news
Red Hat and Fedora Leftovers
-
Red Hat Official ☛ Shaping the future of open source talent in APAC with Red Hat Academy
As a Red Hat Technical Account Manager, I have had the privilege of engaging with students enrolled in Red Hat Academy across APAC through webinars, interactive sessions, and student mentorship. Along with virtual engagements, my recent visit to Republic Polytechnic, Singapore, offered a unique opportunity to connect with students in person. During this trip, I was able to see firsthand students applying their new knowledge of open source technologies, including Red Hat Enterprise Linux, in workshops and projects. Witnessing these students’ curiosity, energy, and readiness to embrace challenges reinforced the tangible impact of the Red Hat Academy program in shaping industry-ready open source technologies talent in APAC.
-
Fedora Project ☛ Fedora Community Blog: Community Update – Week 47
This is a report created by CLE Team, which is a team containing community members working in various Fedora groups for example Infratructure, Release Engineering, Quality etc. This team is also moving forward some initiatives inside Fedora project.
-
Red Hat ☛ Introduction to distributed inference with llm-d
Distributed inference is changing how large language models (LLMs) are deployed, making it possible to run them efficiently across diverse and scalable infrastructure. This article explains how distributed inference evolved, the open source technologies that enable it, and how the llm-d project is shaping the next generation of intelligent, cluster-wide model serving.
-
Hammerspace Breaks IO500 Barriers: First Standards-Based Linux + NFS System To Achieve True HPC-Class Performance
Hammerspace, the high-performance data platform for AI Anywhere, today announced a breakthrough IO500 10-Node Production result that establishes a new era for high-performance data infrastructure. For the first time, a fully standards-based architecture — standard Linux, the upstream NFSv4.2 client, and commodity NVMe flash — has delivered a 10-node Production fully reproducible IO500 result traditionally achievable only by proprietary parallel filesystems.
This result is the first IO500 Production benchmark demonstrating indisputable proof that standards-based Linux and NFS can meet the extreme performance requirements of high-performance computing (HPC) and artificial intelligence (AI) workloads — without proprietary client software, specialized networking stacks or complex parallel filesystem infrastructure.