Run:ai Completes Proof of Concept with NVIDIA to Maximize GPU Workload Flexibility on Any Cloud

Run:AI | March 25, 2022

Run:ai, the company simplifying AI infrastructure orchestration and management, today announced details of a completed proof of concept (POC) which enables multi-cloud GPU flexibility for companies using NVIDIA GPUs in the cloud. NVIDIA's software suite includes virtual machine images, or VMIs, which are optimized for NVIDIA GPUs running in clouds such as Amazon Web Services, Microsoft Azure, Google Cloud, and Oracle Cloud. Run:ai software deployed on NVIDIA VMIs enables cloud customers to move AI workloads from one cloud to another, as well as to use multiple clouds simultaneously for different AI workloads with zero code changes.

Run:ai's workload-aware orchestration ensures that every type of AI workload gets the right amount of compute resources when needed, and provides deep integration into NVIDIA GPUs to achieve optimal utilization of these resources. Run:ai's Kubernetes-based Atlas platform and NVIDIA VMIs were used together in the POC to support 'lift & shift' as well as multi-node scaling in the cloud. NVIDIA customers and partners can de-risk their AI cloud deployments with a streamlined and portable solution for cloud AI infrastructure from Run:ai. Customers looking to cost-optimize their cloud computing resources can choose among supported cloud providers for the best-fit configuration. They can also manage AI workloads on multiple clouds with a single control plane.

NVIDIA VMIs are available on each of the major public cloud providers. NVIDIA publishes these with regular updates to both OS and drivers. The VMIs are optimized for performance on the latest generations of NVIDIA GPUs and allow for easy and fast deployment of GPU-accelerated instances on the public cloud.

"By combining accelerated computing power from NVIDIA with Run:ai's Atlas platform, organizations have a stellar AI foundation that enables them to successfully deliver on their AI initiatives," said Omri Geller, CEO and co-founder of Run:ai. "We appreciate the close relationship we have with the NVIDIA cloud team and their commitment to support NVIDIA accelerated computing customers everywhere."

"From innovative startups to world-leading enterprises, NVIDIA-accelerated cloud computing provides customers with flexible options for powering their most demanding workloads. Paired with NVIDIA-accelerated instances from leading cloud service providers, the Run:ai Atlas platform helps customers maximize the efficiency and value of AI workload operations."

Paresh Kharya, senior director, Accelerated Computing at NVIDIA

The Run:ai Atlas Platform brings simplicity to GPU management by providing researchers with on-demand access to pooled resources for any AI workload and has built-in integration with NVIDIA Triton Inference Server, NVIDIA's open source inference serving software that lets teams deploy trained AI models from any framework on GPU or CPU infrastructure.

As an innovative cloud-native operating-system which includes a workload-aware scheduler and a GPU abstraction layer, the platform helps IT managers simplify AI implementation, increase team productivity, and gain full utilization of GPUs. Run:ai now offers a simple solution to teams with a multi-cloud AI infrastructure strategy. The solution is available in beta - reach out to to learn more.

Additionally, Run:ai and NVIDIA are further expanding their collaboration to support customers who are operationalizing AI development. Run:ai is among the NVIDIA DGX-Ready Software partners joining the NVIDIA AI Accelerated program, which offers customers validated, enterprise-grade workflow and cluster management, scheduling and orchestration solutions for a variety of NVIDIA accelerated systems.


When it comes to securing all the parts of a modern distributed network, endpoints remain the most vulnerable outlier. Mobility has brought a flood of different devices that cross in and out of enterprise networks on a daily basis. This public exposure, combined with inadequate traditional endpoint security and a high degree of user autonomy, makes these devices prime targets for malware infections and other forms of sophisticated attack that seek to exploit the broader organization. And threat actors are finding enormous success along these vectors

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Esper Architect Launches to Drive Fleet Innovation at Scale

Esper | April 13, 2022

Esper, the leader in DevOps for Devices, is announcing the launch of Esper Architect, the cloud platform built for scaling mission critical device fleets. With Esper, dedicated device fleets can leverage the agility of DevOps on hardware to roll out at scale, iterate mission critical software quickly, minimize breakage, and focus on innovation. Device infrastructure no longer needs to be a barrier to creating delightful customer experiences. "Companies of all sizes need to move at the speed of innovation. When you have thousands or hundreds of thousands of devices, you think differently about scale. Automation, controlled rollouts, and trusted infrastructure become non-negotiable." Yadhu Gopalan, CEO and Co-founder of Esper Esper brings DevOps principles and processes to dedicated devices, which encompass thousands of different form factors. While DevOps is the established best practice for cloud software, devices have yet to fully realize these benefits. With Esper Architect, organizations of all sizes can enroll devices in bulk in a fraction of the time, deploy and update their applications at will, and quickly and confidently fix issues. This is all made possible by Esper platform features like Pipelines, Blueprints, drift management, and robust telemetry. The market is ready for DevOps for Devices. There are 29 billion IoT devices and climbing, and 464 million Android edge devices. Device fleet sizes will continue to grow substantially. According to 451 Research, two thirds of organizations surveyed expect to have over 1,000 devices in their fleet within the next three years. And there is significant appetite (75%) to adopt the DevOps/CI/CD approach for developing and managing dedicated device fleet applications. Four out of five organizations want to release new software to these devices weekly, but are hindered by insufficient and frustrating solutions. The expanded Esper platform will enable organizations of all sizes to go-to-market faster, improve their user experience, and lower overall costs, all in a more agile and flexible manner. "By removing the barriers to innovation and up-leveling our relationship with technology, Esper allows us to think bigger and move faster," said Shridharan Muthu, Head of Engineering, Snackpass. "From touchless provisioning, to drift detection, and real-time monitoring, everything just works. And because we're not focused on keeping things from breaking, we can keep our attention on what matters most — creating great customer experiences." Since launching in 2017, Esper has raised over $100 million, powers over 3,000 customers, and has received accolades for Best Software, Best Place to Work, and more. About Esper Esper offers a DevOps SaaS platform for dedicated devices. As the industry's leading solution for Android DevOps, Esper is on a mission to let software teams ship without worrying about the hardware. Esper's device infrastructure enables developers, mid-market organizations, and enterprise fleets of 100,000+ devices to deliver their software as a service. Esper has rapidly-growing global customer adoption among some of the world's most innovative major brands in retail, hospitality, logistics, healthcare, education and more.

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Inspur Information's Cloud-Native Computing Platform Certified for Arm SystemReady SR

Inspur Information | June 23, 2022

Inspur Information, a leading IT infrastructure solutions provider, joined the Arm® SystemReady™ program, achieving the highest-level Arm SystemReady SR certification. Thanks to its standardized design that can be adapted to multiple systems, Inspur Information is able to meet the increasingly diverse customer needs for different use scenarios in the new era of big data and cloud computing. Inspur Information announces NF5280R6, its first product supporting Arm based Ampere®Altra® and Ampere®Altra® Max® Cloud Native Processors that are designed for modern cloud infrastructure. The 2U dual socket NF5280R6 platform is Arm SystemReady certified and supports up to 256 high performance CPU cores that deliver predictable performance, scale linearly and consume lower power. The NFS280R6 platform will improve rack density by greater than 36% while lowering the power by more than 41% when compared to legacy x86 platforms. In addition, with support for multi-host and smart NICs, NF5280R6 provides eight standard PCIe 4.0 slots and one optional OCP 3.0 slot, maximizing its scalability for various applications such as high-performance all-flash storage and network acceleration. NF5280R6 provides an open source solution that alleviates application portability difficulties and allows customers to maximize their business benefits with minimum porting costs. This makes it an ideal choice for practicing cloud container deployment, Android cloud gaming, and big data applications. Backed by SystemReady SR, infrastructure solution developers can directly deploy or run mainstream operating systems such as Fedora, Ubuntu, SUSE Linux Enterprise, CentOS, Debian, and WinPE on NF5280R6 for an "out-of-the-box" refined user experience. No extra costs for adaptation to different operating systems or container technologies are required. Simplified deployment and support for standard firmware interfaces reduce the cost of customizing firmware and maintaining multiple software platforms, so customers can focus on innovation with their products. "We always keep consumers in mind as we continually innovate our products and technologies to build increasingly diversified product platforms. "As the Arm architecture grew in the server space, we noticed that our customers focused more on the portability of platforms and the convenience of Arm-based cloud-native applications, which is exactly what the Arm SystemReady program provides our customers. NF5280R6, the SystemReady SR-certified cloud-native dual-socket server, handles diversified customer needs, and provides computing power support for a more extensive customer base. In the future, Inspur Information will continue to bring more Arm-based values and innovations complying with industrial standards to our customers and developers." Ricky Zhao, Deputy General Manager of Inspur Information's Server Product Line Arm SystemReady is a set of standards and a compliance certification program that enables interoperability between Arm-based devices and leading operating systems or applications, so that software "just works" out of the box. This allows easy deployment of software and takes advantage of the comprehensive ecosystem of mature operating systems. "As an industry-wide initiative, Arm SystemReady has gained extensive recognition and support from broad partners in terms of its benefits for the entire industrial chain. These partners have taken active participation in formulation and implementation of SystemReady standards, making significant contributions," said Frank Zou, vice president, Infrastructure Line of Business, Arm. "Having Inspur Information, a global leader in computing power infrastructure, join the SystemReady program is a great driving force for the thriving and innovative Arm-based cloud-native ecosystem." About Inspur Information Inspur Information is a leading provider of data center infrastructure, cloud computing, and AI solutions. It is the world’s 2nd largest server manufacturer. Through engineering and innovation, Inspur Information delivers cutting-edge computing hardware design and extensive product offerings to address important technology sectors such as open computing, cloud data center, AI, and deep learning. Performance-optimized and purpose-built, our world-class solutions empower customers to tackle specific workloads and real-world challenges.

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TD SYNNEX Launches New Managed Virtual Desktop Solution to Solutions Factory

TD SYNNEX | April 07, 2022

TD SYNNEX announced a new managed virtual desktop Click-to-Run™ solution for businesses looking to offer remote desktop capabilities. The solution deploys an Azure Virtual Desktop (AVD) environment hosted in Microsoft Azure that allows users to access their desktops and applications from anywhere, on any kind of device. “Many organizations don’t have the time or resources to commit to building or deploying full-scale IT infrastructure for new or remote employees, and a virtual desktop solution can help to deliver the flexibility, scalability and cost efficiency businesses need. The addition of new managed features to Azure’s Virtual Desktop reduces set-up time and allows for easy-to-use services that help customers access their work applications and infrastructure from anywhere in the world.” Peter Zonneveld, vice president of Global Solutions Aggregation, TD SYNNEX TD SYNNEX’s Managed Azure virtual desktop solution simplifies the process of provisioning, configuring, and deploying a cloud-based virtual desktop, with mapped-out support to meet customer needs for virtual working. The new offering has two options for deployment: A standalone feature which provides a quick deployment for partners that already offer managed services and need a quick AVD environment setup. Partners can easily customize the size and scope of the desired AVD environment and deploy this offering in less than 30 minutes. A managed feature which provides the quick AVD environment setup listed above plus comprehensive 24x7 support and management provided via email, phone and chat; performance monitoring and backup to restore support, efficiently and automatically managed environments while identifying and completing required backup of recurring tasks on AVD; and white-labeled service options including implementation, onboarding, resource monitoring, remediation and patch management services. “TD SYNNEX recognizes delivering secure cloud-based virtual desktop solutions is essential to ensuring customer productivity while mitigating risks. By adding a services component to these solutions, we are helping partners go to market more effectively, faster, and even more profitably,” said Stephen Ennis, vice president of Services and Advanced Solutions, Europe, Tech Data a TD SYNNEX company. “The Azure Virtual Desktop Click-to-Run™ offering provides a fully managed solution which teams can quickly set up and scale to virtualized infrastructures, while providing a new revenue stream and portfolio enhancer.” To provision and deploy this and other pre-configured Click-to-Run™ solutions, customers can find them on the StreamOne™ platform and these solutions are available globally. About TD SYNNEX TD SYNNEX is a leading global distributor and solutions aggregator for the IT ecosystem. We’re an innovative partner helping more than 150,000 customers in 100+ countries to maximize the value of technology investments, demonstrate business outcomes and unlock growth opportunities. Headquartered in Clearwater, Florida, and Fremont, California, TD SYNNEX’ 22,000 co-workers are dedicated to uniting compelling IT products, services and solutions from 1,500+ best-in-class technology vendors. Our edge-to-cloud portfolio is anchored in some of the highest-growth technology segments including cloud, cybersecurity, big data/analytics, IoT, mobility and everything as a service. TD SYNNEX is committed to serving customers and communities, and we believe we can have a positive impact on our people and our planet, intentionally acting as a respected corporate citizen. We aspire to be a diverse and inclusive employer of choice for talent across the IT ecosystem.

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TriStruX Announces New Investment from Huron Capital

TriStruX | December 27, 2021

TriStruX, a leading provider of telecom infrastructure services to wireless carriers, cable companies and OEMs, has been acquired by leading middle-market private equity firm, Huron Capital. TriStruX is the result of the 2020 merger of Telcom Engineering Group ("TEG"), Leone Electric Corporation ("LEC") and High Point Utilities ("HPU"). The founders of the companies, Francisco Pena, Nicholas J. Leone, Craig Langenbach and Scott Palmenberg, will remain with the company in key management roles and maintain minority equity stakes in the merged company. TriStruX is a national provider of telecommunications infrastructure services for macro cell towers and 5G wireless, underground and overhead fiber, and power and electrical services installation and maintenance services. The company's key clients include the largest leading US telecommunications and cable companies. Since the 2020 combination, the company has significantly expanded its business in the Northeast, California, Southeast and Midwest markets, grown company revenue significantly in 2021 over 2020 and prepared to open 4 new markets in 1Q 2022. "Huron's investment will help us grow to be one of the strongest Telecom services providers in the market. I am so proud of the quality company we have built, but we are stronger and more nimble with Huron's backing", said Nicholas J. Leone, Vice Chairman and Chief Operating Officer. "Our clients are telling us to grow faster and bigger but not lose the quality and "can do" success we bring to them. This combination with Huron ensures we can accomplish that and will result in more and better service to our clients." said Frank Pena, Chairman of the Board. "We are very pleased to launch a Telecom Infrastructure Services Platform with the acquisition of TriStruX", said Huron Managing Partner Jim Mahoney. "The Infrastructure Services market is very early in the investment cycle of building wireless telecom and fiber capabilities to deliver 5G services across the US. Huron is excited to support TriStruX's track record of high-quality service delivery and deep focus on safety with access to capital and management support." Industry veteran Gene Callahan will join the Company's Board of Directors. Randall P Muench, current CEO of TriStruX will continue to serve as CEO of the merged company. "Significant organic growth and crossing the $100M revenue level was an excellent year but we are just getting started." said Muench. "Our team is laser focused on delivering quality wireless site installations and hundreds of miles of fiber at the scale that our clients expect and building a great place to work for our team. I'm especially excited to be on this journey with Huron who brings deep expertise in building scalable businesses and accelerating growth through M&A." About TriStruX, LLC TriStruX, LLC provides comprehensive turnkey telecommunications service solutions across the continental United States. Our mission is to provide the highest level of quality and excellence as a turnkey solution provider, building telecommunications infrastructure (5G, fiber installation, macro tower services, DAS) in our key markets. As a national, scaled service provider, we successfully compete in the telecommunications, power/electrical, utility, venue and regional / state / local government space. In 2020, the principals of Telcom Engineering Group (founded in 1991), Leone Electrical Company (founded in 1977) and High Point Utility merged to create TriStruX. Visit to learn more. About Huron Capital Founded in Detroit in 1999, Huron Capital ("Huron") is an operationally focused private equity firm with a long history of growing middle-market companies through its proprietary ExecFactor® buy-and-build investment model. Huron prefers complex situations where it can help companies reach their full potential by combining its operational approach, substantial capital base, and transaction experience with seasoned operating executives. An early pioneer of the buy-and-build approach, Huron has successfully established six private equity funds aggregating nearly $2.0 billion in committed capital and invested in over 235 companies, and its portfolio companies have employed over 11,000 people throughout North America.

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When it comes to securing all the parts of a modern distributed network, endpoints remain the most vulnerable outlier. Mobility has brought a flood of different devices that cross in and out of enterprise networks on a daily basis. This public exposure, combined with inadequate traditional endpoint security and a high degree of user autonomy, makes these devices prime targets for malware infections and other forms of sophisticated attack that seek to exploit the broader organization. And threat actors are finding enormous success along these vectors