Tag: hybrid clouds

  • Red Hat Tightens CloudForms Integration with Ansible

    Red Hat Tightens CloudForms Integration with Ansible

    Red Hat has tightened integration between CloudForms, its tool for managing IT infrastructure on-premises and in the cloud, and the its Ansible framework for automating IT operations.

    Pete Cruz, product marketing manager for management for Red Hat, said version 4.7 of Red Hat CloudForms and Ansible together promise to make it easier to manage multiple IT environments running on-premises and in the cloud using a common set of tools. Most IT organizations today are trying to manage at least one public cloud alongside their existing IT environment. Rather than having to master a separate framework for each IT platform, IT organizations can employ multiple Red Hat tools and frameworks to unify the management of multiple clouds and their internal IT operations, said Cruz.

    Version 4.7 of Red Hat CloudForms now makes it possible to execute Red Hat Ansible Tower workflows directly from CloudForms deployed on-premises. Those workflows can already be extended to include multiple clouds.

    With this release of Red Hat CloudForms, Red Hat is continuing its effort to extend its reach into the management of networks and servers. CloudForms is now integrated with Lenovo Clarity, a set of systems management tools, and Nuage Networks’ Virtualized Services Platform (VSP). Integration with networking platforms is becoming increasingly pivotal because internal IT organizations are now being asked to be as agile as a cloud service provider, said Cruz, noting it’s not especially useful if an IT organization can spin up a virtual machine in a matter of minutes but must wait weeks as network services are provisioned manually.

    Red Hat is trying to lay a foundation on top of which best DevOps practices can be extended across multiple IT environments. With each additional cloud service an organization adds, the less agile the internal IT organization becomes, unless it finds a way to centrally manage all the platforms being employed using a common set of tools, noted Cruz, and the only way to effectively manage IT at that level is to rely on automation frameworks.

    Unfortunately, the number of organizations that are haphazardly embracing multiple clouds seems to outnumber greatly the number of organizations defining a strategy for unifying the management of hybrid clouds. But as the operational costs of managing multiple clouds becomes more apparent, the pressure to unify the management of multiple public clouds and on-premises IT environments inevitably will rise.

    In the meantime, savvy IT leaders are trying to ensure their organizations don’t become overly dependent on any one cloud service provider. The deeper an IT organization dives into the management frameworks provided by cloud service providers, the more difficult it potentially becomes to move an application workload, should the need arise. It does not follow that because a workload was built on one platform it never will move off that platform.

    Naturally, Red Hat, which is scheduled to be acquired by IBM, is not the only vendor with an eye on the rising need to unify the management of hybrid clouds. But the one thing that is certain is that even before the deal closes, Red Hat is aligning its portfolio to specifically address that opportunity.

    — Mike Vizard

  • VMware Moves to Automate Management of Hybrid Clouds

    VMware Moves to Automate Management of Hybrid Clouds

    Moving to expand the reach of its portfolio of IT management software well beyond virtual machines, VMware today announced that the vRealize suite of IT automation tools can be employed across containers and virtual machines running on-premises or in a public cloud.

    In addition to providing support for VMware’s Admiral container management portal, version 7.3 of vRealize Automation adds much tighter integration with both Amazon Web Services (AWS) and Microsoft Azure public clouds. For Microsoft Azure, vRealize now can deploy and manage middleware and application services. For AWS, vRealize Network Insight now can microsegment networks in an AWS Virtual Private Cloud as well as troubleshoot network traffic issues in AWS.

    From a DevOps perspective, however, the most significant new capability is being added via an update to the vRealize Operations module: the ability to automatically deploy workloads across multiple clusters and datastores based on business policies defined by the IT organization, says Mahesh Kumar, senior director of product marketing for VMware. This update also adds a predictive Distributed Resource Scheduler (pDRS) that leverages analytics provided via vRealize Operations to predict anomalies and identify potential I/O contention issues before they occur.

    At the same time, the latest update to VRealize Operations will incorporate a tab for vRealize Business for Cloud 7.3, which has been extended to provide cost and capacity utilization metrics for AWS and Microsoft Azure alongside VMware-based private cloud costs.

    Other additions to the VMware portfolio include tighter integration between VRealize Operations and VMware vSAN storage software, NSX network virtualization software, enhanced blueprints for sizing deployments and integration with configuration management tools from Puppet. Kumar says that latter capability will be extended to include support for Chef and Ansible configuration management tools as well.

    With these additions to the IT automation portfolio, VMware is clearly signaling its ambitions lie beyond its own hypervisor. Within enterprise IT environments VMware is dominant. That position has enabled it to gain significant traction in terms of driving adoption of its management tools. Now, VMware is moving to extend the reach of those tools into public clouds and containers. At the recent Dell EMC World 2017 conference last month, VMware debuted instances of its portfolio of software running on AWS. Most containers today are deployed either on top of a virtual machine or in a platform-as-a-service environment. But VMware is also aware of the fact that over time more containers will be deployed on bare-metal servers that are not running any type of virtual machine software at all.

    Of course, just about every other provider of an IT management framework knows this as well. In addition, there’s no shortage of management tools designed specifically for containers. But as DevOps continues to evolve, most IT organizations are naturally expected to favor approaches that enable them to manage the broadest number of platforms possible.

    — Mike Vizard