Cloud architecture is the way technology components combine to build a cloud, in which resources are pooled through virtualization technology and shared across a network. The components of a cloud architecture include:
Together, these technologies create a cloud computing architecture on which applications can run, providing end-users with the ability to leverage the power of cloud resources.
Organizations have many reasons for adoption of a cloud architecture. Chief among them is to:
Although no two clouds are alike, there are a number of common cloud architecture models. These include public, private, hybrid and multi-cloud architectures. Here is how they compare:
The fundamental components of cloud architecture include:
VMware provides a unified approach to building, running, and managing traditional and modern applications on any cloud. A single platform functions across all applications and multiple cloud environments, so organizations can migrate and run applications seamlessly.
VMware allows enterprises to create application modernization and multi-cloud strategies that support cloud operations across a multi-cloud landscape, including both hybrid cloud and public cloud native architectures. Enterprises can architect the multi-cloud environment that best match their applications, with the flexibility to build, deploy, and manage from the data center to the cloud to the edge.
VMware allows enterprises to create application modernization and multi-cloud strategies that support cloud operations across a multi-cloud landscape, including both hybrid cloud and public cloud native architectures. Enterprises can architect the multi-cloud environment that best match their applications, with the flexibility to build, deploy, and manage from the data center to the cloud to the edge.
The result is real-time visibility into cloud security and compliance postures thanks to continuous monitoring of cloud resource configuration and benchmarks to meet different industry standards, cloud computing security architectures, and regulatory compliance requirements.
A well-architected framework for the cloud is more than simply a technology necessity; it is a vehicle for lower operating costs, high-performing applications and satisfied end users. By following cloud architecture principles and best practices, organizations can ensure they reap real business value from their cloud investments and future-proof their IT environment.
Streamline cloud operations and create cost-savings efficiencies by leveraging multiple cloud computing environments in a single network architecture.
Hybrid cloud platform