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MemVerge Big Memory Technology Speeds Genomic Analytic Processes for Penn State Huck Institutes of the Life Sciences

MemVerge | September 22, 2021

MemVerge, the pioneers of Big Memory software, announced Memory Machine™ Big Memory virtualization software has been selected by Penn State Huck Institutes of the Life Sciences to speed the genomic analytic processing for plant DNA research to develop more sustainable plant products. 

At the forefront of research and development, Penn State Huck Institutes of the Life Sciences seeks to find solutions to pressing health and agriculture issues and their interaction with the environment. To achieve this, Penn State has become a go-to place for analyzing and accessing dispersed and large data in an effort to facilitate transformative life sciences discoveries by enabling path-breaking research, simulating innovation, and inspiring work in a collaborative environment.

Among its flagship research projects is the analysis of plant DNA sequencing to identify opportunities to develop plants - from cocoa to apples - that can better sustain droughts, diseases and achieve longer transportation and shelf life, which is important to improve food supplies for third world nations. To achieve this research, the bioscientists at Penn State must analyze genome sequences that are even more complex than human genomes. Using traditional analytic methods, it could take weeks to process specific workloads and running jobs can often fail as data is much larger than the available compute memory.

Using MemVerge Memory Machine memory virtualization software, Penn State has been able to accelerate discovery for its plant DNA research. By deploying a pool of software-defined DRAM and persistent memory (PMem), the life sciences institute has been able to speed the completion of their analytic pipeline and run jobs that it hasn't been able to process before.

"MemVerge Memory Machine has been a game-changing technology for our plant DNA research," said Claude dePamphilis, Director of the Center for Parasitic and Carnivorous Plants at Penn State Huck Institutes of the Life Sciences. "The innovative technology helps us achieve DRAM-like performance from a mixed memory configuration. This has not only dramatically increased our time to research findings but has also saved us considerable budget in the process."


Memory Machine software provided scientists at Penn State with transparent access to virtualized DRAM and PMem memory and ZeroIO™ Snapshot technology. The in-memory snapshot technology allows researchers to roll back workloads quickly to specific points in time for adaptive analyses and ensure resilience with lightning-fast crash recovery. This allows new genomic testing to continue without downtime.

"The genomic sequencing use case at Penn State is an exceptional example of how Big Memory technology can overcome the barriers presented by the 'data bigger than memory' problem," said Charles Fan, CEO of MemVerge. "By eliminating the boundaries of traditional compute infrastructure and creating a memory fabric that can cost-effectively support the memory-intensive processes applications such as genomics analytics require, we are changing the landscape of what is possible. Memory is no longer a limitation for applications such as genomics sequencing, in-memory databases and other data-intensive usages such as animation and VFX. We're opening the door for increased innovation, landmark research findings and better health outcomes."


MemVerge Memory Machine makes 100% use of available memory capacity while providing new operational capabilities to memory-centric workloads. Memory Machine answers the need for a modern in-memory computing model to support emerging applications that require real-time analytics, true in-memory computing, and fault-tolerant memory persistence to speed massive processing workloads.

About MemVerge
Memory is too small. Storage is too slow. In response, MemVerge is pioneering the new category of Big Memory Computing that simultaneously delivers the nanosecond performance of memory with the massive capacity of storage. MemVerge® Memory Machine™ Software transparently virtualizes different types of memory hardware into a pool of software-defined memory with the same performance of DRAM, but with many times the capacity. On top of the transparent memory service, Memory Machine provides the industry's first suite of data services that can provision petabytes of capacity, performance, availability, and mobility at the speed of memory and across the clouds.

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Red Hat Helps Enterprises Modernize at Scale with New Migration Toolkit

Red Hat | November 23, 2022

Red Hat, Inc., the world's leading provider of open source solutions, today announced the general availability of Migration Toolkit for Applications 6, based on the open source project Konveyor, aimed at helping customers accelerate large-scale application modernization efforts. The toolkit enables customers to better assess, prioritize and modernize their applications across hybrid cloud environments on Red Hat OpenShift, the industry’s leading Kubernetes platform. Few would disagree that the technology landscape has shifted dramatically in recent years. According to Red Hat’s 2022 State of Application Modernization Report, organizations plan to modernize 54% of their custom applications during the next year, and over a quarter of these workloads during the next six months. In the medium term, respondents also reported that 80% of applications will be modernized in the next two years. It’s clear that the reliance on virtualization, as we currently understand it, has shifted. Organizations are embracing cloud-native technologies to meet heightened user expectations and market competition, but this doesn’t happen overnight. With Migration Toolkit for Applications and related services and offerings, Red Hat is helping customers modernize applications at their speed and on their timelines. Migration Toolkit for Applications is an integrated assembly of tools that support Java application modernization and migration projects at scale across a broad range of use cases. Now designed to help migration leads and developers find the best and most reliable modernization path forward, Migration Toolkit for Applications 6 includes: New application inventory and assessment modules that assist organizations in managing, classifying and tagging their applications while assessing application suitability for deployment in containers, including flagging potential risks for migration strategies. Full integration with source code and binary repositories to automate the retrieval of applications for analysis along with proxy integration including HTTP and HTTPS proxy configuration managed in the user interface. Improved analysis capabilities with new analysis modes, including source and dependency modes that parse repositories to gather dependencies and add them to the overall scope of the analysis. There is also a simplified user experience to configure the analysis scope, including open source libraries. Enhanced RBAC powered by Red Hat Single Sign-On, defining three new differentiated personas with different permissions to suit the needs of each user—administrator, architect and migrator—including credentials management for multiple credential types. Administrator perspective to provide tool-wide configuration management for administrators. Open source community drives containerization leap Kubernetes is fueled by a vibrant open source community and to further drive adoption, Red Hat and IBM Research created Konveyor. Konveyor is an open source project aimed at helping modernize and migrate applications for open hybrid cloud deployments by building tools, identifying patterns and providing advice on bringing cloud-native transformation across IT. The Cloud Native Computing Foundation (CNCF) project forms the foundation for Migration Toolkit for Applications and with this set of tools, organizations can have deeper insight throughout their adoption process—whether they’re making decisions at the portfolio or application level. To learn more about the latest version of Migration Toolkit for Applications, visit the webpage here. “Hybrid cloud isn’t just the future of computing—it’s here now, and Red Hat is determined to give our customers the tools, direction and intelligence to help them bring their applications to this new world. We know that transformation doesn’t happen overnight, which is why Red Hat Modernization Toolkit for Applications is designed to accelerate modernization, not stifle it, by easing the process of bringing traditional applications to a hybrid cloud-ready platform with analysis and automation.” James Labocki, senior director, product management, Red Hat About Red Hat, Inc. Red Hat is the world’s leading provider of enterprise open source software solutions, using a community-powered approach to deliver reliable and high-performing Linux, hybrid cloud, container, and Kubernetes technologies. Red Hat helps customers integrate new and existing IT applications, develop cloud-native applications, standardize on our industry-leading operating system, and automate, secure, and manage complex environments. Award-winning support, training, and consulting services make Red Hat a trusted adviser to the Fortune 500. As a strategic partner to cloud providers, system integrators, application vendors, customers, and open source communities, Red Hat can help organizations prepare for the digital future.

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H3C AD-WAN Solution Helps LiveCom's Global SD-WAN Operation

H3C | December 07, 2022

According to Omdia's report, the compound growth rate of the global SD-WAN market will reach 11.9% from 2021 to 2027, and the market size will exceed USD 10 billion by 2027, continuing to lead the enterprise network service market. In recent years, as the epidemic accelerated the digital transformation of the industry, more and more enterprises have chosen cloud, and the demand of enterprises for campus networks, data centers and wide area networks has increased rapidly. The SD-WAN (Software-Defined Wide Area Network) has attracted the attention of more enterprises and service providers because it helps enterprises to achieve quality cloud in a more flexible connection mode, while reducing the cost of WAN. Although the SD-WAN has a broad market prospect, in fact, the existing SD-WAN solutions cannot fully meet the customer demands. Presently, in Chinese market, most manufacturers lack the capability to optimize end-to-end network resources, so it is difficult to provide a complete set of solutions. In the international market, the solutions of some manufacturers are realized through mergers and acquisitions, which causes problems such as high prices, difficult operation and maintenance, long development cycle, etc., which greatly affects the deployment progress of the SD-WAN. Based on the insight into the industry pain points, H3C AD-WAN solution, with the concept of "application-driven network", carries out innovative explorations around technical architecture, business experience, security protection and control, operation and maintenance management, business model and other fields, offers new features such as new service modes, WAN optimization, multi-cloud connection, end-to-end SRv6, SASE business automation, etc., and helps the customers build full-scenario, whole-domain and full-lifecycle intelligent WANs, which can better meet the requirements of the operators in the "post-epidemic" era for end-to-end control, operation, and maintenance for SD-WAN construction. This solution has now been applied to overseas market. H3C and LiveCom Cooperate Closely to Explore New SD-WAN Modes In March, 2021, the Ministry of Industry and Information Technology issued the Action Plan for Coordinated Development of the "Double Gigabit" Network (2021-2023), proposing to adopt the SD-WAN technical solution to optimize network transmission quality. As encouraged by this policy, the three major domestic telecom carriers have invested in the research and development of SD-WAN intelligent dedicated lines, and the WAN architecture has also turned to SD-WAN in an all-round way. LiveCom is an international carrier that has long been dedicated to cross-border communication information services. With the global business expansion of LiveCom, the number of POP nodes deployed overseas and the volume of business carried by the backbone networks increase. Therefore, the forwarding delay, site deployment, network resource optimization, business operation and maintenance management of its global network are facing greater challenges. In order to further enhance its competitiveness in the global market, LiveCom needs a powerful partner to help upgrade its SD-WAN services in an all-round way, and it is just the right time to cooperate with H3C. After testing SD-WAN products of several manufacturers, LiveCom made a long-term cooperation decision with H3C in less than three months due to the strong advantages of H3C, such as advanced and steady products, professional technicians, and comprehensive service coverage. In the cooperation mode in which H3C provides overall solutions and products, and LiveCom provides lines and technical support, both parties have finally provided customers with high-quality bandwidth operation services based on SD-WAN solutions. At the application level, in the headquarters and branch scenarios, H3C provides hardware products and SD-WAN controllers for deployment, which help LiveCom to establish multiple POP points around the world and deploy branch routers for enterprises. In addition, through the northbound API interface of the SD-WAN solution provided by H3C, LiveCom can customize the display interfaces according to the actual needs of customers, and comprehensively improve the customer experience in operation and maintenance. During the cooperation, both sides have gradually formed a benign and interactive cooperation mode through joint efforts. In the early stage, with deep experience in hardware and solutions, H3C organized pre-sales and after-sales training for LiveCom's technicians in operation, troubleshooting, and calling northbound interfaces of the routers, so as to help them enhance their experience in operating large and medium-sized SD-WAN networks. Besides, H3C provided mature cases for LiveCom, and engineers from both sides jointly deployed the SD-WAN platform. LiveCom was responsible for giving feedbacks of new customer demands to H3C, and both parties jointly analyzed customer demands to provide improved SD-WAN functions and services and solve the problems of the customers.

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Verizon expands VRAN leadership position with addition of first Ericsson VRAN cell site into its network

Verizon | December 09, 2022

Verizon, the leader in Virtualized Radio Access Network (VRAN) innovation, announced today it has extended its network virtualization efforts with the addition of the first Ericsson virtualized cell site (also referred to as Ericsson Cloud RAN), with support from Intel and RedHat providing the processing and cloud-native orchestration functions. The advancements in Radio Access Network virtualization allows Verizon to rapidly respond to customers’ varied latency and computing needs, and provides greater flexibility and agility in the introduction of new products and services. The move to a cloud-native, virtualized architecture with standardized interfaces in every part of the network leads to greater flexibility, faster delivery of services, greater scalability, and improved cost efficiency in networks. Verizon has been a global leader in virtualizing its network, announcing recently it already has 8,000 cell sites already virtualized in its network with an eye towards virtualizing 20,000 sites. Virtualizing the far edge of the RAN – the cell sites closest to the customer - is a function of decoupling the hardware and software associated with a cell tower and transitioning the software so that it’s not just stored in the cloud, but is designed for a cloud-native architecture and operation. Just this week, Verizon and Ericsson published a position paper outlining the optimal technology path for VRAN in order to maximize the performance and efficiency of the network, disaggregate hardware from software, and simplify deployment wherever possible. This technology is built into the first Ericsson virtualized cell site deployed in the Verizon network. Components of VRAN Verizon coordinated with many ecosystem partners to welcome Ericsson’s first virtualized cell site. Ericsson provided its commercial 5G Cloud RAN solution, consisting of a virtualized Central Unit (vCU), a virtualized Distributed Unit (vDU), and radio units. This software-based 5G Cloud RAN solution spans across all of Verizon’s frequency bands, utilizing both FDD and TDD 5G spectrum assets, including Massive MIMO support for C-band and interconnecting previously deployed equipment to enable Ericsson Spectrum Sharing between LTE and NR carriers. The Ericsson Cloud RAN solution offers Verizon efficiency and in network deployment and operational management transformation. Intel provided its 3rd Gen Intel Xeon Scalable processor, Intel vRAN Dedicated Accelerator ACC100 and Intel Ethernet Network Adapter E810 to deliver the processing, acceleration and connectivity requirements. Red Hat provided Red Hat OpenShift and Red Hat Advanced Cluster Management for Kubernetes to manage their fleet at scale in collaboration with Red Hat Consulting. As part of the solution, Red Hat Advanced Cluster Management delivers cloud-scale manageability by configuring the 5G RAN using a Distributed Unit (DU) profile, which deploys real-time OS kernel optimizations to run vRAN and other cloud-native application workloads from a single console. Red Hat OpenShift also incorporates zero-touch provisioning to enable distributed deployment at scale required to operate a large scale RAN. Virtualization paves the way for exciting innovation Verizon has been leading the way in virtualization with its vendor partners for years. Verizon began the journey by virtualizing the core of its network. In the years since, Verizon has been working with partners in lab trials and field tests and has been deploying cloud-based cell sites, building programmability into the network to meet the needs of today’s 5G customers and 5G solutions of tomorrow. Key 5G use cases focused on providing the best, most efficient network for customers, will heavily rely on the programmability of virtualized networks. Networks must serve IoT devices that do very little networking and stay in place, smartphones with infinite opportunities to use data in a highly mobile environment, and complex solutions like Augmented Reality that require massive computing capabilities on the edge of the network. These various network solutions rely on a correlated variety of resources from the network, which until recently have been defined rigidly and manually. Using orchestration and automation capabilities at scale on virtual infrastructure, Verizon automates network configuration changes and resource scaling dynamically based on demand. This is one of the greatest benefits of virtualizing a network - essentially building programmability into the network. Verizon Communications Inc. (NYSE, Nasdaq: VZ) was formed on June 30, 2000 and is one of the world’s leading providers of technology and communications services. Headquartered in New York City and with a presence around the world, Verizon generated revenues of $133.6 billion in 2021. The company offers data, video and voice services and solutions on its award-winning networks and platforms, delivering on customers’ demand for mobility, reliable network connectivity, security and control.

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