Hyper-Converged Infrastructure Market Is Booming Worldwide

statsandreports | November 25, 2019

A New Research on the Global Hyper-Converged Infrastructure Market was conducted across a variety of industries in various regions to produce more than 150 page reports. This study is a perfect blend of qualitative and quantifiable information highlighting key market developments, industry and competitors’ challenges in gap analysis and new opportunities and may be trending in the Hyper-Converged Infrastructure market. Some are part of the coverage and are the core and emerging players being profiled Atlantis Computing, Cisco, EMC, Fujitsu, Gridstore, HP, SimpliVity, Maxta, Nimboxx, Nutanix, Pivot3, Scale Computing, NetApp, DataCore Software, Vmware.

Spotlight

6G requires setting achievable goals and continuous communication with the market and consumers.  Efforts of all participants in the new 6G ecosystem are required, such as expanding of 6G usage scenarios, selecting candidate spectrums, vitalizing open interfaces, e.g., Open RAN, and simple architecture options, etc.

Spotlight

6G requires setting achievable goals and continuous communication with the market and consumers.  Efforts of all participants in the new 6G ecosystem are required, such as expanding of 6G usage scenarios, selecting candidate spectrums, vitalizing open interfaces, e.g., Open RAN, and simple architecture options, etc.

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Virtual Desktop Tools, Server Hypervisors

ZEDEDA Launches Industry-First Application Services Suite, Revolutionizing Edge Computing

businesswire | July 28, 2023

ZEDEDA, the leader in edge infrastructure orchestration, today introduced ZEDEDA Edge Application Services, making it easier for customers to instantly gain granular control across all of their edge applications, including their modern AI-based applications. The number of edge devices, along with the data they produce, is growing exponentially. Gartner® predicts that “by 2025, 75% of data will be generated outside these centralized [data centers or cloud regions] facilities.”1 Edge computing is required to manage and process that data, but the complexity of distributed environments can make it difficult for customers to get started quickly. Enabling access to core services can provide an on-ramp for organizations to benefit from an initial edge use case while also establishing a foundation for future growth, just as was seen previously with cloud adoption. “Just as we saw occur with the cloud providers in the early days, it is time for the edge market to evolve beyond just infrastructure and begin to offer value-added services in addition,” said Said Ouissal, founder and CEO of ZEDEDA. “Now, with ZEDEDA Edge Application Services, we are able to offer our customers the ability to manage, configure and control their edge applications simply by leveraging the ZEDEDA ecosystem.” ZEDEDA Edge Application Services are delivered using ZEDEDA’s market-leading edge orchestration solution, which reduces cost while increasing visibility, security and control. The new industry-leading suite of services provides remote access, inventory and configuration management, and Kubernetes management services tailored to the individual needs of each deployment and customer. ZEDEDA Edge Access: A Simple and Secure Remote Access Solution The first service in the suite, ZEDEDA Edge Access, enables IT administrators and platform operations teams to instantly access any remote device from any location at any time. It is a simple solution that provides secure access, control and audit tracing for edge deployments. ZEDEDA Edge Access is secure out of the box, with built-in access controls that provide full encryption of user sessions, and requires no backend configuration or specialized skills. ZEDEDA Edge Access Service eliminates the overhead associated with conventional methods of remote access, providing a streamlined and efficient alternative. ZEDEDA Edge Access Service also provides granular user control and access, enabling customers to provide third parties secure access to their edge infrastructure. For example, if there is a problem with a specific application, the software vendor or developer can securely access, audit and troubleshoot if needed. This service, and others like it, will ultimately enable ZEDEDA partners and OEMs to generate new revenue streams. ZEDEDA’s open, distributed, cloud-native edge management and orchestration solution has attracted strategic OEM and customer relationships with Global 500 companies, including Emerson, Rockwell Automation, and VMware. The company continues to quadruple the number of edge nodes it has under management annually, scaling toward a hundred thousand edge nodes and has raised more than $55 million in capital from investors, including Coast Range Capital, Lux Capital, Energize Ventures, Porsche Ventures, Chevron Technology Ventures, Emerson Ventures, Juniper Networks, Rockwell Automation, Samsung Next and EDF North America Ventures. About ZEDEDA ZEDEDA makes edge computing effortless, open, and intrinsically secure — extending the cloud experience to the edge. ZEDEDA reduces the cost of managing and orchestrating distributed edge infrastructure and applications while increasing visibility, security and control. ZEDEDA delivers a distributed, cloud-native edge management and orchestration solution, simplifying the security and remote management of edge infrastructure and applications at scale.

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Virtual Desktop Tools, Cloud

Anjuna Adds Support for Microsoft Azure Confidential VMs

Globenewswire | July 04, 2023

Anjuna Security Inc., a confidential computing software company, today announced that its flagship product, the Anjuna Confidential Computing Platform, now supports Microsoft Azure confidential virtual machines (VMs) powered by AMD EPYC™ processors with Secure Encrypted Virtualization-Secure Nested Paging (SEV-SNP) security features. This added functionality represents a significant advancement in Anjuna’s support for Azure confidential computing (ACC) solutions and increases flexibility of choice for Microsoft customers. “As a leader in off-chain computation, where trust and security are non-negotiable, we are very excited by Anjuna’s expanded support for the latest AMD SEV-SNP confidential computing technology on Microsoft Azure that provides powerful isolation, risk reduction, and simplicity for sensitive data and code, taking confidential computing ease of use, trust, and simplicity to next level,” said Mitch Gildenberg, Switchboard CTO. Azure confidential VMs, powered by AMD SEV-SNP, provide a robust platform to securely migrate and run enterprise applications to the cloud with data-in-use protection. While running in confidential VMs, applications can be isolated from other VMs, the hypervisor, and cloud infrastructure operators. Additionally, Anjuna's solution provides further isolation and safeguards for threats originating from the guest OS, misconfigurations, and other applications running in the same VM and the VM administrator. With more organizations processing more sensitive data in the cloud for generative AI, financial systems, and high-value transactions processing, however, security must extend to cover all these additional threats. Anjuna Confidential Computing Platform enhances Azure confidential VMs, strengthening data protection and improving operational efficiency at scale. Anjuna automates the end-to-end deployment process and further protects applications in hardened Anjuna Confidential Containers that cannot be accessed by the other applications or the VM administrator. Moreover, Anjuna seamlessly and without code changes integrates attestation-aware key management capabilities via the Anjuna Policy Manager, ensuring that secrets are exclusively distributed to trusted applications. “At Anjuna, we believe Confidential Computing should be ubiquitous, easy to use, and above all, secure without trade-offs. For too long, enterprises have had to choose between ease of use and security. In today’s digital economy, this is no longer acceptable,” said Ayal Yogev, CEO and co-founder of Anjuna Security. “Microsoft Azure is a leading innovator in confidential computing and we are excited to be among the first Confidential Computing software providers to support both their Intel SGX and AMD SEV-SNP powered infrastructure. We are committed to keep working closely with Microsoft to unlock the full potential of Azure Confidential Computing services.” “We are committed to making Microsoft Azure a trusted cloud platform offering a broad portfolio of Confidential Computing solutions to customers,” said Vikas Bhatia, Head of Product, Azure confidential computing at Microsoft. “The combination of Azure confidential VMs powered by AMD SEV-SNP and the Anjuna Confidential Computing Platform unlocks value to customers, ensuring high levels of data protection and privacy with streamlined operations and ease of use.” About Anjuna Security Anjuna allows applications to run in any cloud with complete data security and privacy. Anjuna isolates workloads in a protected environment that intrinsically secures data in every state. Anjuna empowers enterprises to directly control application-level trust policies, ensuring that only trusted code can access sensitive data. Anjuna works with enterprises around the globe in industries such as financial services, government, and blockchain. To learn more about Anjuna’s platform and impact, visit Anjuna.io.

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Server Hypervisors, Vsphere

Napatech Leverages Latest Intel Agilex® FPGA to Launch Industry's first 400Gbps SmartNIC Solutions

prnewswire | August 29, 2023

Napatech™ (OSLO: NAPA.OL), a leading provider of programmable Smart Network Interface Cards (SmartNICs) and Infrastructure Processing Units (IPU) used in cloud, enterprise and telecom datacenter networks, today announced the availability of the Napatech's first 400Gbps programmable SmartNIC solutions, leveraging the latest Intel Agilex® 7 FPGAs to deliver best-in-class performance for applications in security, cloud services, network monitoring and recording. Enterprises and OEMs providing high-performance solutions for network monitoring and recording require NICs with a performance level that matches the high PCI Express (PCIe) bandwidth available in the latest servers such as those based on 4th Gen Intel Xeon® Scalable Processors. The new Napatech NT400 SmartNIC platform, based on the Intel® FPGA SmartNIC N6000-PL Platform, addresses this need through a PCIe Gen 4 16-lane host interface which enables full-duplex 2x100Gbps traffic between network ports and host applications. Similarly, for applications like the 5G packet core in telecom infrastructure that require high-bandwidth inline processing of network data, the NT400 platform sustains a total 400G of traffic over tens of millions of flows. The NT400 programmable SmartNIC platform includes two QSFP56 network ports, supporting up to 2x200G traffic with the flexibility to configure 10G, 25G, 40G, 50G, 100G and 200G network links. The SmartNIC hardware is complemented by Napatech's portfolio of production-grade software packages, including Link-Capture™ for use cases such as network monitoring and recording, Link-Virtualization™ that provides a virtualized data plane for cloud services and Link-Inline™ for inline applications such as 5G User Plane Function (UPF). These integrated solutions deliver a true "IT experience" whereby the user just installs the card and the software, immediately achieving seamless acceleration of their application with no requirement to directly program the SmartNIC itself. At the core of the NT400 platform is the Intel Agilex 7 FPGA F-Tile chiplet, which incorporates a configurable, hardened Ethernet protocol stack for supporting rates from 10G to 400G. Napatech chose the Intel Agilex 7 FPGA for a host of reasons, including scalability options that allow support for five different configurations that meet various price, performance, power and feature goals, tailored to specific customer applications and use cases. The F-Tile features are critical in enabling the NT400 to operate within the space and power limitations of standard servers deployed in network appliances, data centers and edge locations. "As the networking landscape continues to evolve, SmartNICs emerge as the predominant growth catalyst in the expansive NIC market, poised to reach $3.3 billion annually by 2025" said Manoj Sukumaran, Principal Analyst for Datacenter Compute and Networking at Omdia. "High bandwidth programmable Ethernet adapters require very fine optimization in hardware and software to ensure deterministic and predictable processing time and making them suitable for real-time networking applications. Napatech is among the very few vendors who could provide highly optimized SmartNICs and software solutions leveraging FPGAs from vendors like Intel, and deliver highly efficient network offload capabilities" he added. "The NT400 platform represents the latest generation within our portfolio of SmartNIC solutions," said Jarrod Siket, Chief Marketing Officer at Napatech. "We will deliver multiple SKUs based on this platform, providing products with memory configurations as well features like time synchronization and management ports that are precisely tuned to the requirements of our customers' applications, all packaged with the applicable production-grade software." "We are delighted to see Napatech choose the Intel Agilex 7 FPGA for their leading-edge SmartNIC solutions," said Mike Fitton, Vice President Programmable Solutions Group and General Manager, Network Business Division at Intel. "The combination of our FPGAs, which deliver high performance, and power efficiency plus a rich feature set for the most demanding applications, together with Napatech's production-grade hardware and software, helps ensure that customers can deliver leading solutions for a wide range of enterprise and telecom applications." About Napatech Napatech is the leading supplier of SmartNIC solutions used in cloud, enterprise, and telecom datacenters. Through commercial-grade software suites integrated with high-performance hardware, Napatech accelerates network infrastructure and security workloads to deliver best-in-class system-level performance while maximizing the availability of server compute resources for applications and services.

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