HYPER-CONVERGED INFRASTRUCTURE, APPLICATION INFRASTRUCTURE

SUBARU Goes Live with Oracle Cloud Infrastructure for High Performance Computing

Oracle | September 29, 2022 | Read time : 02:50 min

SUBARU Goes Live with Oracle Cloud Infrastructure
Oracle today announced that SUBARU Corporation has moved its simulation and 3D visualization workloads responsible for improving the quality of collision safety performance and driving performance to Oracle Cloud Infrastructure (OCI). SUBARU was able to improve its development cycle, gain significant efficiencies and reduce operational costs by reducing computational timeframes by approximately 20 percent with High Performance Computing (HPC) on OCI.

With a focus on improving drivers' "Enjoyment and Peace of Mind," SUBARU is implementing improvements to enhance design and development efficiency, agility, and flexibility. To achieve this, SUBARU recognized it needed to increase the resources supporting its computationally intensive HPC workloads that perform vast and complex simulations to improve its vehicles' collision safety and performance. Aware of how cloud technology is being used in the automotive industry to provide HPC resources to support computer aided engineering (CAE) simulations, SUBARU selected OCI to move its large HPC workloads of up to tens of thousands of cores to OCI from an on-premises environment.

"Our goal has always been to be a trusted partner for our customers and to provide attractive and distinctive products that bring enjoyment and peace of mind. We rely on technology to help us continuously improve and innovate so that we can offer the best experience to our customers.  Being able to quickly conduct the vast number of simulations needed to improve crash safety and driving performance is a key focus for us. We selected OCI HPC to improve the speed of computations of collision simulations and to optimize costs. OCI gives us access to the cloud tools we need so we can automate and run jobs seamlessly, enabling faster design and development.

Mr. Yoshihiro Takekuma, IT Operation and Management Section, Engineering Information Management Department, SUBARU Corporation

Using OCI bare metal HPC computing, coupled with fast cluster networking, which delivers less than 2 microseconds of latency and 100 Gbps of bandwidth, SUBARU now has the computing resources it needs to scale rapidly to meet demand peaks. Previously, system expansion within its on-premises environments was often restricted by lack of space, power, cost, and IT resources. Since using OCI to deliver consistent high performance and greater stability for its computational fluid dynamics (CFD) simulations, SUBARU has been able to make improvements to the internal acoustics of its vehicles to deliver a quieter drive. It has also enabled SUBARU to eliminate any variation in computation of collision analysis, by providing ideal conditions to perform structural calculations.

OCI also supports various third-party solutions through Oracle Cloud Marketplace to help customers quickly find applications and services that can help them optimize their cloud deployments, including from Altair®, a global leader in computational science and artificial intelligence (AI). SUBARU has further reduced costs by using the cloud bursting function of Altair® PBS Professional® in combination with OCI to start the nodes required for calculation and delete the nodes when the calculation is completed, bringing flexibility to the allocation of resources.

"In automotive engineering, having access to powerful and affordable HPC, is essential to run the computationally intensive and highly latency sensitive simulations and calculations needed to deliver the best outcomes when it comes to car safety and the driving experience. By providing high performance and elasticity at lower cost, OCI HPC is ideal for companies like SUBARU that require large simulation environments. We look forward to OCI fueling further technological innovations for SUBARU and contributing to their improved competitiveness," said Karan Batta, vice president, Oracle Cloud Infrastructure.

ARGO GRAPHICS Inc., one of SUBARU's long-term IT partners, supported the migration of SUBARU's HPC workloads to OCI, which started operations in May 2022.

SUBARU also leveraged Oracle Cloud Lift Services as part of its initial verification process to support its proof of concept to help issues relating to cloud migration with its production machine testing environment. Oracle Cloud Lift Services also provided SUBARU and ARGO GRAPHICS with the necessary OCI HPC skills training.

About Oracle
Oracle offers integrated suites of applications plus secure, autonomous infrastructure in the Oracle Cloud.

Spotlight

The introduction of fifth-generation (5G) mobile broadband technology is set to change how people and machines communicate and even how industries do business. 5G network deployments are expected to provide significant economic and efficiency gains in the markets where they are deployed. Smart-factory and smart-city applications, autonomous vehicles and machines, and telemedicine applications are just a few of the examples where 5G technology is expected to impact a range of industries. Work is underway to define specifications and performance requirements for 5G to ensure the networks can support the many applications expected to run on them.


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HYPER-CONVERGED INFRASTRUCTURE,APPLICATION INFRASTRUCTURE,DATA STORAGE

Despite disappointing numbers, NVIDIA's core business remains strong, as shown by Liftr Insights data

Liftr Insights | November 11, 2022

Liftr Insights, a pioneer in market intelligence driven by unique data, shows strength within NVIDIA's business. Recent disappointing activity with NVIDIA has drawn many eyes, but a deeper dive shows that one of their business units has remained strong while others have faltered. That part? Data center revenue. NVIDIA data center revenue revolves around GPU accelerators sold to public and private cloud centers. Public cloud providers continue to grow and expand their use of NVIDIA accelerators. Sales and deployment of components such as GPUs on public clouds providers are important indicators because public clouds mirror the needs of the larger semiconductor market, public and private. Liftr Insights, a provider of reliable data about public clouds and semiconductors, recently assessed the continued growth of NVIDIA's data center business. The data show that NVIDIA continues to dominate the accelerator space despite attempts by AMD, Intel and other providers to gain a foothold. Among those other contenders are the cloud providers themselves, designing and building their own accelerators as they have been doing with ARM-based CPUs. "We're proud to have over 40 months of data on companies like AMD, Intel, and NVIDIA that investors can use to track progress. "Particularly in uncertain times and when data center sales are a core part—the backbone—of these businesses." Tab Schadt, CEO of Liftr Insights The top six cloud providers, AWS, Azure, Google Cloud, Aliyun, Oracle Cloud, and Tencent Cloud, represent over 75% of the total public cloud market. These data show growth of NVIDIA in size and market share. "The data show effects from recent semiconductor backlog issues, but also the continued investment in companies like NVIDIA, despite the challenges," says Schadt. NVIDIA's most recent quarterly statement demonstrates that data center revenue represents 57% of NVIDIA's quarterly revenue, up from 41% the year prior. This percentage is expected to continue to increase in upcoming earnings reports. Since data center revenue represents the majority of NVIDIA's business, this segment is critical to monitor as the other markets for NVIDIA products (e.g., gaming, crypto mining) have become fickle. "Our customers see our objective data as a reliable indicator in uncertain times," says Schadt. "We look forward to seeing what the next rounds of data this month will signal." About Liftr Insights Liftr Insights generates reliable market intelligence using unique data, including details about configurations, components, deployment geo, and pricing for: Server processors: Intel Xeon, AMD EPYC, and AWS's Arm-based Graviton brands Datacenter compute accelerators: GPUs, FPGAs, TPUs, and AI chips from NVIDIA, Xilinx, Intel, AMD, AWS, and Google As shown on the Liftr Cloud Regions Map at https://bit.ly/LiftrCloudRegionsMap, among the companies tracked are Amazon Web Services, Microsoft Azure, Alibaba Cloud, Google Cloud, Oracle Cloud, and Tencent Cloud as well as semiconductor vendors AMD, Ampere, Intel, NVIDIA, and Xilinx. Liftr Insights subject matter experts translate company-specific service provider data into actionable alternative data. Market intelligence consumers can easily ingest this timely, standardized, and operationally-compliant information into their predictive financial models.

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HYPER-CONVERGED INFRASTRUCTURE,APPLICATION INFRASTRUCTURE,IT SYSTEMS MANAGEMENT

Effectual Achieves Inaugural HashiCorp Infrastructure Competency

Effectual | November 09, 2022

Effectual, a modern, cloud first managed and professional services company, has been awarded the HashiCorp Infrastructure Competency as part of the newly released Partner Technical Competency Program for Systems Integrators. Effectual is one of only six companies globally to be recognized with the HashiCorp Infrastructure Competency as part of the program's launch. As a leader in multi-cloud infrastructure automation software, HashiCorp's software suite enables organizations to adopt consistent workflows and create a system of record for automating the cloud: infrastructure provisioning, security, networking, and application deployment. The new competency program gives partners with the HashiCorp Systems Integrator designation the opportunity to be recognized for their ability to deliver and integrate HashiCorp products and solutions into end customers' initiatives. Competencies are only awarded after a successful audit that assesses a range of requirements, including the number of technical staff certified on HashiCorp products and proven customer success with HashiCorp products in deployment. HashiCorp's endorsement gives customers confidence in Effectual's ability to guide, advise, assist, and execute alongside them, bringing the required experience and expertise to succeed with the advantages of HashiCorp's portfolio of automation tools. "Effectual enables customers to accelerate automation and innovation utilizing HashiCorp Terraform, Vault, and the recently released HCP Boundary. "Together we help customers drive positive business outcomes and realize greater agility, security controls, and increased operational efficiency." Robb Allen, Effectual CEO As an elite pure-play AWS services provider, Effectual is a validated AWS MSP Partner holding six AWS competencies. Effectual prides itself on bringing deep cloud and modernization experience to all customer engagements. Complementing this deep partnership with AWS, the cloud first MSP has embraced and invested in its partnership with HashiCorp. This strategic combination of industry expertise ensures that customers have the confidence to migrate and establish a strong modern foundation on which to build and deploy next-generation applications, services, and operations. About Effectual An AWS Premier Consulting Partner, Effectual is a modern, cloud first managed and professional services company that works with commercial enterprises and the public sector to enable digital transformation and full stack IT modernization. Effectual's deeply experienced and passionate team of problem solvers apply proven methodologies to enable positive business outcomes with Amazon Web Services and VMware Cloud on AWS. Effectual is a member of the Cloud Security Alliance, and the PCI Security Standards Council.

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HYPER-CONVERGED INFRASTRUCTURE, APPLICATION INFRASTRUCTURE

Nutanix Accelerates Kubernetes Adoption in the Enterprise

Nutanix | October 27, 2022

Nutanix , a leader in hybrid multicloud computing, today announced new features in its Cloud Platform to accelerate the adoption of Kubernetes running both at scale and cost-effectively. The company announced broad support for leading Kubernetes container platforms, built-in infrastructure as code capabilities, and enhanced data services for modern applications. These new features allow DevOps teams to accelerate application delivery with the performance, governance, and flexibility of the Nutanix Cloud Platform while allowing customers to maintain control of their IT operating costs. “Kubernetes deployments are inherently dynamic and challenging to manage at scale. “Running Kubernetes container platforms cost-effectively at large scale requires developer-ready infrastructure that seamlessly adapts to changing requirements. Our expertise in simplifying infrastructure management while optimizing resources—both on-premises and in the public cloud—is now being applied to help enterprises adopt Kubernetes more quickly. The Nutanix Cloud Platform now supports a broad choice of Kubernetes container platforms, provides integrated data services for modern applications, and enables developers to provision Infrastructure as Code.” Thomas Cornely, SVP, Product Management, Nutanix According to Gartner, by 2027, 25% of all enterprise applications will run in containers, an increase from fewer than 10% in 20211. This is a significant challenge for many given most Kubernetes solutions are not meant to support enterprise scale, even less can do so in a manner that is cost effective. The Nutanix Cloud Platform enables enterprises to run Kubernetes in a software-defined infrastructure environment that can linearly scale. Additionally, whether running Kubernetes on-premises or in the public cloud, Nutanix delivers a cost-effective solution that can help lower total cost of ownership by up to 53% when compared to other native cloud deployment solutions. New capabilities, including broad support for leading Kubernetes container platforms, built-in infrastructure as code capabilities, and enhanced data services, make Nutanix an even stronger proposition for enterprises looking to deploy Kubernetes at scale. Specifically, new enhancements include: Broad Kubernetes Ecosystem: The Nutanix Cloud Platform, with the built-in AHV hypervisor, now supports most leading Kubernetes container platforms with the addition of Amazon EKS-A. This builds on a large ecosystem including Red Hat OpenShift, SUSE Rancher, as well as Google Anthos, and Microsoft Azure Arc for edge deployments, along with the native Nutanix Kubernetes, Nutanix Kubernetes Engine (NKE). Built-In Infrastructure as Code Operating Model: Nutanix also announced an updated API family along with its SDKs in Java, JS, Go and Python, currently under development. This will enable automation at scale and consistent operations regardless of location—in the datacenter, on the public cloud, or at edge—both of key importance to enterprises. Additionally, when combined with Red Hat Ansible Certified Content or the Nutanix Terraform provider, a DevOps methodology can be brought to infrastructure through automation leveraging Infrastructure as Code. Strengthened Data Services for Modern Applications: Nutanix Cloud Platform’s web-scale architecture enables customers to start small and scale to multi-PB sized deployments as application needs grow. It is the only platform to unify delivery of integrated data services with file, object, and now adding database services on the same platform for Kubernetes-based applications. Today Nutanix launched Nutanix Database Service Operator for Kubernetes, which enables developers to quickly and easily provision and attach databases to their application stacks directly from development environments. The open source operator is available via artifacthub.io as well as by direct download at GitHub. Additionally, Nutanix Objects now supports a reference implementation of Container Object Storage Interface (COSI) for ease of orchestration and self-service provisioning. It also adds support for observability using Prometheus. Lastly, Objects is now validated with modern analytics applications including Presto, Dremio, and Vertica, along with Confluent Kafka to efficiently enable large-scale data pipelines often used in real-time streaming applications. These new features build on the Nutanix Cloud Platform’s ability to handle the dynamic demands of Kubernetes applications at scale. With the Nutanix hyperconverged infrastructure, performance and capacity scale linearly, resilience is delivered from the ground up with self-healing nodes, and persistent storage is natively integrated. Additionally, the Nutanix Cloud Platform can help deliver cost efficiencies by eliminating unused compute and storage resources. For customers looking at cloud integrations, the same Nutanix value is delivered across hybrid multicloud endpoints with full license portability across edge, datacenter, service provider, and hyperscaler points of presence. “When we decided to bring the core platform for our solutions in-house, we decided to take a modular containerized approach to give us the desired flexibility and simplify management by maintaining customization as configurations,” said Larry McClanahan, Chief Product Officer, Nymbus. “Our partnership with Red Hat and Nutanix gives us the flexibility to innovate, the speed to get to market fast, and the tremendous scalability to support ongoing growth. We’re thrilled that we can better help our customers succeed in the digital banking market with unique solutions.” "Container development platforms promise faster application development speed, but will only be deployed by organizations who can maintain compliance, day 2 operations, and cost management control at scale,” said Paul Nashawaty, Senior Analyst at ESG. “Nutanix offers a compelling path to speed the deployment of modern applications at scale and in a cost-effective manner, with full choice of Kubernetes container development environments and cloud endpoints." About Nutanix Nutanix is a global leader in cloud software and a pioneer in hyperconverged infrastructure solutions, making clouds invisible, freeing customers to focus on their business outcomes. Organizations around the world use Nutanix software to leverage a single platform to manage any app at any location for their hybrid multicloud environments.

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DigitalOcean Announces New Data Center in Sydney

DigitalOcean | November 16, 2022

DigitalOcean Holdings, Inc., the cloud for developers, startups and SMBs, today announced it is expanding its global presence with a new data center in Sydney, Australia (SYD1). This new facility will better support DigitalOcean’s current and prospective customers who are based in or have end-users in Australia and New Zealand. Sydney is the ninth global region to house a DigitalOcean data center and the fifteenth facility overall. The SYD1 data center features the most up-to-date network architecture and is connected to DigitalOcean's private internet edge and backbone network, providing 400 Gbps of on-net access to Asia, North America, and Europe. This reduces dependency on public internet and, as a result, mitigates jitter, latency and packet loss for users. All equipment has redundant network and power connections that can route traffic smartly in case of unexpected failures, making for a reliable and secure experience. “With hundreds of thousands of current customers using our global network today, we’re excited to expand the breadth and capability of our infrastructure to better serve small and medium-sized business (SMB) customers in Australia, New Zealand and the surrounding region. “This state-of-the-art data center will provide low-latency connectivity and our IaaS and PaaS productivity tools for startup businesses and SMBs in these important, rapidly growing markets.” DigitalOcean CEO, Yancey Spruill The cloud computing market in Australia is expected to grow 12.5% by 2025, with cloud spending by SMBs expected to grow marginally faster than enterprise organizations. The strong and growing technology business landscape in Australia and in particular Sydney, coupled with the telecommunications connectivity options, including submarine communications cables connecting directly to the United States and Asia, made Sydney an ideal choice for the next DigitalOcean data center. “This new data center was built with our small business customer’s needs in mind,” said Gabe Monroy, Chief Product Officer at DigitalOcean. “Scalability, availability, and security have been top priorities for our customers and were baked into this build, ensuring that end customers always have a great and secure experience.” The Sydney facility will provide direct connectivity to the market and improve the overall experience of end customers utilizing applications hosted on the DigitalOcean platform. SYD1 will also provide seamless peering with hyperscalers, making a multi-cloud strategy simple for SMBs and startups who utilize more than one cloud provider. Beginning today, users can deploy droplets, spin up DigitalOcean Kubernetes clusters, provision a managed database, or utilize any other DigitalOcean product from the SYD1 region. About DigitalOcean DigitalOcean simplifies cloud computing so builders can spend more time creating software that changes the world. With its mission-critical infrastructure and fully managed offerings, DigitalOcean helps developers, startups and small and medium-sized businesses (SMBs) rapidly build, deploy and scale applications to accelerate innovation and increase productivity and agility. DigitalOcean combines the power of simplicity, community, open source and customer support so customers can spend less time managing their infrastructure and more time building innovative applications that drive business growth.

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Spotlight

The introduction of fifth-generation (5G) mobile broadband technology is set to change how people and machines communicate and even how industries do business. 5G network deployments are expected to provide significant economic and efficiency gains in the markets where they are deployed. Smart-factory and smart-city applications, autonomous vehicles and machines, and telemedicine applications are just a few of the examples where 5G technology is expected to impact a range of industries. Work is underway to define specifications and performance requirements for 5G to ensure the networks can support the many applications expected to run on them.

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