
HPE launches Nonstop Compute NS5 X5 & NS9 X5 for high reliability
Hewlett Packard Enterprise has announced the addition of the HPE Nonstop Compute NS5 X5 and NS9 X5 to its portfolio of fault-tolerant computing solutions, targeting enterprises that require high reliability and performance for critical business operations.
The new HPE Nonstop Compute models are designed to provide organisations with increased processing power, flexibility, and system availability. Both models, available immediately, introduce enhancements in hardware and networking, aiming to help businesses accelerate important processes and support modern workloads across various data centre environments.
Performance enhancements
The entry-level NS5 X5 uses Intel Xeon Bronze 3400 series processors, while the flagship NS9 X5 is equipped with Intel Xeon Gold 6400 series processors. According to the company, these upgrades allow for up to 15% greater performance capacity compared to prior models. Each platform combines compute, software, storage, networking, and associated services based on HPE's fault-tolerant architecture, aiming to ensure continuous operations for mission-critical activities such as payment processing, fraud detection, and smart manufacturing execution systems (MES).
The new systems provide double the memory capacity of their predecessors, with up to 8 TB available. The NS9 X5 also offers 2.5 times greater networking bandwidth and improved fibre channel connectivity, which facilitates higher transaction throughput in financial services and supports multi-plant integration in manufacturing. "Our customers rely on HPE Nonstop solutions to power mission-critical workloads," said Casey Taylor, General Manager, HPE Nonstop at HPE. "In fact, one of our auto manufacturing customers has been using HPE's fault-tolerant systems for more than 35 years without any unplanned downtime. With the launch of HPE Nonstop Compute NS5 X5 and NS9 X5, we are reinforcing our commitment to deliver an architecture designed for fault-tolerance and high performance so that our customers can scale their businesses and innovate with confidence."
Industry analyst IDC categorises HPE Nonstop solutions as AL4, with reported uptimes of 99.999% or 99.9999%. These attributes are seen as essential by organisations handling core transactions and sensitive data, particularly in sectors reliant on uninterrupted processing such as finance, healthcare, and retail.
Regional outlook "Enterprises across Asia Pacific are rapidly digitalizing critical business operations in sectors such as financial services, telecommunications, retail, and healthcare, which is fueling unprecedented demand for resilient, high-performance infrastructure," said Rod Cortez, General Manager, HPE Nonstop at HPE APAC & India. "The new HPE Nonstop Compute solutions are engineered for this era, delivering enhanced processing power, memory, and networking performance to help organizations modernize workloads and future-proof their data centers. These solutions reflect HPE's commitment to supporting the region's digital transformation by enabling enterprises to accelerate business processes with confidence, agility, and unmatched reliability."
HPE's update also brings operating system enhancements, adding support for multi-factor authentication (MFA). This capability is intended to help organisations meet regulatory compliance needs including the General Data Protection Regulation (GDPR), Payment Card Industry Data Security Standard (PCI-DSS), Health Insurance Portability and Accountability Act (HIPAA) and SOC 2 requirements.
Industry adoption
Many enterprises in industries with strict uptime requirements already rely on HPE Nonstop platforms. According to HPE, a car rental company uses the platform to handle 80,000 daily reservations, while six of the world's top ten full-service retail banks use HPE Nonstop to support card payments, ATM functionality, and core banking operations.
NS9 X5 features backward compatibility, allowing customers to cluster the new system with the previous two generations of HPE Nonstop Compute. This capability ensures seamless expansion and migration for existing users without causing operational disruption.
Both the NS5 X5 and NS9 X5 are available as standalone systems or through HPE GreenLake, offering an as-a-service consumption model. The systems are supported by HPE Nonstop Compute engineers experienced in migrating mission-critical workloads.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Techday NZ
4 days ago
- Techday NZ
HPE launches Nonstop Compute NS5 X5 & NS9 X5 for high reliability
Hewlett Packard Enterprise has announced the addition of the HPE Nonstop Compute NS5 X5 and NS9 X5 to its portfolio of fault-tolerant computing solutions, targeting enterprises that require high reliability and performance for critical business operations. The new HPE Nonstop Compute models are designed to provide organisations with increased processing power, flexibility, and system availability. Both models, available immediately, introduce enhancements in hardware and networking, aiming to help businesses accelerate important processes and support modern workloads across various data centre environments. Performance enhancements The entry-level NS5 X5 uses Intel Xeon Bronze 3400 series processors, while the flagship NS9 X5 is equipped with Intel Xeon Gold 6400 series processors. According to the company, these upgrades allow for up to 15% greater performance capacity compared to prior models. Each platform combines compute, software, storage, networking, and associated services based on HPE's fault-tolerant architecture, aiming to ensure continuous operations for mission-critical activities such as payment processing, fraud detection, and smart manufacturing execution systems (MES). The new systems provide double the memory capacity of their predecessors, with up to 8 TB available. The NS9 X5 also offers 2.5 times greater networking bandwidth and improved fibre channel connectivity, which facilitates higher transaction throughput in financial services and supports multi-plant integration in manufacturing. "Our customers rely on HPE Nonstop solutions to power mission-critical workloads," said Casey Taylor, General Manager, HPE Nonstop at HPE. "In fact, one of our auto manufacturing customers has been using HPE's fault-tolerant systems for more than 35 years without any unplanned downtime. With the launch of HPE Nonstop Compute NS5 X5 and NS9 X5, we are reinforcing our commitment to deliver an architecture designed for fault-tolerance and high performance so that our customers can scale their businesses and innovate with confidence." Industry analyst IDC categorises HPE Nonstop solutions as AL4, with reported uptimes of 99.999% or 99.9999%. These attributes are seen as essential by organisations handling core transactions and sensitive data, particularly in sectors reliant on uninterrupted processing such as finance, healthcare, and retail. Regional outlook "Enterprises across Asia Pacific are rapidly digitalizing critical business operations in sectors such as financial services, telecommunications, retail, and healthcare, which is fueling unprecedented demand for resilient, high-performance infrastructure," said Rod Cortez, General Manager, HPE Nonstop at HPE APAC & India. "The new HPE Nonstop Compute solutions are engineered for this era, delivering enhanced processing power, memory, and networking performance to help organizations modernize workloads and future-proof their data centers. These solutions reflect HPE's commitment to supporting the region's digital transformation by enabling enterprises to accelerate business processes with confidence, agility, and unmatched reliability." HPE's update also brings operating system enhancements, adding support for multi-factor authentication (MFA). This capability is intended to help organisations meet regulatory compliance needs including the General Data Protection Regulation (GDPR), Payment Card Industry Data Security Standard (PCI-DSS), Health Insurance Portability and Accountability Act (HIPAA) and SOC 2 requirements. Industry adoption Many enterprises in industries with strict uptime requirements already rely on HPE Nonstop platforms. According to HPE, a car rental company uses the platform to handle 80,000 daily reservations, while six of the world's top ten full-service retail banks use HPE Nonstop to support card payments, ATM functionality, and core banking operations. NS9 X5 features backward compatibility, allowing customers to cluster the new system with the previous two generations of HPE Nonstop Compute. This capability ensures seamless expansion and migration for existing users without causing operational disruption. Both the NS5 X5 and NS9 X5 are available as standalone systems or through HPE GreenLake, offering an as-a-service consumption model. The systems are supported by HPE Nonstop Compute engineers experienced in migrating mission-critical workloads.


Techday NZ
12-06-2025
- Techday NZ
Thales launches real-time file activity monitoring with AI help
Thales has introduced a new File Activity Monitoring capability within its CipherTrust Data Security Platform that offers real-time oversight and control of unstructured data across on-premises, hybrid, and multicloud environments. File Activity Monitoring (FAM) is designed to help organisations monitor file activity as it happens, identify risks including unauthorised downloads and sharing, and streamline compliance processes related to standards such as GDPR, HIPAA, and PCI DSS. The capability incorporates a built-in Generative AI assistant to aid audit processes, reduce complexity, and improve response times within a single platform engineered to secure both structured and unstructured data. Unstructured data challenge According to IDC, unstructured data currently accounts for 90% of all worldwide data, making its management and protection a significant concern for businesses. FAM enables security teams to monitor the movement and activity of unstructured data, including files such as emails, chat logs, media files, and application logs, which can all house sensitive information. The platform delivers real-time alerts, analytics, and encryption tracking to support faster threat detection and protection for sensitive data. Thales stated that the new capability addresses a major blind spot in data security by delivering continuous data discovery, classification, and monitoring. This approach provides the necessary foundation for effective Data Security Posture Management, and also aids compliance and the identification of unauthorised activities that might lead to data exposure. The platform's centralised management is intended to streamline audit reporting and improve threat response, reducing operational complexity across the data lifecycle. Industry perspectives Leila Kuntar, Principal Information Security Engineer at Amadeus, commented on the launch: "Thales' innovative approach to File Activity Monitoring tackles key challenges like blind spots in hybrid environments, offering real-time visibility and smart anomaly detection — a potential game-changer for teams overwhelmed by false positives. By striking the right balance of depth and simplicity, FAM shows promise in helping us strengthen the SOC without added complexity. With tighter SIEM integration, it can sharpen response and let teams focus on what matters most. We're excited to see how FAM evolves and enhances our data security." Kuntar's remarks reflect the challenges security teams face in managing complex hybrid data environments, and the need for visibility without an increase in operational burden or false positives. Todd Moore, Vice President of Data Security Products at Thales, said: "As unstructured data grows rapidly across distributed environments, organizations need more integrated ways to track and safeguard their most sensitive information. With File Activity Monitoring, Thales reinforces its leadership in enterprise data security by delivering real-time insight, intelligent automation, and unified visibility through a single, powerful platform." Capability detail File Activity Monitoring strengthens Data Security Posture Management (DSPM) by allowing security teams to discover, classify, observe, and control sensitive data across all infrastructure types. It can pinpoint the location of sensitive data, identify who has access, and determine if it is secured in real time, supporting the detection of suspicious behaviours such as unauthorised copying or sharing. The tool can transform static data classification into dynamic risk intelligence by incorporating behavioural context, and supports remediation techniques including rapid incident reconstruction via audit logs and the application of strong encryption where needed. AI-powered assistance To assist with compliance and security workflows, FAM includes a Generative AI-powered Data Security Assistant. This chatbot provides capabilities to query audit information, generate custom reports, and facilitate compliance processes, lessening the administrative load on IT and security professionals while supporting regulatory obligations. Moore also addressed the need for adaptable security controls, stating: "As technology evolves rapidly, our controls must be flexible enough to keep pace without adding complexity. Automation and intelligence help overwhelmed security teams scale operations and focus on what matters most. With tools like our chatbot, they can ask natural language questions and get instant, actionable answers, accelerating response times and improving operational efficiency." Thales has previously focused on structured database activity protection and is now extending this experience to include unstructured data. The platform aims to offer similar oversight and operational experience for both data types, addressing growing organisational requirements for data control and security as data volumes increase and diversify.


Techday NZ
11-06-2025
- Techday NZ
AMD supercomputers lead Top500 rankings with record exaflops
El Capitan and Frontier, both powered by AMD processors and accelerators, have retained the top two positions on the latest Top500 list of the world's most powerful supercomputers. Supercomputing leadership The recently released Top500 rankings show that El Capitan, based at Lawrence Livermore National Laboratory, remains the fastest system globally, registering a High Performance Linpack (HPL) score of 1.742 exaflops. Frontier, situated at Oak Ridge National Laboratory, holds the second position with an HPL result of 1.353 exaflops. Both supercomputers were constructed by HPE and utilise AMD hardware at their core. El Capitan uses AMD Instinct MI300A accelerated processing units (APUs), integrating CPU and GPU functionality within a single package, aimed at supporting large-scale artificial intelligence and scientific workloads. Frontier leverages AMD EPYC CPUs alongside AMD Instinct MI250X GPUs for a variety of advanced computational research needs, including modelling in energy, climate, and next-generation artificial intelligence. Broader AMD presence AMD technologies now underpin 172 supercomputing systems out of the 500 included in the latest Top500 list. This figure represents more than a third of all the high-performance systems measured. Notably, 17 new systems joined the list this year running on AMD processors, five of which use the latest 5th Gen AMD EPYC architecture. The expanded presence spans institutions such as the University of Stuttgart's High-Performance Computing Center, where the Hunter system is powered by AMD Instinct MI300A APUs; the University of Hull's Viper supercomputer; and Italy's new EUROfusion Pitagora system at CINECA, powered by 5th Gen AMD EPYC CPUs. Performance and efficiency In addition to sheer computational power, AMD's showing on the Top500 list extends to energy efficiency. According to the most recent Green500 list, 12 of the 20 most energy-efficient supercomputers globally use AMD EPYC processors and AMD Instinct accelerators. El Capitan and Frontier ranked 26th and 32nd respectively on the Green500 index, reflecting their performance-per-watt capabilities given their computing output. This was echoed in alternative benchmarks. On the HPL-MxP test, which measures mixed-precision computing suited for artificial intelligence workloads, El Capitan debuted at the top, reaching 16.7 exaflops, with Frontier in third place and LUMI, another AMD system, in fourth. The HPCG (High-Performance Conjugate Gradient) test, a complementary performance metric for scientific applications, saw El Capitan post the highest benchmark score of 17.4 petaflops, marking it out for memory bandwidth enabled by the Instinct MI300A architecture. Institutional perspectives "From El Capitan to Frontier, AMD continues to power the world's most advanced supercomputers, delivering record-breaking performance and leadership energy efficiency," said Forrest Norrod, Executive Vice President and General Manager, Data Center Solutions Group, AMD. "With the latest Top500 list, AMD not only holds the top two spots but now powers 172 of the world's fastest systems—more than ever before—underscoring our accelerating momentum and the trust HPC leaders place in our CPUs and GPUs to drive scientific discovery and AI innovation." Rob Neely, Associate Director for Weapon Simulation and Computing at Lawrence Livermore National Laboratory, described the impact of El Capitan: "El Capitan is a transformative national resource that will dramatically expand the computational capabilities of the NNSA labs at Livermore, Los Alamos and Sandia in support of our national security and science missions. With AMD's advanced APU architecture, we can now perform simulations with the precision and confidence we set as a goal 15 years ago, when the path to exascale was difficult to foresee. As a bonus, this platform is a true 'two-fer' - an HPC and AI powerhouse that will fundamentally reshape how we fulfill our mission." Future direction The distinction on the Top500 and Green500 lists coincides with a broader shift within high performance computing, as artificial intelligence and traditional HPC workloads increasingly converge. AMD's presence in the sector demonstrates demand for scalable and efficient compute platforms amid growing power requirements for data-intensive scientific and industrial workloads. The results also indicate the use of a portfolio that includes CPUs, GPUs, and APUs to accelerate developments across domains ranging from nuclear safety and climate modelling, to training large language models and generative artificial intelligence inference.