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How Connected Data Ecosystems Are Unlocking New Business Growth

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Cloud data ecosystems are the way forward for both industrial enterprises and the technology providers that support them, says Rónán de Hooge, Executive Vice President, Cloud Platform Business, AVEVA. An industrial environment where machines anticipate their own maintenance needs, supply chains innovate in response to real-time demand and resource shifts, and industries operate with unparalleled efficiency and minimal waste—all orchestrated by human experts?

That vision is fast becoming a reality as industries organize in response to the evolving business landscape. Disrupted supply chains, resource scarcity, changing customer needs and increasing regulation are all now commonplace in our integrated, digital-first economy. Success in this challenging environment depends on collaboration. When suppliers, distributors and other chain partners share business information, insights and best practices, they can create combined value that exceeds what each can achieve individually.

Businesses aren’t just connected to each other—they’re interdependent. In industry and elsewhere, the future of business increasingly relies on a connected data ecosystem. Data ecosystems represent the next wave of digital transformation. They leverage a trusted network of technologies to connect people with data from industrial operators and their partners.

With industrial data ecosystems, companies gain access to new capabilities or expertise they may not have in-house. More importantly, a unified view across the value chain, enables companies to discover crucial new insights and leverage broader expertise that enhance their abilities amid a changing business environment. When this industrial intelligence is unified and shared in the cloud, every value chain participant – including partners, regulators and customers – can visualize routes to better efficiency, productivity and sustainability.

Data is the bedrock of growth for the industrial enterprise

Businesses everywhere are now using connected data ecosystems with customers, suppliers, partners and operators. Such integrated networks may even straddle two or more formerly separate sectors. In all cases, they carry value for each player within the ecosystem, including for technology developers.

At the core of this collaboration is data. Industrial organizations now collect data in greater quantities and from a wider variety of sources than ever before. Too often, however, this strategic asset remains siloed at the point of collection because of technology, security and governance barriers, rendering it inaccessible to even internal departments.

Sharing data across an organization—as well as with external partners—gives every player within the ecosystem a contextual understanding of how to optimize their role in the value chain. Industrial organizations are therefore catalyzing digital transformation to create seamless collaboration across the lifecycle and unlock greater value and sustainability gains for all stakeholders.

Around the world, many players are already leveraging these platform services to drive positive outcomes on several fronts:

  • Drive efficiency through collaboration: Sharing data from a single source of truth empowers experts—regardless of location or technical background—to make better decisions faster.
  • Achieve environmental, social and governance (ESG) targets: Viewing unified value chain data in context helps surface the interdependent areas where sustainability action can have the greatest impact, such as greater circularity, improved efficiency, reduced emissions and better regulatory compliance.
  • Enhance individual and joint innovation: The competitive advantages gained from secure data-sharing communities strengthen trusted supplier and partner relationships. By adding context to real-time data, companies can expedite R&D, innovate together and mutually enhance competitive advantages.
  • Improve decision-making: Seamlessly connecting diverse data sources and extensible applications within an ecosystem gives businesses richer and more complete insights that can reduce operational costs and improve revenue outcomes.
  • Transform business for faster revenue: An industrial data ecosystem delivers value within hours instead of days or weeks. Accordingly, companies can achieve faster adoption, expand their market reach, and leverage economies of scale—all while reducing costs through lower software investments upfront and lower ongoing IT and maintenance expenses.
connected data ecosystems

How ecosystem building works for technology companies

As industries begin strategizing for the outcomes enumerated above, data ecosystems are helping them meet their needs. This kind of ecosystem thinking also supports innovation for technology providers and developer partners.

Such digital platforms bring together a multitude of complementary solutions and applications that can be tailored to specific business needs. At their core, such an industry data community is a network of interconnected software applications, services, and platforms that integrate seamlessly to enhance process efficiencies while uncovering new value for end customers.

With an open and neutral platform, partners can expedite the development of emerging technologies and services, driving agility and value for customers. The ability to securely share specific data streams within a standardized format and with granular control supports the development of new applications and value-added services – without compromising intellectual property.

This adaptability is a game-changer at a time of increasing cross-domain innovation, when developments in one field, such as artificial intelligence, can support progress in another area. Connected data ecosystems provide the advantages developers need in an ever-evolving industrial landscape.

Industry appetite and the flywheel effect

Different industrial sectors have either already added to, or are accelerating, their investment in connected data ecosystems. The vast majority (90%) of respondents in IDC’s 2023 Future of Industry Ecosystems global survey said they plan to maintain or accelerate their investment into such data ecosystems this year and next. Principal motivations included increasing business agility, better process automation, improved systems integration, and increased data-sharing with partners, including for ESG reasons.

The survey interviewed 1,288 C-suite and business line executives decisionmakers across energy, construction, process manufacturing, government and other industries around the world. Overall, the appeal of the connected data ecosystem could lie in its ability to accelerate the flywheel effect, a concept familiar to engineers.

With the flywheel effect, small wins accumulate over time to create a momentum that keeps the business growing. Likewise, within the kind of integrated data community described here, every player can expect to be able to recalibrate for resilience in real-time, driving incremental gains for all stakeholders on a continuous basis.

Whether for industrial enterprises, technology companies or developers, the whole truly then becomes worth more than the sum of its parts. The value of connected data ecosystems—and the potential exponential growth they promise—will be the foundation of our sustainable future.

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UAE Shines at the ‘Olympics of Robotics’, Clinching Top Global Honours Among 193 Nations

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Winners of the Olympics of Robotics competition.

Team UAE was felicitated in a glittering ceremony on Saturday following their historic victory at the 2025 FIRST Global Challenge held in Panama City from 28th October to 1st November 2025. The students brought home the Gold Medal, competing against teams from 193 countries marking a proud moment for the nation and reaffirming the UAE’s commitment to nurturing scientific talent and innovation among youth.

The competition, widely regarded as the Olympics of Robotics, gathered some of the world’s brightest young minds to solve global challenges through STEM (Science, Technology, Engineering, and Mathematics). Representing the UAE with distinction, the eight-member team demonstrated creativity, perseverance, and technical excellence throughout the challenge.

The team comprised Riya Mehra (Dubai College), Aarya Parekh (Delhi Private School, Sharjah), Aarush Pancholi (GEMS Modern Academy), Aditya Anand (New Millennium School, Al Khail), Krithin Satya (Dubai College), Simran Mehra (Dubai College), Sreya Binoy Nair (GEMS Modern Academy), and Aryan Goyal (DIA Emirates Hill), a diverse group of students who together spent over 300 hours in rigorous preparation for the international challenge. Their intensive training was supported by Unique World Robotics, the official training partner for Team UAE, which played a key role in guiding the students through technical, strategic, and design aspects of the competition

Coach Muhammed Mukhtar said, “This victory is a testament to the extraordinary dedication and ingenuity of our young innovators. They have made the nation proud and shown that UAE students can compete at the highest level on the global stage.”

The team’s winning project, STASH, is an innovative biopreservation system designed to protect endangered species such as the Ghaf tree without relying on freezing or electricity. Using sodium alginate hydrogels, STASH encapsulates living cells in portable, low-cost beads that maintain viability for 3–5 days, enabling safe transport even to remote areas. Integrated with AI-based cell viability analysis and supported by a 3D-printed field kit, STASH provides an eco-friendly, globally inclusive method for preserving life, one cell at a time.

The project was evaluated by a distinguished panel of experts, including professors from MIT (Massachusetts Institute of Technology), USA, and scientists from Lam Research, who recognized the innovation and global applicability of STASH.

Reflecting on the journey, Team Captain Aarush Pancholi said, “Winning Gold was the result of countless hours of collaboration, experimentation, and teamwork. We are proud not just of the medal, but of creating a solution that can truly make a difference for biodiversity and communities worldwide.”

Bansan Thomas George, National Organiser of FIRST Global Challenge UAE, praised the students’ achievement and said, “Team UAE’s victory reflects the nation’s long-standing commitment to STEM education and youth innovation. Their work on STASH demonstrates not only technical brilliance but also a vision for sustainable solutions that can benefit the world.”

Team UAE’s accomplishment stands as a symbol of the UAE’s investment in its future innovators, inspiring the next generation of scientists, engineers, and environmental pioneers.

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VAST Data Partners with Google Cloud to Enable Enterprise AI at Scale Across Hybrid Cloud Environments

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Professional headshot of Cem Kul, General Manager of SO/ Ras Al Khaimah resort

VAST Data, the AI Operating System company, today announced an expanded partnership with Google Cloud, the first fully managed service for the VAST AI Operating System (AI OS), enabling customers to deploy the AI OS and extend a unified global namespace across hybrid environments. Powered by the VAST DataSpace, enterprises can seamlessly connect clusters running in Google Cloud and on-premises locations, eliminating complex migrations and making data instantly available wherever AI runs.

Enterprises want to run AI where it performs best, but data rarely lives in one place and migrating can take months and costs millions. Fragmented storage and siloed data pipelines make it hard to feed the AI accelerators with consistent, high-throughput access and every environment change multiplies governance and compliance burdens.

VAST and Google Cloud address this challenge by making data placement a choice rather than a constraint. In this recorded demonstration, VAST showcased the power of the VAST DataSpace to connect clusters across more than 10,000 kilometers, linking one in the United States with another in Japan. This configuration delivered seamless, near real-time access to the same data in both locations while running inference workloads with vLLM, enabling intelligent workload placement so organizations can run AI models on TPUs in the US and GPUs in Japan without duplicating data or managing separate environments.

“Together with Google Cloud, VAST is building a unified data and computing environment that extends to wherever a customer wants to compute and unleashes the potential of AI by unlocking access to all data everywhere,” said Jeff Denworth, Co-Founder at VAST Data. “Delivered as a managed AI Operating System on Google Cloud, customers can go from zero to production in minutes – we’re turning hybrid complexity into a single, intelligent fabric that provides fast access to data, regardless of where it resides to accelerate time to value for agentic AI.”

“Bringing VAST AI Operating System to Google Cloud Marketplace will help customers quickly deploy, manage, and grow the data solution on Google Cloud’s trusted, global infrastructure,” said Nirav Mehta, Vice President, Compute Platform at Google Cloud. “VAST can now securely scale and support customers on their digital transformation journeys.”

Powering Google Cloud TPUs with seamless data access and near-local performance

Recent performance results also show how the VAST AI Operating System connects seamlessly to Google Cloud Tensor Processing Unit (TPU) virtual machines, integrating directly with Google Cloud’s platform for large-scale AI. In testing with Meta’s Llama-3.1-8B-Instruct model, the VAST AI Operating System delivered model load speeds comparable to some of the best options available in the cloud, while maintaining predictable performance during cold starts.

These results confirm that the VAST AI OS is not just a data platform but a performance engine designed to keep accelerators fully utilized and AI pipelines continuously in motion.

“The VAST AI OS is redefining what it means to move fast in AI, delivering model load speeds comparable to cloud-native alternatives while providing the full power of an advanced, enterprise-grade AI platform,” said Subramanian Kartik, Chief Scientist at VAST Data. “This is the kind of acceleration that turns idle accelerators into active intelligence, driving higher efficiency and faster time to insight for every AI workload.”

With VAST on Google Cloud, customers can benefit from:

  • Deploy AI in Minutes, Not Months: Organizations can run production AI workloads on Google Cloud today against existing on-premises datasets without migration planning, transfer delays, or extended compliance cycles. Using VAST DataSpace and intelligent streaming, they can present a consistent global namespace of data across on-prem and Google Cloud instantly.
  • Reduce Data-Movement Costs: Stream only the subsets that models require to avoid full replication and reduce egress – cutting footprint and redirecting budget from data movement to AI innovation with infrastructure that is future-ready for the demanding AI pipelines in genomics, structural biology, and financial services.
  • Maximize Google Cloud Innovation with Flexible Data Placement: Choose what to migrate, replicate, or cache to Google Cloud while keeping one namespace and consistent governance by applying unified access controls, audit, and retention policies everywhere to simplify compliance and reduce operational risk. Leverage VAST DataStore and VAST DataBase to unify prep, training, inference, and analytics without rewiring pipelines.
  • TPU-Ready Data Path: Feed TPU VMs over validated NFS paths with optimized model loading and metadata-aware I/O, delivering fast, consistent warm-start performance and predictable behavior during cold-starts.
  • Build on a Unified Platform: The VAST AI Operating System delivers a DataStore, DataBase, InsightEngine, AgentEngine and DataSpace that scales across on-premises and Google Cloud environments and adapts to changing business needs without architectural rewrites, enabling data scientists to use a variety of access protocols with a single solution.
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AUKEY PARTNERS WITH THE BROOKLYN NETS FOR AN ELECTRIFYING NBA SEASON

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Barclays Center arena interior during Cavaliers vs Nets NBA game with Aukey

AUKEY, a leading innovator in cutting-edge tech accessories, is proud to announce a multiyear partnership with the NBA’s Brooklyn Nets, beginning this 2025-26 NBA season. This collaboration is AUKEY’s first sports partnership, marking an exciting milestone for their expansion and reflecting their ongoing commitment to delivering high-quality, innovative technology experiences to a global audience.

Through this partnership, AUKEY will team up with the Brooklyn Nets to engage fans both on and off the court. Together, they’ve launched a non-commercial, limited-edition wireless power bank, the MagFusion M 5000 Brooklyn Nets Co-Branded Edition, combining the team’s bold identity with cutting-edge wireless charging technology.

Fans can participate in AUKEY’s social media giveaway activities for a chance to win one on Instagram and Facebook, keeping their energy flowing anytime, anywhere while enjoying exciting game moments.

MagFusion M 5000 Brooklyn Nets Co-Branded Edition

“We’re thrilled to partner with the Brooklyn Nets, a team that embodies creativity, resilience, and the spirit of New York,” said Jackey Li, CEO at AUKEY US. “At AUKEY, we power every moment with strength, endurance, and an unbreakable drive to keep innovating. The Nets share that same unstoppable spirit and we look forward to sharing that spirit of innovation and energy with basketball fans worldwide.”

AUKEY’s work with the Nets will extend in-arena at Barclays Center for the team’s home games, as well as on the team’s social media channels. This partnership represents a fusion of tech, sport, and culture and together, AUKEY and the Brooklyn Nets aim to unlock more power in every moment, from the court to the community, keeping fans charged for what’s next.

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