Tag: Kubernetes

DevOps Leave a comment

Trend Micro Advances DevSecOps via Kubernetes Integration

Source:- containerjournal.com. Trend Micro is now making it possible to employ Kubernetes to orchestrate security scans of container images conducted by Trend Micro Deep Security, its suite of tools that rely on deep packet inspection to protect applications using a combination of firewalls, intrusion protection systems and monitoring of logs and files. Mark Nunnikhoven, vice president of cloud research for Trend Micro, says these capabilities make it possible to embed container image scanning within a DevOps pipeline at scale while simultaneously inspecting

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Continuous Delivery Leave a comment

How Jenkins X updates this CI/CD tool for the cloud, Kubernetes

Source- searchmicroservices.techtarget.com Jenkins was one of the first essential technologies of the DevOps revolution. As such, development and operations teams around the world constructed expansions, build packs and plugins for this CI/CD tool. Unfortunately, Jenkins wasn’t built for the cloud or designed for containers. In fact, most Jenkins environments differ substantially from a Docker or Kubernetes ecosystem. This left many developers struggling to figure out how they could continue to use this tried-and-true open source automation server. This is the problem that Jenkins X was designed to

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Continuous Delivery Leave a comment

Kubernetes Goes Native for Developers

Source- enterprisetech.com Among the leading “cloud-native” technologies is the Kubernetes container scheduler. Red Hat said this week it has gone a step further down the cloud-native path with the release of a “Kubernetes-native” development environment designed to make collaboration easier for cloud application developers. Red Hat (NYSE: RHT) said its Kubernetes-native, browser-based development environment dubbed CodeReady Workspaces would allow enterprise development teams to share tools and dependencies needed to build, test and run container-based applications. The environment is optimized for Red

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Cloud Computing Leave a comment

Kubernetes cloud computing bug could rain data for attackers

Source- nakedsecurity.sophos.com Kubernetes, a tool that powers much modern native cloud infrastructure, just got its first big security bug – and it’s a mammoth one. The flaw could give an attacker unfettered access to the software applications that rely on the tool to operate. Kubernetes is a software tool that manages large numbers of containers. These are similar to the virtual machines that run multiple operating systems on the same physical computer, but they have a key difference. Instead of

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Continuous Deployment, DevOps Leave a comment

Kubernetes 1.13 Improves Cloud-Native Storage Features

Source- eweek.com Kubernetes 1.13 was released on Dec. 3, providing users of the popular open-source cloud-native platform with new features to help make it easier to manage, deploy and operate containers in production. Among the features that are now generally available in Kubernetes 1.13 is the kubeadmin administration tool for configuring services. The Container Storage Interface (CSI) is another new generally available feature providing a stable abstraction layer for different third-party storage plugins. Additionally, with Kubernetes 1.13, CoreDNS is now the

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Cloud Computing Leave a comment

Building the hybrid serverless multiclouds of the future

Source- siliconangle.com Developers frequently compose solutions as patterns that hybridize different approaches to developing, hosting and managing application resources. Any solution pattern may be hybridized, with the approach usually contingent on the developer having access to an abstraction layer designed to enable the complex application environment of interest. In cloud computing, we increasingly see hybridization in the form of public and private clouds interoperating to handle transactions, analytics, integration and other complex workloads. At the platform-as-a-service level, we also see it

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DevOps Leave a comment

Docker And Kubernetes: Furthering The Goals Of DevOps Automation

Source- forbes.com Containers are a hot topic, yet production usage remains low, according to Gartner, with most enterprise container adoptions in an early phase. A recent survey by Diamanti backs this up, finding that while almost half (47%) of the IT leaders it surveyed plan to deploy containers in a production environment, only 12% have already done so.   Despite this low adoption, the hype is for good reason, as containers can make a significant impact on development and production environments, infrastructure cost and time

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Continuous Delivery Leave a comment

Spinnaker is the next big open source project to watch

Source- techcrunch.com Spinnaker is an open source continuous delivery (CD) platform from Netflix and Google, though it now also has the backing of other major software companies. Spinnaker  1.0 launched last July, so it’s not the newest kid on the block, but the service is slowly but surely gaining momentum now, with users that include Target, Adobe, Daimler and Capital One, as well as a growing ecosystem of vendors who support it. Today, after a few years of working on the project without any

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Continuous Deployment Leave a comment

Container security starts with Kubernetes

Source- jaxenter.com The rise of container technology is undeniable, and it’s not hard to see why. By offering greater DevOps flexibility as well as an optimized build/deployment pipeline, container technology is allowing companies and their development teams to build faster, deploy software more efficiently and operate at an unprecedented scale. Gartner estimates that 50 per cent of companies will leverage container technology by 2020, up from roughly 20 per cent in 2017, and this momentum is sure to continue to rapidly increase. In

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Containerization, DevOps Leave a comment

Container-Based Database Platforms: Fueling DevOps

Source- containerjournal.com Database systems traditionally have relied on rather complex, OS-specific clustering technology to provide high availability. Depending on vendor and configuration, these technologies included shared storage devices, transaction-based replication, storage replication or some combination thereof. In many cases, these configurations required complex storage and network configuration supported by multiple teams at significant cost. As the use of virtualization became more widespread, virtual machines offered a degree of high availability, and many hypervisors offered some form of disaster recovery provided

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