Tech News
HPE Delivers 3 of the Top Supercomputers in 2024
Hewlett Packard Enterprise (HPE) continues its industry leadership building the fastest and most energy-efficient supercomputing systems in the world, enabling research institutions and large enterprise companies to handle larger workloads, accelerating discovery and innovation giving HPE the distinction of building the only three exascale systems in the world.
El Capitan, built for the National Nuclear Security Administration (NNSA) and Lawrence Livermore National Laboratory (LLNL) in conjunction with AMD, has reached 1.742 exaflops on the November 2024 edition of the TOP500, making it the world’s most powerful supercomputer and one of the top 20 most energy-efficient systems. El Capitan joins the ranks of the world’s three verified exascale systems along with two other HPE-built supercomputers, Frontier at Oak Ridge National Laboratory (ORNL) ranking No. 2 and Aurora at Argonne National Laboratory (ANL) ranking No.3.
HPE-built supercomputers are collectively No. 1 in performance share, accounting for more than 5.75 exaflops among the TOP500 list of the world’s fastest systems. Among the top 10 supercomputers, seven run on HPE’s leadership-class HPE Cray Supercomputing EX systems based on the industry’s first 100% fanless direct liquid cooling system architecture.
“Hewlett Packard Enterprise (HPE) has delivered the top 3 Supercomputers in the world. El Capitan showcases how monumental performance capabilities can accelerate AI-driven scientific discovery and make incredible breakthroughs. With high ambitions to be leaders in the development of AI, I expect to see further investments in supercomputing in the Middle East region,” said Mohammad Alrehaili, Middle East managing director at HPE. “The success of El Capitan highlights the importance of investing in new supercomputing capabilities that will help the Middle East to accelerate AI-driven research and will boost the development of the AI ecosystem. We stand ready to support organizations in the Middle East to realise their AI ambitions”
El Capitan was designed to help the United States maintain its competitive edge in national security using high-fidelity modeling and simulation to solve challenging problems that are only within reach using exascale computing. It will also further the country’s investment in artificial intelligence (AI) to advance scientific research in areas such as nuclear science, materials discovery and fusion energy.
Frontier, ranking as the second-fastest supercomputer at 1.353 exaflops, was the first system in the world to break the exascale barrier in 2022. Built in collaboration with ORNL and AMD, Frontier ushered in the modern era of AI-enabled supercomputers worldwide. Researchers using Frontier leverage AI to advance progress on a variety of subjects including cancer research, drug discovery, nuclear fusion, exotic materials science, superefficient engine design and supernovae.
At No. 3 is Aurora, co-built by Intel and HPE, which leverages AI technologies to advance data-intensive research on aircraft design, cancer treatments and sustainable energy. Researchers in the Aurora Early Science Program are making important strides in connectomics by 3D-mapping neuron connections in the brain and were nominated for a Gordon Bell Prize for their work developing a computing framework to accelerate the design of new protein sequences that can be used in vaccines or materials science.
HPE’s supercomputing leadership also extends into Europe with HPE Cray Supercomputing EX powering the region’s three most powerful AI-enabled systems.
HPE’s 100% fanless direct liquid-cooled solutions featured among most energy-efficient supercomputers on the planet
Supercomputers are designed for both precision and speed and this makes it ideal for scientists trying to create new medication or researchers advancing the world’s understanding of climate or space. However, the growing energy demands of large HPC/AI systems make energy efficiency more important than ever. With 50 years of experience deploying reliable direct liquid cooling systems to customers, HPE supercomputers feature eight elements of cooling, which reduce energy consumption of the cooling infrastructure by up to 94% as compared to computer room air handler-based air-cooling.
Additional optimizations built throughout the HPE Cray Supercomputing EX solutions include the liquid-cooled HPE Slingshot interconnect, which is built with Dragonfly topology, enabling supercomputers to complete workloads faster and minimize overall energy requirements. Moreover, HPE HPC software solutions allow customers to monitor and regulate power utilization, driving reduced energy consumption. Together with HPE’s liquid cooling expertise and the industry’s first 100% fanless direct liquid cooling system architecture, these solutions demonstrate why many of the world’s most energy-efficient supercomputers are built by HPE.
HPE is proud to have built supercomputers that power the modeling and simulation capabilities enabling scientists to make discoveries that benefit society. HPC and AI workloads running on these powerful supercomputers will accelerate the next innovative breakthroughs in agriculture, finance, drug discovery, healthcare, energy, weather and climate, cybersecurity and national defense. HPE continues to forge ahead, leading the next wave of breakthroughs in supercomputers through its many partnerships in the public and private sectors. These collaborations help HPE customers reach new to new heights that will enable researchers to push their simulations to resolutions and scales never before possible.
Spotlight
HONOR Emerges as Fastest-Growing Smartphone Brand Despite Global Market Decline
In a challenging global smartphone market, HONOR has demonstrated exceptional growth, according to the latest industry reports.
Data from Counterpoint Research reveals that global smartphone shipments declined by 6% year-over-year in Q1 2026. Despite this downturn, HONOR stood out by achieving the highest growth among leading brands, exceeding 25% year-over-year.
Further reinforcing this performance, IDC reported that HONOR also ranked as the fastest-growing brand among the top 10 smartphone manufacturers globally.

Counterpoint attributes HONOR’s strong performance to its strategic overseas expansion and regionally tailored product portfolio. This growth was further supported by aggressive promotional efforts and effective strategic execution, enabling the company to outperform the broader market even amid rising component cost pressures.
HONOR’s strong global momentum reflects its ability to consistently deliver high-quality, competitive products tailored to diverse consumer needs across markets, supported by a growing ecosystem of connected devices and IoT products that enhance user experience and drive brand loyalty.
Building on this success, HONOR is set to expand its presence in the Middle East and Africa region with the upcoming launch of its HONOR 600 Series including HONOR 600 and HONOR 600 Pro. The new lineup will feature a flagship-level 200MP AI camera system, powerful AI imaging capabilities including AI Image to Video 2.0, and an industry-leading 7,000mAh battery. Combined with premium design and flagship-class performance, the series is positioned to redefine user experience in its segment.
As competition intensifies across the global smartphone landscape, HONOR’s strong performance underscores its growing influence among leading brands. With continued investment in innovation, ecosystem development, and regional expansion, the company is well positioned to capture new opportunities and sustain its growth momentum in the quarters ahead.
Tech News
Intel Core Series 3 Extends AI-Ready Performance to Value and Edge Computing Segments
Intel has introduced its latest Intel Core Series 3 mobile processors, aimed at expanding advanced computing capabilities to value buyers, commercial users, and essential edge deployments.
The launch reflects a broader shift in the industry, where performance, efficiency, and AI readiness are no longer confined to premium systems but are increasingly expected across all tiers of computing.
Built on the architectural foundations of Intel’s newer Core platforms and leveraging advanced process technology, the Core Series 3 processors are designed to deliver a balanced combination of performance, battery efficiency, and scalability. The focus is on enabling reliable, everyday computing while supporting emerging workloads, including AI-driven applications.
Driving Value-Oriented Performance
Intel positions Core Series 3 as a significant upgrade path for users operating on older systems. Compared to five-year-old PCs, the new processors deliver up to 47% improvement in single-thread performance and up to 41% gains in multi-thread workloads. GPU-based AI performance also sees notable enhancements, enabling improved responsiveness in modern applications.
This performance uplift is complemented by a strong emphasis on efficiency, with reduced processor power consumption and optimisations aimed at extending battery life for mobile systems.
AI Capability Moves to the Mainstream
One of the key differentiators of the Core Series 3 platform is the introduction of hybrid AI-ready architecture within the value segment. With support for up to 40 platform TOPS, Intel is enabling a new class of systems capable of handling AI workloads at the device level.
The platform also integrates modern connectivity standards, including Thunderbolt 4, Wi-Fi 7, and Bluetooth 6, ensuring compatibility with next-generation peripherals and networks.
Expanding into Essential Edge Deployments
Beyond traditional laptops, Intel is positioning Core Series 3 as a scalable solution for edge computing environments. The processors are designed to support a wide range of applications, including robotics, smart buildings, retail systems, and industrial deployments.
By combining AI acceleration with energy efficiency, the platform aims to deliver the performance required for real-time processing while maintaining operational reliability in diverse environments.
Ecosystem and Availability
Intel expects broad adoption across the ecosystem, with more than 70 designs from OEM partners set to launch across multiple form factors. Consumer and commercial systems powered by Core Series 3 are rolling out through 2026, while edge-focused deployments are expected from Q2 onwards.
Tech News
62% OF SAUDI LEADERS ARE FAILING TO USE THEIR DATA EFFECTIVELY, NEW CLOUDERA REPORT FINDS

Cloudera, the only company bringing AI to data anywhere, today released its latest global survey, The Data Readiness Index: Understanding the Foundations for Successful AI, examining how prepared enterprises are to support AI at scale. Surveying more than 300 IT leaders in the EMEA region, including strong insights from Saudi Arabia, the report finds that while AI adoption is growing, most organizations still lack the data foundation needed for success.
The findings highlight a sharp contrast in how effectively organizations track their data. Nearly 9 in 10 EMEA IT leaders claim complete visibility into where all their data resides, compared to just 32% of respondents in Saudi Arabia. Furthermore, 62% of Saudi respondents cite data access restrictions as a major roadblock to effective data use.
This gap highlights an emerging ‘AI readiness illusion’: the belief that organizations are prepared to scale AI even as critical data challenges remain unresolved.
“Enterprises aren’t struggling to adopt AI, they’re struggling to operationalize it beyond experiments,” said Sergio Gago, Chief Technology Officer at Cloudera. “AI is only as effective as the data that fuels it. Without seamless access to all their data, organizations limit the accuracy, trust, and business value that AI can deliver. You can’t do AI without data.”
AI Adoption is High, but ROI Remains Elusive
While AI is now deeply embedded across the enterprise, achieving consistent returns on investment remains difficult due to a sharp geographical divide in implementation hurdles. Across EMEA, the struggle is largely centered on the inputs, with data quality issues (18%) and cost overruns (16%) cited as the primary causes of lackluster ROI. However, Saudi Arabia presents a different challenge focused on execution. In the Kingdom, weak integration into workflows is the overwhelming barrier at 29%, nearly doubling the concern over data quality, which sits at 15%.
These regional nuances are further tangled by significant infrastructure limitations. Around 65% of respondents in KSA report that performance constraints have hindered operational initiatives, highlighting the immense difficulty of scaling AI across fragmented environments.
Bridging The Data Gap
At the core of these challenges is a significant disconnect between data optimism and operational reality.
The report highlights that 95% of KSA respondents are highly confident in their data, but only 32% of that data is currently fully governed. While this outpaces the broader EMEA region, where only 26% of data is governed despite 91% confidence, it highlights a critical execution gap that organizations are now racing to fill.
The Kingdom is uniquely positioned to bridge this divide with 100% of Saudi respondents ready to adopt new governance frameworks, and 79% being extremely willing to transform their operations. This regional commitment suggests that Saudi Arabia’s proactive approach will likely outpace its peers in the race toward AI and digital maturity.
Strategic Alignment and the Accountability Gap
While leadership in both the EMEA and KSA regions understands the necessity of data infrastructure, the execution and accountability frameworks are worlds apart. More than 90% of EMEA respondents report a well-defined data strategy tied directly to business objectives, while only over half (53%) of Saudi Arabian respondents feel the same level of alignment.
Accountability and internal culture further widen this divide. In EMEA, 69% of leaders hold the CIO or CTO chiefly responsible for data readiness, whereas in Saudi Arabia, only 35% place ultimate responsibility on this role, indicating a more emerging ownership structure.
Beyond accountability and alignment, respondents in Saudi Arabia face a unique internal hurdle: 50% struggle with insufficient data literacy, while nearly a third (32%) cite a lack of executive sponsorship.
Data Readiness Will Define the Next Phase of Enterprise AI
As enterprise AI shifts from experimentation to execution, data readiness is emerging as the defining factor separating leaders from laggards.
Organizations able to fully access and govern all their data, wherever it resides, are far better equipped to deliver trusted, scalable AI. Notably, every respondent in the report indicated their organization is willing to adapt existing frameworks to support true data readiness.
As enterprises confront the limits of the AI readiness illusion, the path forward is clear: unlocking AI’s full value will require more than ambition; it will demand genuine data readiness. Those that close this gap will be best positioned to drive lasting impact and lead the next era of intelligent business.
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