Traditionally in order to deploy applications/software operations, teams used to procure hardware such as physical servers, networking components, storage drives and then set it up in the on-prem data centers. With the advent of the Cloud, the hurdle of procuring, setting up, and managing physical hardware for creating servers was gone as it enabled us to set up on-demand Infrastructure in the cloud as and when required.
Digging Deep Into What is Docker & How It Works Traditionally in order to deploy applications/software operations, teams used to procure hardware such as physical servers, networking components, storage drives and then set it up in the on-prem data centers.
Digging Deep Into What is Docker & How It Works Traditionally in order to deploy applications/software operations, teams used to procure hardware such as physical servers, networking components, storage drives and then set it up in the on-prem data centers.
Digging Deep Into What is Docker & How It Works Traditionally in order to deploy applications/software operations, teams used to procure hardware such as physical servers, networking components, storage drives and then set it up in the on-prem data centers.
Digging Deep Into What is Docker & How It Works Traditionally in order to deploy applications/software operations, teams used to procure hardware such as physical servers, networking components, storage drives and then set it up in the on-prem data centers.
Digging Deep Into What is Docker & How It Works Traditionally in order to deploy applications/software operations, teams used to procure hardware such as physical servers, networking components, storage drives and then set it up in the on-prem data centers.
Digging Deep Into What is Docker & How It Works Traditionally in order to deploy applications/software operations, teams used to procure hardware such as physical servers, networking components, storage drives and then set it up in the on-prem data centers.
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