Customers want flexible deployment options. In this configuration, IT can offer hosting traditional apps – running on VM. In addition, Container based workloads can be deployed on the same underlying infrastructure. The Openstack orchestration frameworks like Kubernetes and Cloudfourms allows great level of flexibility.
On top of Kubernetes cluster, one can also deploy Fission – to create a serverless IT servers to support new IoT & Mobile apps based on-demand services, while retaining a single plane of glass for management APIs – while providing unified multi-tenancy mechanism.
This unified platform provides IT to offer all three application deployment options: Traditional business applications running on VMs; Container Apps and Serverless Computing platform.
Customers want flexible deployment options. In this configuration, IT can offer hosting traditional apps – running on VM. In addition, Container based workloads can be deployed on the same underlying infrastructure. The Openstack orchestration frameworks like Kubernetes and Cloudfourms allows great level of flexibility.
On top of Kubernetes cluster, one can also deploy Fission – to create a serverless IT servers to support new IoT & Mobile apps based on-demand services, while retaining a single plane of glass for management APIs – while providing unified multi-tenancy mechanism.
This unified platform provides IT to offer all three application deployment options: Traditional business applications running on VMs; Container Apps and Serverless Computing platform.
Open source Serverless framework - Fission uses Kurbernetes to manage the serverless functions: Creation, Termination and if needed, parallel invocation of apps. While it is a major technological breakthrough - it is also a very important financial innovation on how compute resources are being offered over the cloud.
Kubernetes event handlers is used to create custom automation in form of backend APIs or Webhooks. Kubernetes cluster manager will then manage the backend delivery based on demand.
I expect to see a significant disruption of cloud service offerings with this serverless computing.
In my next few upcoming blogs, I will write more about the software layers and architecture needed to offer serverless computing.
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