean very little if human operators refuse to trust the final output. The extensive study uncovered a significant operational friction point regarding workforce adoption. A staggering 97.2% of users routinely override AI-generated recommendations in at least some specific instances.

The primary catalyst for human intervention relates directly to systemic explainability. Employees are consistently hesitant to rely on automated systems that cannot articulate the rationale behind a specific decision or recommendation. Artificial intelligence that lacks the capacity to explain its own internal logic becomes a major business liability, especially within high-stakes environments like healthcare diagnostics or financial risk assessment.

Bridging the widening gap between human expertise and machine intelligence is therefore absolutely critical. Bryan Harris, CTO at SAS, addressed this operational necessity very clearly.

"When AI works, it's incredibly impactful," Harris stated. He added that "in order to achieve accuracy and repeatability, organizations must embed domain expertise into agentic workflows, while keeping people at the center of governance and oversight." Harris concluded that "organizations that do this successfully will close the trust gap and gain a competitive advantage in the market with AI."

Core Pillars of Reliable Systems

Researchers evaluated each surveyed enterprise across five strict criteria to benchmark maturity levels accurately. Systems must excel across multiple distinct dimensions to be considered truly reliable and secure by the workforce.

The five core pillars include:

• Data quality and governance: Guaranteeing the foundational information feeding the complex models remains accurate, unbiased, and secure.

• Model governance and oversight: Implementing continuous human-in-the-loop supervision over all active algorithms.

• Explainability and fairness: Demystifying complex automated decision-making processes so end users understand the underlying logic completely.

• Responsible AI policy: Creating and enforcing comprehensive ethical guidelines that dictate enterprise usage.

• Audit and accountability: Establishing clear, predetermined chains of responsibility to ensure strict regulatory compliance at all times.

The Data Foundation Imperative

Trustworthy machine learning cannot function without a highly optimised data infrastructure. Most organisations currently lack the robust data foundation required to make their initiatives trustworthy and ultimately profitable. The research indicates that only a comparatively small market segment currently possesses the necessary maturity to scale these technologies successfully.

Enterprises operating with an optimised data foundation hold a massive competitive advantage. They are four times more likely to expect strong financial returns from their automated projects. These same progressive companies are six times more likely to mandate the strict data quality controls necessary to build lasting trust across the workforce.

Robust oversight and explainability are no longer optional additions to a corporate technology stack. Strong data foundations and accountability measures function as absolute prerequisites for scaling modern automated solutions. Companies that recognise and successfully implement these vital safeguards will undoubtedly secure the greatest long-term commercial success in the coming decade.

Dubai Municipality has officially deployed an advanced smart surveying robot, marking a significant milestone in the emirate's continuous pursuit of world-class digital infrastructure and smart governance.

Dubai Municipality has officially deployed an advanced smart surveying robot, marking a significant milestone in the emirate's continuous pursuit of world-class digital infrastructure and smart governance.

This cutting-edge technological initiative is designed to drastically strengthen municipal geospatial data capabilities, ensuring that urban planning, land surveying, and construction oversight operate with unprecedented precision, reliability, and operational efficiency. By integrating autonomous robotics into everyday municipal operations, Dubai continues to cement its status as a global pioneer in smart city evolution, innovative public administration, and sustainable urban development for the future.

Elevating urban planning through advanced geospatial tech

Modern metropolitan areas require dynamic, highly accurate spatial data to manage rapid population growth, complex infrastructure projects, and environmental sustainability goals effectively. Traditional land surveying methods, while historically reliable, often demand extensive human resources, significant physical labour, and extended timeframes, particularly when mapping intricate topographical features, coastal regions, or dense urban zones.

The introduction of the smart surveying robot by Dubai Municipality addresses these operational challenges head-on. Equipped with state-of-the-art sensors, high-resolution imaging systems, and real-time data transmission modules, the robot can capture spatial measurements with extreme accuracy. This technological leap ensures that urban planners, civil engineers, and government policymakers have continuous access to pristine, up-to-date geographic information systems (GIS) data whenever critical infrastructural decisions need to be finalised and executed.

Core capabilities and technological highlights

The deployment introduces several groundbreaking technical capabilities that fundamentally transform how municipal surveys are conducted across the emirate:

• High-Precision Laser Scanning: Utilises advanced LiDAR technology to capture comprehensive three-dimensional point clouds of terrain, buildings, and civil infrastructure with millimetre-level accuracy.

• Autonomous Navigation Systems: Features intelligent path-planning algorithms that enable the robot to navigate complex terrain and active construction sites safely without requiring constant human intervention.

• Real-Time Data Integration: Instantly synchronises captured spatial datasets with central municipal databases, eliminating administrative bottlenecks and drastically reducing human error in data entry.

• Enhanced Safety Protocols: Minimises the need for human surveyors to enter hazardous environments, unstable slopes, or high-traffic roadways during active data collection campaigns.

• Environmental Resilience: Engineered specifically to withstand extreme regional temperatures, airborne dust, and varying weather conditions, ensuring uninterrupted operation throughout the year.

Strengthening Dubai’s digital infrastructure

Beyond immediate surveying tasks, this deployment forms a foundational pillar of Dubai’s broader digital transformation strategy. Accurate geospatial intelligence serves as the indispensable backbone for numerous municipal services, including property registration, infrastructure maintenance, disaster risk management, and environmental monitoring.

By automating routine data collection processes, Dubai Municipality frees up skilled surveying professionals to focus on complex analytical tasks, strategic urban planning, and rigorous quality assurance. This pivotal shift not only accelerates project lifecycles across both public and private sectors but also reduces long-term operational costs for municipal authorities. Furthermore, the availability of reliable, highly granular geospatial data strongly supports private developers, architects, and investors by providing transparent, highly accurate baseline data for new commercial and residential real estate ventures across the emirate.

Future outlook for smart governance and mapping

As Dubai advances further into the digital era of artificial intelligence and automated governance, the role of advanced robotics in municipal administration is set to expand exponentially. The successful integration of the smart surveying robot establishes a highly scalable blueprint that other regional and international municipalities can emulate to modernise their own administrative frameworks.

This visionary initiative highlights Dubai Municipality's proactive approach to adopting emerging technologies. By bridging the critical gap between physical land development and digital data ecosystems, the city ensures that its urban landscape grows intelligently, sustainably, and efficiently for generations to come.