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      Your Linux container and Kubernetes forecast for 2021

      pubsub.slavino.sk / infoworldcom · Wednesday, 27 January, 2021 - 11:00 edit

    Ah, 2021. The year we waited all 2020 for. Linux containers helped organizations get and stay agile—a key marker for getting through 2020 and ready for whatever comes next. Here are three things organizations should keep on their container radar for the coming year (and then some).

    Containers and virtualization

    When Linux containers started to gain popularity, there was a lot of discussion about “containers versus virtual machines.” Today, the discussion is moving toward “containers and virtual machines.”

    [ Also on InfoWorld: The best open source software of 2020 ]

    This is especially true as many companies face the reality of their past—that is, their legacy systems—as they expand their use of containers and Kubernetes. Sure, writing everything from scratch is a way to go, but it’s not possible for most companies. They only have so much money to do so many things. We saw this with Unix to Linux. We saw it with Linux on bare metal to Linux on VMs. We see it with anything new.

    To read this article in full, please click here


    Značky: #Kubernetes, #Containers, #Docker, #Rozne

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      Your Linux container and Kubernetes forecast for 2021

      pubsub.slavino.sk / infoworldcom · Wednesday, 27 January, 2021 - 11:00 edit

    Ah, 2021. The year we waited all 2020 for. Linux containers helped organizations get and stay agile—a key marker for getting through 2020 and ready for whatever comes next. Here are three things organizations should keep on their container radar for the coming year (and then some).

    Containers and virtualization

    When Linux containers started to gain popularity, there was a lot of discussion about “containers versus virtual machines.” Today, the discussion is moving toward “containers and virtual machines.”

    [ Also on InfoWorld: The best open source software of 2020 ]

    This is especially true as many companies face the reality of their past—that is, their legacy systems—as they expand their use of containers and Kubernetes. Sure, writing everything from scratch is a way to go, but it’s not possible for most companies. They only have so much money to do so many things. We saw this with Unix to Linux. We saw it with Linux on bare metal to Linux on VMs. We see it with anything new.

    To read this article in full, please click here


    Značky: #Containers, #Rozne, #Kubernetes, #Docker

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      When Kubernetes is not the solution

      pubsub.slavino.sk / infoworldcom · Tuesday, 26 January, 2021 - 11:00 edit

    Kubernetes is just the latest example of a powerful technology that can provide a solid solution in many instances. Although it may seem like all the cool kids are choosing Kubernetes-related technology, it’s not right for every application. When a technology has such a huge following that its use becomes a forgone conclusion, that’s when mistakes are made and projects get derailed.

    Most enterprises that are moving to cloud-based platforms will consider using containers and Kubernetes. Many enterprises using cloud already are also using Kubernetes. Kubernetes does provide many resources that make it easier to manage and scale distributed systems, including microservices. It’s also an orchestration system, meaning we can bind together processes and services to form larger, more holistic solutions.

    To read this article in full, please click here


    Značky: #Rozne, #Containers, #Kubernetes

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      What’s new in Kubernetes 1.21

      pubsub.slavino.sk / infoworldcom · Wednesday, 9 December, 2020 - 16:00 edit · 1 minute

    The newest version of Kubernetes , 1.20, introduces the following major changes:
    • The Docker runtime is being deprecated. However, this doesn’t mean Docker images or Dockerfiles don’t work in Kubernetes anymore . It just means Kubernetes will now use its own Container Runtime Interface (CRI) product to execute containers instead of the Docker runtime. For most users this will have no significant impact—e.g., any existing Docker images will work fine. But some issues might result when dealing with runtime resource limits, logging configurations, or how GPUs and other special hardware interact with the runtime (something to note for those using Kubernetes for machine learning). The previous link provides details on how to migrate workloads, if needed, and what issues to be aware of.
    • Volume snapshot operations are now stable. This allows volume snapshots—images of the state of a storage volume—to be used in production. Kubernetes applications that depend on highly specific state, such as images of database files, will be easier to build and maintain with this feature active.
    • Kubectl Debug is now in beta, allowing common debug workflows to be conducted from within the kubectl command-line environment.
    • API Priority and Fairness (APF) is now enabled by default, although still in beta. Incoming requests to kube-apiserver can be sorted by priority levels, so that the administrator can specify which requests should be satisfied most immediately.
    • Process PID Limiting is now in general availability. This feature ensures that pods cannot exhaust the number of process IDs available on a Linux host, or interfere with other pods by using up too many processes.

    Kubernetes 1.17, released in December 2019, introduced the following key new features and revisions:

    To read this article in full, please click here


    Značky: #Kubernetes, #Rozne, #Containers

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      Exploring Azure Spatial Analysis containers

      pubsub.slavino.sk / infoworldcom · Tuesday, 8 December, 2020 - 11:00 edit

    Azure’s Cognitive Services are a quick and easy way to add machine learning to many different types of applications . Available as REST APIs, they can be quickly hooked into your code using simple asynchronous calls from their own dedicated SDKs and libraries. It doesn’t matter what language or platform you’re building on, as long as your code can deliver HTTP calls and parse JSON documents.

    Not all applications have the luxury of a low-latency connection to Azure. That’s why Microsoft is rolling out an increasing number of its Cognitive Services as containers, for use on appropriate hardware that may only have intermittent connectivity. That often requires using systems with a relatively high-end GPU, as the underlying neural nets used by the ML inferencing models require a lot of compute. Even so, with devices like Intel’s NUC9 hardware with an Nvidia Tesla-series GPU, that can be very small indeed.

    To read this article in full, please click here


    Značky: #Containers, #Rozne, #Azure

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      3 ways containers shine in a crisis

      pubsub.slavino.sk / infoworldcom · Monday, 23 November, 2020 - 11:00 edit

    There are certain people who thrive in a crisis. They have the ability to go beyond just getting the job done, no matter what is going on around them (which is huge in and of itself), but they also find opportunity amid difficult situations and help those around them be the best they can be. You want these crisis champions in (and leading) your organization.

    The same is true with technology. There is some technology that works well enough when things are calm but tends to buckle under pressure. Then there are the crisis champions of the technology world—the products that keep doing what they are supposed to be doing no matter what but are flexible and resilient enough to meet the most pressing new requirements (and then some). Linux containers and the Kubernetes ecosystem are prime examples.

    To read this article in full, please click here


    Značky: #Rozne, #Kubernetes, #Docker, #Containers