Language Selection

English French German Italian Portuguese Spanish

Servers: SUSE, Red Hat, Docker and Kubernetes

Filed under
Server
  • Transformation: It’s Not Just for Caterpillars!
  • Red Hat: Industry 4.0 use cases will drive 5G rollout

    Industrial use cases reveal that there is money to be made from 5G but telcos must adapt their business models if they are to capitalise on this opportunity

  • Decipher Technology Studios Announces Red Hat ISV Business Partnership
  • Red Hat’s Enterprise Linux 7.5 Earns FIPS 140-2 Certification Renewal; Paul Smith Quoted

    The company said Nov. 8 the FIPS 140-2 security certification renewal serves to validate Red Hat Enterprise Linux and other products such as Ceph Storage, CloudForms and OpenStack Platform for public sector deployments.

    “Regardless of technological advances, protecting sensitive information remains a top priority for every government entity, from executive agencies to state-level organizations,” said Paul Smith, senior vice president and general manager for Red Hat’s public sector business in North America.

  • Docker CEO Continues to Grow Container Business Opportunities
  • ​CNAB: Docker and Microsoft's Cloud Native Application Bundle
  • Red Hat Shares ― Special edition: This year in open source
  • New Contributor Workshop Shanghai

    We recently completed our first New Contributor Summit in China, at the first KubeCon in China. It was very exciting to see all of the Chinese and Asian developers (plus a few folks from around the world) interested in becoming contributors. Over the course of a long day, they learned how, why, and where to contribute to Kubernetes, created a pull requests, attended a panel of current contributors, and got their CLAs signed.

    This was our second New Contributor Workshop (NCW), building on the one created and led by SIG Contributor Experience members in Copenhagen. Because of the audience, it was held in both Chinese and English, taking advantage of the superb simultranslation services the CNCF sponsored. Likewise, the NCW team included both English and Chinese-speaking members of the community: Yang Li, Xiang Peng (Peter) Zhao, Puja Abbassi, Noah Abrahams, Tim Pepper, Zach Corleissen, Sen Lu, and Josh Berkus. In addition to presenting and helping students, the bilingual members of the team translated all of the slides into Chinese. 51 students attended.

  • Minimum viable Kubernetes

    The appeal of Kubernetes is universal. Application development, operations and infrastructure teams recognise diverse reasons for its immediate utility and growing potential — a testament of Kubernetes’ empathetic design. Web apps, galvanised by the 12 factor pattern as well as microservice-structured applications find a native habitat in Kubernetes. Moreover, there is a growing list of analytics and data streaming applications, Function-as-a-Service platforms and deep/machine learning, frameworks that benefit from Kubernetes’ functionality. Add to the mix a deep desire to decouple applications from VMs, increase portability for hybrid cloud operations, and a voracious appetite from the business for continuous innovation. The intrinsic diversity of goals and expectations make the decision for the most appropriate Kubernetes solution challenging. Here, we will explore what constitutes a minimal viable Kubernetes environment from a developer and operations perspective.

Four key Kubernetes growth vectors to watch in the data center

  • Four key Kubernetes growth vectors to watch in the data center

    A little more than four years ago, in June 2014, Google open-sourced Kubernetes, the container orchestration platform based on software that manages the hundreds of thousands of servers that run Google.

    Kubernetes not only beat Apache Mesos and Docker SWARM in the container orchestration race, it has become arguably the hottest technology to emerge since the Linux operating system that commoditized enterprise UNIX operating systems and became the ubiquitous platform for everything from IoT to scale-out cloud computing. It’s no longer if Kubernetes, but how rapidly it will become the dominant way for enterprises to develop and deploy applications.

Comment viewing options

Select your preferred way to display the comments and click "Save settings" to activate your changes.

More in Tux Machines

Security: Windows 'Fun' at Melbourne and Alleged Phishing by Venezuela’s Government

today's howtos

GCC 8.3 Released and GCC 9 Plans

  • GCC 8.3 Released
    The GNU Compiler Collection version 8.3 has been released. GCC 8.3 is a bug-fix release from the GCC 8 branch containing important fixes for regressions and serious bugs in GCC 8.2 with more than 153 bugs fixed since the previous release. This release is available from the FTP servers listed at: http://www.gnu.org/order/ftp.html Please do not contact me directly regarding questions or comments about this release. Instead, use the resources available from http://gcc.gnu.org. As always, a vast number of people contributed to this GCC release -- far too many to thank them individually!
  • GCC 8.3 Released With 153 Bug Fixes
    While the GCC 9 stable compiler release is a few weeks away in the form of GCC 9.1, the GNU Compiler Collection is up to version 8.3.0 today as their newest point release to last year's GCC 8 series.
  • GCC 9 Compiler Picks Up Official Support For The Arm Neoverse N1 + E1
    Earlier this week Arm announced their next-generation Neoverse N1 and E1 platforms with big performance potential and power efficiency improvements over current generation Cortex-A72 processor cores. The GNU Compiler Collection (GCC) ahead of the upcoming GCC9 release has picked up support for the Neoverse N1/E1. This newly-added Neoverse N1 and E1 CPU support for GCC9 isn't all that surprising even with the very short time since announcement and GCC9 being nearly out the door... Arm developers had already been working on (and landed) the Arm "Ares" CPU support, which is the codename for what is now the Neoverse platform.

Android Leftovers