A cloud agnostic platform is a software application that can be implemented on-premises or in the cloud while remaining independent and scalable regardless of the environment. As enterprises embrace public cloud computing, they must ensure that their apps are designed to work with any infrastructure.
Birthed in response to this need for better agility, these cloud agnostic platforms provide an independent approach for enterprise application development. In particular, these cloud agnostic platforms reduce costs by allowing developers to test code locally without connecting back into paid servers or as needed without impacting business continuity.
Why are cloud agnostic platforms needed?
Software development has become a commodity. Any application can be built on top of any data center platform. For example, a consumer application might be made with Java and deployed to Amazon Web Services (AWS).
The same consumer application might be deployed to Google Compute Engine (GCE) by a third-party vendor in the same region. This is not necessarily true, either. Cloud agnostic platforms A public domain library could be used to build the same consumer application regardless of where it is deployed and depending on who developed the library itself.
How do cloud agnostic platforms work?
The above said cloud agnostic platforms are also other cases where this might not be true. For example, internal enterprise applications must be deployed to the same data center infrastructure regardless of where the vendor is located. Furthermore, data-driven applications typically access external database sources to aggregate information. To access these databases and other systems, the applications themselves need to live within the enterprise’s data center and cannot rely on Internet-accessible services.
Challenges of cloud agnostic platforms
While many enterprises are quickly moving to cloud agnostic platforms to simplify themselves, some are not. Regardless, the applications within these data centers must be able to access external resources (databases and other systems) by leveraging Internet-accessible services. Cloud agnostic platforms These services need to be accessible regardless of where in the world they exist.
To allow application developers to build applications that can run seamlessly on-premises or in a public cloud, they need access to a development platform that will enable them to maintain high-security levels.
A cloud agnostic platform offers a new way to develop applications.
An enterprise may need to move data between its on-premises data center and the public cloud. However, it does not want to expose the data being transferred without fully understanding the security of that data once cloud agnostic platforms are in the public cloud. In many cases, there are no standards for how to package, encrypt, and distribute the movement of data from one environment to another.
Using a cloud agnostic platform is the best way to develop applications in a multi-cloud environment.
In this case, the application (and its data) is encrypted and distributed onto the public cloud infrastructure. The encryption key remains with the enterprise and the knowledge of how to decrypt it once it leaves that environment.
The cloud agnostic platforms approach enables an enterprise to protect its intellectual property while also analyzing its data and reporting back on findings. Consider this scenario: an organization wants to know what people are saying about it on Twitter.