Linux Professional Institute Europe’s Post

Read 👉 [Ubuntu Blog] ✨ ➡️ Reducing latency in industrial systems with real-time Ubuntu on Intel SoCs https://lnkd.in/dAYE7rZ7 🌟➡️ Follow Soumyadeep Mandal for more awesome contents and updates! #imsampro #soumyadeepmandal Ubuntu Intel Software

#ICYMI: Canonical released Ubuntu 24.04 Noble Numbat, which now seamlessly supports Intel Trust Domain Extensions—part of Intel® Tiber™ Trust Services. This collaboration greatly simplifies the porting and migrating existing workloads to a confidential computing environment. Learn more: https://intel.ly/4bKVX3v #ConfidentialComputing #IntelTiber

NVIDIA Base Command Manager (previously Bright Cluster Manager) offers fast deployment and end-to-end management for heterogeneous high-performance computing (HPC) and AI server clusters at the edge, in the data center, and in multi/hybrid-cloud environments. It automates provisioning and administration for clusters ranging in size from a couple of nodes to hundreds of thousands, supports CPU-based and NVIDIA GPU-accelerated systems, and enables orchestration with Kubernetes. NVIDIA Base Command Manager is a proven solution for managing and building heterogeneous high-performance Linux clusters. In this NVIDIA Academy course I learned the core skills needed to provision, monitor, and manage a cluster. #iwork4dell #nvidia #hpc

In HPC, one of the things I'm hearing over and over from academia, national labs, and industry is how difficult it is to scale their HPC teams. Finding team members experienced in HPC is becoming a real challenge. CIQ can help not only by helping your team directly but also by sharing our work in turn-key solutions leveraging Warewulf, Rocky Linux, Apptainer (formerly Singularity), OpenHPC, and everything else necessary to help HPC teams scale. Sign up to this webinar if you want to hear how we've helped the wonderful people at the University of Montana and how we can do the same for you! https://lnkd.in/gcwWJH6y

Did you know it's possible to deploy #IntelTDX with #Ubuntu in public and private clouds TODAY? https://lnkd.in/gs4dKEp6 #ConfidentialComputing

🚀 Interested in HPC infrastructure? 🤔 In this video CIQ's Brian Phan builds an #HPC cluster using Warewulf, Apptainer & Rocky Linux! Stay tuned here. Part 2 of this exciting series is coming soon! 👀 Watch here: https://hubs.li/Q02Bn9230 #Warewulf #Apptainer #RockyLinux #Slurm

A documentary film on eBPF, a powerhouse technology that enables developers to run programs inside the Linux kernel without making changes to the kernel or loading other technology. In 2014, a group of engineers at Plumgrid needed to find an innovative and cost-effective solution to handle network traffic in SDN environments. What they created was a landmark in the industry known as the extended Berkeley Packet Filter (or eBPF). This vital technology allows user-level code execution inside the Linux Kernel, transforming network traffic handling for SDN environments. Whether these engineers knew it or not, they had just revolutionized the Linux Kernel. We go in-depth to explore the origins of eBPF and showcase the stories, challenges, and rewards of this game-changing technology. In the documentary film, we interviewed key stakeholders from Meta, Intel, Isovalent, Google, Red Hat, and Netflix who helped shape and build the tools that drove the success and adoption of eBPF. Join us for this premiere screening of why eBPF is seen as one of the most promising, emerging applications and cutting-edge technologies in the Linux ecosystem.

In 1991, when Linus Torvalds created Linux, an open-source operating system, it threatened Microsoft’s business as Linux was an alternative to one of its core products-Windows. It played a significant role in the open-source software movement, and even prompted former Microsoft CEO Steve Balmer to refer to Linux as ‘cancer.’ Now, we are seeing a similar movement in hardware with RISC-V, an open-standard instruction set architecture (ISA) designed to be licence-free and royalty-free, allowing anyone to use, develop, manufacture, or sell RISC-V chips and software. RISC-V, which began as a project at UC Berkeley’s Parallel Computing Laboratory in 2010, is challenging Intel’s x86 and ARM architectures and India stands to benefit from it significantly. In April 2022, the Indian government initiated the Digital RISC-V programme ( DIR-V), which aims to foster the development of next-generation microprocessors within India, positioning the nation as a prominent global hub for RISC-V expertise. “RISC-V is a tool or a framework that allows us to innovate quickly to satisfy the demand for well-designed chips. The fact that it is open source enables us to pick and choose between different extensions and implementations while remaining compatible with a well-defined standard,” T.R. Shashwath, co-founder and CEO of Mindgrove Technologies, said. #riscv #semiconductor #india #opensource Mindgrove Technologies

Hii Connections ..... A seminar was assigned by my student on the topic is "Virtualization and Types of virtualization", which she presented in a wonderful way. #snsinstitutions #snsdesignthinkers #designthinking