More than 8.4 million DDoS Attacks Targeted IT Infrastructures, Cloud, Mobile Networks & IoT Devices in 2019

Security Magazine | February 18, 2020

NETSCOUT Threat Intelligence saw 8.4 million Distributed Denial of Service (DDoS) attacks last year alone: 23,000 attacks per day, 16 every minute. DDoS attacks have grown in frequency each year for the past five years, while attackers continue to unleash increasingly sophisticated attacks, says Richard Hummel, Threat Intelligence Manager, NETSCOUT. NETSCOUT, in its Threat Intelligence Report, found customer-facing services and applications were targets of DDoS attacks at two-thirds of enterprises. Customers can act as conduits for attacks: adversaries deployed a novel technique that used attacks on client services to access core services at well-protected targets. APT groups are bumping up mobile malware use, while DDoS attacks on mobile networks jumped 64 percent in the second half of 2019. Cyber criminals widely weaponized seven new or increasingly popular DDoS attack vectors in 2019 while adding new techniques to existing methods.

Spotlight

In a growing connected economy, new demands require modern organizations to rethink how they effectively manage their data center environment. Beyond new requirements around the cloud, architectures around edge computing are also placing new strains on business and technology leaders. In a world of constant connectivity performance, efficiency, uptime, and infrastructure visibility take center stage as leaders make decisions around their digital infrastructure.


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APPLICATION INFRASTRUCTURE

DZS Participates in O-RAN ALLIANCE Plugfest with Mavenir in Turin, Italy to Validate Open, Multi-Vendor 5G Stand Alone and 4G Macro Solutions

DZS | December 22, 2021

DZS a global leader in broadband connectivity platforms and communications software solutions, today announced its participation in the third Global O-RAN ALLIANCE PlugFest at the European Open Test and Integration Center (OTIC) in Turin, Italy hosted and sponsored by TIM. This testing validated multi-vendor 5G interoperability and end-to-end functional tests of O-RAN ALLIANCE specifications for 5G and 4G Radio Access Network (RAN) elements, including fronthaul, midhaul and backhaul interfaces between Radio Access Network equipment provided by DZS, Mavenir, Dell, VMware, Microelectronics Technology (MTI), and Keysight Technologies. “DZS is proud to have collaborated in the Turin OTIC lab with Mavenir and a strong complement of other O-RAN ALLIANCE members in defining the future of 4G and 5G O-RAN architectures in Europe and around the world,This highly successful PlugFest in Italy showcased DZS open fronthaul transport solutions and demonstrated how we, in combination with our industry partners, can enable a path forward for service providers seeking to modernize their networks with the flexibility and efficiencies of O-RAN architectures. The success of the Global O-RAN Plugfest 2021 clearly shows that O-RAN is emerging as a compelling solution for not only greenfield networks, but also for established service providers who are already pioneering large-scale 5G deployments.” Charlie Vogt, President and CEO, DZS Starting in Q3 2021, the third O-RAN ALLIANCE Global Plugfest was held in 7 venues across the world including 94 participating companies – demonstrating the commercial readiness of many O-RAN implementations. Vendors participating in the Turin OTIC lab multi-vendor interoperability test network included: DZS C1216RO open fronthaul gateways featuring built-in GPS and network timing support Mavenir 5G radio units (RUs) and MTI 4G RUs Mavenir MAVair 4G and 5G virtualized RAN (VRAN) and MAVcore converged core network software Dell EMC PowerEdge R-Series and XE carrier-grade servers VMware Telco Cloud Platform software environment AWS Outposts edge cloud infrastructure environment Keysight Technologies test solutions “Mavenir commends DZS for its expertise and leadership in bringing cutting-edge fronthaul transport technology to this highly successful O-RAN ALLIANCE Plugfest validating the open fronthaul use case for 5G and 4G solutions,” said B.G. Kumar, President of the Communications Services Business at Mavenir. “O-RAN and virtualization continues to gain momentum in Europe. As service providers look to cost effectively deliver advanced and differentiated services in their highly competitive markets, Mavenir and DZS will work together to enable carriers across the globe to move forward with this technology.” With a forward-looking business strategy centered on empowering service providers and network operators through open standards, software-driven systems and freedom of choice, DZS solutions are at the core of groundbreaking, wide-scale open ecosystems like Rakuten Mobile’s fully virtualized, cloud-native O-RAN 5G mobile network and playing key roles in other parallel O-RAN ALLIANCE PlugFest activities in Asia (click here for more information). The DZS commitment to the O-RAN architectural model is but one example of how DZS is enabling service providers worldwide to enjoy the cost, manageability and service benefits of flexible, scalable and interoperable wireless and wireline broadband networks with no vendor lock-in. About DZS DZS Inc.is a global leader in broadband connectivity platforms and communications software solutions with more than 20 million products in service with customers and alliance partners spanning more than 100 countries. DZS, the DZS logo, and all DZS product names are trademarks of DZS Inc. Other brand and product names are trademarks of their respective holders. Specifications, products, and/or product names are all subject to change.

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APPLICATION INFRASTRUCTURE

Sequans Introduces New 4G/5G Cellular IoT Modules Based on its Second-Generation Cat 1 Calliope 2 Chip

Sequans | December 16, 2021

Sequans Communications S.A. announced availability of a new series of Cat 1 IoT modules based on its second generation, LTE Cat 1bis chip, Calliope 2. The new Calliope 2 GC02S1 modules are low-cost, low-power, IoT-optimized solutions that support VoLTE and throughput higher than LTE-M for applications including wearables and hearables with music streaming; smart city/smart home IoT devices such as security cameras, alarm panels, and utility meters; and data aggregators that can require throughput up to several megabits per second. Calliope 2 GC02S1 modules are optimized to support three regional variants covering North America, Japan, and Europe. Advancements in Sequans' Calliope 2 chip technology remove the cost and power consumption barriers that have thus far limited widespread adoption of Cat 1 for IoT. These advancements include 1) higher integration for lower cost, 2) lower power consumption in both active and power-saving modes, near the level of LTE-M, thus extending the battery life of Cat 1 devices significantly, and 3) advanced signal processing techniques that provide superior radio performance. LTE Cat 1 is available worldwide on all cellular networks, including those areas where LTE-M and NB-IoT are not, making it ideal for IoT companies wishing to deploy products globally. "Cat 1 is a truly universal IoT solution," said Georges Karam, Sequans CEO. "With our new Calliope 2 GC02S1 modules, we have made Cat 1 highly suitable for IoT so that it can now support a much wider variety of IoT use cases, including those that need voice. We've reduced the cost and lowered the power consumption by applying the power-saving techniques of LTE-M and NB-IoT, and we've embedded high-level, on-chip security with iSIM support---all of which combine to make our Calliope 2 modules truly future-proof and able to support the evolution from 4G to 5G for many years to come." "We are proud of our partnership with Sequans that expands our cellular IoT module offering that includes RYZ014A alongside our MCUs with 4G cellular connectivity based on Sequans proven Monarch Cat-M1/NB-IoT LTE platform,Therefore, we are excited about Sequans's Calliope 2 Cat 1 platform that supports IoT use cases demanding higher bandwidth, greater mobility, and lower latency." Roger Wendelken, SVP, head of MCU Business, IoT and Infrastructure Business Unit at Renesas "There is an explosion in demand for Cat 1 technology around the world, and even more specifically for the new Cat 1bis technology, increasing the overall LTE Cat 1 market from 132 million units in 2021 to an estimated 200 million units in 2025," said Takeshi Niwa, marketing analyst, TSR. "The great success of Cat 1bis in China, notably in the utility segment, demonstrates the accelerated adoption and deployment of this IoT-focused LTE category, driven by its lower cost compared to first-generation Cat 1 and also by the shutdown of legacy 2G and 3G networks. The availability of platforms like Sequans' Calliope 2 that brings a newer generation of optimized Cat 1 technology into the market will extend this rapid growth to other countries including Japan and the United States." Calliope 2 GC02S1 modules are 5G-ready and compliant with the 3GPP Release 15 massive IoT standard. User application software and interfaces are compatible with Sequans' Monarch 2 LTE-M/NB-IoT platform, allowing easy migration among Cat 1, LTE-M, and NB-IoT massive IoT technologies. Calliope 2 GC02S1 Module Features Supports 3GPP Release 14/15, including PSM and eDRX for ultra-low power consumption Cost-effective support for Cat 1bis data rate: up to 10 Mbps DL and 5 Mbps UL Ultra-small "S1" LGA package Power supply supports 3.1V-5.5V Supports VoLTE and high-quality voice Supports external SIM and eSIM as well as integrated SIM and integrated eSIM Common Criteria (CC) EAL5+ security for iSIM Compatible with Sequans Monarch 2 LTE-M/NB-IoT platform for easy migration among Cat 1, LTE-M, Cat NB1/NB2 "Sequans pioneered Cat 1 technology for IoT and has always recognized its value," said Karam. "We are the only cellular IoT connectivity solutions provider with a strategic product roadmap for Cat 1. Our Calliope 2 chip platform and GC02S1 modules are designed with a clear eye on its particular value for IoT, especially now that 2G and 3G networks are being shut down and 5G is on the horizon." About Sequans Sequans Communications S.A. (NYSE: SQNS) is a leading developer and supplier of cellular IoT connectivity solutions, providing chips and modules for 5G/4G massive and broadband IoT. For 5G/4G massive IoT applications, Sequans provides a comprehensive product portfolio based on its flagship Monarch LTE-M/NB-IoT and Calliope Cat 1 chip platforms, featuring industry-leading low power consumption, a large set of integrated functionalities, and global deployment capability. For 5G/4G broadband IoT applications, Sequans offers a product portfolio based on its Cassiopeia Cat 4/Cat 6 4G and high-end Taurus 5G chip platforms, optimized for low-cost residential, enterprise, and industrial applications. Founded in 2003, Sequans is based in Paris, France with additional offices in the United States.

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HYPER-CONVERGED INFRASTRUCTURE

NetApp Teams with NVIDIA to Accelerate HPC and AI with Turnkey Supercomputing Infrastructure

NetApp | May 11, 2022

NetApp® , a global, cloud-led, data-centric software company, today announced that NetApp EF600 all-flash NVMe storage combined with the BeeGFS parallel file system is now certified for NVIDIA DGX SuperPOD™. The new certification simplifies artificial intelligence (AI) and high-performance computing (HPC) infrastructure to enable faster implementation of these use cases. Since 2018, NetApp and NVIDIA have served hundreds of customers with a range of solutions, from building AI Centers of Excellence to solving massive-scale AI training challenges. The qualification of NetApp EF600 and BeeGFS file system for DGX SuperPOD is the latest addition to a complete set of AI solutions that have been developed by the companies. “The NetApp and NVIDIA alliance has delivered industry-leading innovation for years, and this new qualification for NVIDIA DGX SuperPOD builds on that momentum. As performance and data demands are exploding, NVIDIA DGX SuperPOD, coupled with ONTAP AI platform and DGX Foundry AI service, ensures our customers get the best-in-class model training infrastructure, with the full support of AI industry leaders.” Phil Brotherton, Vice President of Solutions and Alliances at NetApp “Organizations modernizing their business with AI and HPC need performance, flexibility and choice as they architect their infrastructure,” said Charlie Boyle, Vice President of DGX systems at NVIDIA. “Our collaboration with NetApp enables customers building their own AI Centers of Excellence to now choose NetApp storage for their NVIDIA DGX SuperPOD, as well as use the same leading platform available as hosted infrastructure through NVIDIA DGX Foundry.” “We’re thrilled to be working with NetApp and NVIDIA to build an HPC/AI Center of Excellence with NVIDIA DGX systems so applied learning students can experience supercomputing and high-performance computing infrastructure,” said Tonya Witherspoon, Associate Vice President, Industry Engagement & Applied Learning at Wichita State University. “NetApp is a digital fabric anchor of the innovation campus, and we can’t wait to develop the next generation of talent in this exciting space.” Broad Portfolio of AI Infrastructure Solutions NetApp’s portfolio of NVIDIA-accelerated solutions includes ONTAP AI to eliminate guesswork for faster adoption by using a field-proven reference architecture as well as a preconfigured, integrated solution that is easy to procure and deploy in a turnkey manner. Also included is NVIDIA DGX Foundry, which features NVIDIA Base Command software and NetApp Keystone Flex Subscription. This combination provides a world-class hosted infrastructure solution for businesses and their data scientists who need a premium AI development experience without the struggle of building it themselves. With today’s announcement, organizations can also build their AI Centers of Excellence leveraging the power of DGX SuperPOD on premises in combination with NetApp storage. NetApp, in collaboration with NVIDIA, also offers tailored solutions for a variety of industries, including financial services, medicine, manufacturing, retail, higher education and government, and has sponsored and facilitated ideation workshops for customers embarking on AI journeys to accelerate success while mitigating risk. “The AI lifecycle focus has moved up the development stack and away from the infrastructure management, driving the need for converged solutions and services that make it easier for organizations to simplify their infrastructure investments for AI use cases deployments,” said Ritu Jyoti, Group Vice President, AI/Automation Research & Advisory at IDC. “DGX SuperPOD is the latest milestone in a prolific partnership between NetApp and NVIDIA to address this need, and NetApp is well positioned to help customers solve their data management challenges regardless of where it resides.” About NetApp NetApp is a global, cloud-led, data-centric software company that empowers organizations to lead with data in the age of accelerated digital transformation. The company provides systems, software and cloud services that enable them to run their applications optimally from data center to cloud, whether they are developing in the cloud, moving to the cloud, or creating their own cloudlike experiences on premises. With solutions that perform across diverse environments, NetApp helps organizations build their own data fabric and securely deliver the right data, services and applications to the right people—anytime, anywhere.

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APPLICATION INFRASTRUCTURE

Linux Foundation Announces Open Programmable Infrastructure Project to Drive Open Standards for New Class of Cloud Native Infrastructure

The Linux Foundation | June 22, 2022

The Linux Foundation, the nonprofit organization enabling mass innovation through open source, today announced the new Open Programmable Infrastructure (OPI) Project. OPI will foster a community-driven, standards-based open ecosystem for next-generation architectures and frameworks based on DPU and IPU technologies. OPI is designed to facilitate the simplification of network, storage and security APIs within applications to enable more portable and performant applications in the cloud and datacenter across DevOps, SecOps and NetOps. Founding members of OPI include Dell Technologies, F5, Intel, Keysight Technologies, Marvell, NVIDIA and Red Hat with a growing number of contributors representing a broad range of leading companies in their fields ranging from silicon and device manufactures, ISVs, test and measurement partners, OEMs to end users. "When new technologies emerge, there is so much opportunity for both technical and business innovation but barriers often include a lack of open standards and a thriving community to support them," said Mike Dolan, senior vice president of Projects at the Linux Foundation. "DPUs and IPUs are great examples of some of the most promising technologies emerging today for cloud and datacenter, and OPI is poised to accelerate adoption and opportunity by supporting an ecosystem for DPU and IPU technologies." DPUs and IPUs are increasingly being used to support high-speed network capabilities and packet processing for applications like 5G, AI/ML, Web3, crypto and more because of their flexibility in managing resources across networking, compute, security and storage domains. Instead of the servers being the infrastructure unit for cloud, edge or the data center, operators can now create pools of disaggregated networking, compute and storage resources supported by DPUs, IPUs, GPUs, and CPUs to meet their customers' application workloads and scaling requirements. OPI will help establish and nurture an open and creative software ecosystem for DPU and IPU-based infrastructures. As more DPUs and IPUs are offered by various vendors, the OPI Project seeks to help define the architecture and frameworks for the DPU and IPU software stacks that can be applied to any vendor's hardware offerings. The OPI Project also aims to foster a rich open source application ecosystem, leveraging existing open source projects, such as DPDK, SPDK, OvS, P4, etc., as appropriate. The project intends to: Define DPU and IPU, Delineate vendor-agnostic frameworks and architectures for DPU- and IPU-based software stacks applicable to any hardware solutions, Enable the creation of a rich open source application ecosystem, Integrate with existing open source projects aligned to the same vision such as the Linux kernel, and, Create new APIs for interaction with, and between, the elements of the DPU and IPU ecosystem, including hardware, hosted applications, host node, and the remote provisioning and orchestration of software With several working groups already active, the initial technology contributions will come in the form of the Infrastructure Programmer Development Kit (IPDK) that is now an official sub-project of OPI governed by the Linux Foundation. IPDK is an open source framework of drivers and APIs for infrastructure offload and management that runs on a CPU, IPU, DPU or switch. In addition, NVIDIA DOCA, an open source software development framework for NVIDIA's BlueField DPU, will be contributed to OPI to help developers create applications that can be offloaded, accelerated, and isolated across DPUs, IPUs, and other hardware platforms. "The emerging DPU market is a golden opportunity to reimagine how infrastructure services can be deployed and managed. With collective collaboration across many vendors representing both the silicon devices and the entire DPU software stack, an ecosystem is emerging that will provide a low friction customer experience and achieve portability of services across a DPU enabled infrastructure layer of next generation data centers, private clouds, and edge deployments." Geng Lin, EVP and Chief Technology Officer, F5 Intel is committed to open software to advance collaborative and competitive ecosystems and is pleased to be a founding member of the Open Programmable Infrastructure project, as well as fully supportive of the Infrastructure Processor Development Kit (IPDK) as part of OPI. We look forward to advancing these tools, with the Linux Foundation, fulfilling the need for a programmable infrastructure across cloud, data center, communication and enterprise industries making it easier for developers to accelerate innovation and advance technological developments. Patricia Kummrow, CVP and GM, Ethernet Products Group, Intel About the Linux Foundation Founded in 2000, the Linux Foundation and its projects are supported by more than 1,800 members and is the world's leading home for collaboration on open source software, open standards, open data, and open hardware. Linux Foundation's projects are critical to the world's infrastructure including Linux, Kubernetes, Node.js, Hyperledger, RISC-V, and more. The Linux Foundation's methodology focuses on leveraging best practices and addressing the needs of contributors, users and solution providers to create sustainable models for open collaboration.

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Spotlight

In a growing connected economy, new demands require modern organizations to rethink how they effectively manage their data center environment. Beyond new requirements around the cloud, architectures around edge computing are also placing new strains on business and technology leaders. In a world of constant connectivity performance, efficiency, uptime, and infrastructure visibility take center stage as leaders make decisions around their digital infrastructure.

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