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HPE Delivers 3 of the Top Supercomputers in 2024

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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.

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HONOR BRINGS ITS ALPHA PLAN TO LIFE AT LEAP 2026 WITH THE WORLD’S FIRST ROBOT PHONE AND RENEWED “DARE TO BE” BRAND DIRECTION

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HONOR, a global leading AI device ecosystem company, concluded its participation at LEAP 2026, bringing its “ALPHA PLAN: From Vision to Reality” to life through the world’s first Robot Phone, advancements in robotics, cinematic imaging and connected AI experiences. The participation also marked HONOR’s renewed “Dare to Be” brand direction reflecting its continued transformation from a company predominantly known for smartphones into a broader global AI device ecosystem company.

Commenting on the participation, Lei Kunming, CMO HONOR Middle East & Africa said, “LEAP 2026 showed how HONOR’s ALPHA PLAN is moving from vision to reality. From the world’s first Robot Phone and Robotics to our connected ecosystem, we demonstrated how AI can work more naturally around people.” He added “Our ‘Dare to Be’ direction gives that transformation a stronger identity, with Saudi Arabia remaining central to our growth in AI and digital innovation.”

Bringing the HONOR Booth Experience to Life

Visitors explored HONOR’s expanding ecosystem through interactive experiences spanning sports, gaming, smart office, learning and everyday scenarios.

The booth demonstrated how smartphones, PCs, tablets, wearables and other smart devices can work together to deliver more seamlessly, across work, entertainment, sports and health, reflecting the ALPHA PLAN’s ambition to create a more intelligent, connected and human-centric ecosystem around the user.

Introducing the World’s First Robot Phone

At the centre of HONOR’s showcase was the world’s first Robot Phone, a defining proof point of the ALPHA PLAN and a new category combining AI, robotics and cinematic imaging.

Its integrated robotic gimbal can move, track subjects and respond to its surroundings, enabling more intuitive and proactive content creation. LEAP also marked the Robot Phone’s reveal for the Middle East and Africa, making the region the first overseas market to experience the new category.

HONOR also highlighted its collaboration with ARRI, bringing more than 100 years of professional cinema and image science expertise together with HONOR’s AI and robotics capabilities to make cinematic content creation more accessible to everyday users.

Advancing a Future Built on Human and AI Collaboration

Beyond the Robot Phone, HONOR showcased its ambitions in robotics through HONOR Robotics D1, reinforcing its vision of a future shaped not by humans competing against AI, but by humans working with AI to achieve more. The company also explored the future of AI devices and robotics through its LEAP keynote and panel discussions.

Entering a New “Dare to Be” Era

Reflecting this evolution, HONOR’s renewed“Dare to Be” direction reflects its evolution beyond individual devices towards an open AI ecosystem connecting technologies, industries and lifestyles. Supported by innovations including Agentic OS and AiMAGE, HONOR’s journey progresses from an intelligent phone to an intelligent ecosystem and, ultimately, an intelligent world.

Driving Growth Across MEA

HONOR entered LEAP with strong regional momentum. In H1 2026, the company grew by 35% while the Middle East smartphone market declined by 13%, making HONOR the only leading smartphone brand in the region to grow and the second-largest smartphone brand in the Middle East. This followed 73% year-on-year growth in Q1 2026.

Within this regional growth, Saudi Arabia remains a particularly important market for HONOR, supporting the company’s broader ambitions across AI devices and its connected ecosystem.

Strengthening HONOR’s AIoT Presence in Saudi Arabia

As part of this momentum, Saudi Arabia remains a strategic market for HONOR and an important part of the ALPHA PLAN. The Kingdom is now HONOR’s number one tablet market by share, while its AIoT business has grown by more than 500% and HONOR Earbuds Clip has surpassed 100,000 units sold locally.

Building on this strong foundation, HONOR continues to strengthen its presence through retail, after-sales, local partnerships and deeper engagement with the Kingdom’s technology ecosystem.

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greytHR expands agentic AI-powered HR execution across Middle East region with greytHR NAVOS

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greytHR, a leading full-suite Human Resource Management System (HRMS) platform, launched greytHR NAVOS across the Middle East region, bringing agentic AI competencies directly into its platform. The new capability enables HR teams  to find information, navigate workflows, while completing authorised HR activities through simple, natural-language commands.

The Middle East rollout comes as agentic AI begins to reshape HR functions globally. According to McKinsey’s August 2026 research on the agentic era of HR, roughly two-thirds of today’s HR activities, including recruitment, payroll, onboarding and benefits administration, could be largely automated by 2030.

Unlike conventional AI assistants that primarily focus on answering questions, greytHR NAVOS follows an execution-first approach, helping users move from finding information to initiating and completing supported HR actions. Its three core functions – Navigate, Operate, and Support – enable information and workflow discovery, authorised action execution and contextual guidance.

Girish Rowjee, Co-founder & CEO of greytHR, said: “We have evolved from a system that you work on, to a platform that works with you. As a full-suite HRMS, greytHR already connects the entire hire-to-retire lifecycle across key HR operations. With the launch of greytHR NAVOS, we are adding an agentic AI layer across this connected ecosystem, enabling users to manage everyday HR activities through conversational commands rather than searching through multiple menus or disconnected tools. Furthermore, greytHR NAVOS works within each organisation’s existing security and access controls, reducing administrative friction and accelerating everyday HR execution.”

greytHR NAVOS supports a wide range of workflows across core HR, leave and attendance, workforce management, performance management, recruitment, platform navigation and support. HR teams can use the capability to update employee information, generate and publish letters, access attendance records, manage leave and regularisations, support performance reviews, search for job openings and candidates, handle recruitment approvals and generate hiring content.

Based on early greytHR NAVOS usage in comparable markets,  HR administrators have reported productivity savings of approximately five hours per week by replacing repetitive manual workflows with conversational requests. In one practical example, an attendance-muster export that previously required around five separate steps can be completed through a natural-language prompt in approximately 10 seconds. By simplifying routine processes and reducing time spent on software interfaces, greytHR NAVOS enables HR professionals to devote more time to employee engagement, workforce planning and strategic decision-making.

greytHR NAVOS operates within each organisation’s existing role-based access control (RBAC) system, ensuring that access to employee information and platform actions remains aligned with individual user roles and permissions. Moreover, sensitive or irreversible actions require explicit human confirmation before execution. The platform also maintains a traceable audit record of AI-assisted activity, including the initiating user, timestamp, prompt and action details. Meanwhile, greytHR’s established privacy, security, and governance framework extends to greytHR NAVOS, including alignment with SOC 2 Type II, ISO 27001:2022, and GDPR frameworks, supported by human oversight.

The new capability is available across all paid greytHR plans, including essential, growth, and premium, with no per-seat AI fees, usage caps or separate purchase required.

The launch showcases the evolution of HRMS platforms from traditional systems of record towards systems of action, where technology can understand user intent, identify the relevant workflow and support the execution of the next authorised step.

greytHR currently supports over 34,000 organisations and 3.5 million users across over 30 countries, providing a strong foundation for expanding its agentic AI capabilities across the Middle East region. With greytHR NAVOS, the company is helping regional businesses simplify HR administration and narrow the gap between intent and execution.

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Delinea Brings Runtime Control for AI Agents to GISEC Global 2026

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Delinea, the identity security platform that governs what humans, machines and AI agents do once they have access, today announced its participation at GISEC Global 2026. Under the theme, “From Access to Action: Governing AI at Runtime,” the company will spotlight the growing need for organisations to govern the actions autonomous AI agents take after access has been granted.

Following its release of new runtime authorisation capabilities for AI agents this summer, Delinea will use GISEC to advance the conversation around runtime authorisation, an approach designed to enforce policy on an agent’s actions within a session, at the time those actions are executed.

As AI agents take on increasingly autonomous roles across databases, cloud environments, infrastructure and business systems, the security challenge is shifting beyond authentication. While an agent may have legitimate access to a system, it can still take an action that exceeds its intended task or creates operational risk. Delinea’s runtime authorisation capabilities enable organisations to apply policy at the point of action — allowing, blocking or escalating activity before it executes.

“AI adoption is moving the identity-security conversation beyond the moment of authentication,” said Mortada Ayad, VP Sales at Delinea. “The question for organisations is no longer simply whether an AI agent can access a critical system. It is whether they can govern what that agent does once it is inside. At GISEC, we want to put that challenge, and the need for runtime control, at the centre of the regional conversation.”

Delinea has strategically adopted a channel-led presence at this year’s show, reflecting its focus on bringing these capabilities to market through the regional partners enterprises rely on to deploy, manage and operationalise complex security programmes. Through its presence at the stands of regional distributor, Shifra, and integrator partner, Defa3, the company will deepen engagement with existing partners, recruit new partners and build the specialist capabilities needed to support secure AI adoption across the region.

The approach builds on the Delinea Partner Advantage Program, launched in July 2026. The program provides partners with clearer rules of engagement, deal protection, tiered incentives and AI-driven enablement, helping them build profitable identity-security practices, while delivering stronger outcomes for customers. It is designed to support selling partners today, with expanding roles planned for managed service providers, global systems integrators, advisory partners and technology partners.

“For a capability this consequential, technology alone is not enough,” Ayad added. “Customers need partners who understand their environment, their risk and how to translate security policy into practical control. Our focus at GISEC is to equip and grow that ecosystem, so organisations can move forward with AI, knowing that authorised access does not become unchecked action.”

Delinea’s runtime authorisation for AI agents enables organisations to govern activity across the systems agents use, including databases, SSH hosts, Kubernetes clusters and cloud consoles. Through just-in-time, task-scoped access, and real-time policy enforcement, organisations can reduce reliance on standing credentials, while maintaining a defensible record of AI-driven activity.

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