loud workload is increasing rapidly due to emergence of big data and increased adoption of cloud. With the quick emergence of virtual machines and containers, workloads tend to be allocated to a specific application or service.

The CWPP market is agent based and is well-defined by workload-driven security and protection solutions. This leads to adoption of a core workload protection strategy helping in reducing the attacks and preventing the execution of unknown code using application control along with memory protection techniques. The rapid adoption of private and public cloud computing models are modifying the security requirements for protecting private and public server workloads. 

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Enterprises need to secure the cloud-based workloads, using a protection approach that is different from end-user application. In a modern hybrid data center, providers address the requirements of workload protection architecture that reach physical, virtual machines (VMs) and numerous public cloud environments. 

Hybrid cloud workload protection platform (CWPP) provides a reliable way to information security managers helping in managing policies and monitoring issues such as threats and intrusions. 

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The platform supports a wide variety of security and operations tasks, from breach detection, protection against ransomware. Capacity of platform for cloud workload protection depends on availability, scalability, performance and price. Cloud workloads security requirements are different than application user which can be differentiated on the basis of cloud deployment model adopted such as public, private and hybrid. Cloud workload protection platforms help in automating security for public cloud workloads by delivering calculated usage billing, enhanced workload visibility and flexible protection to ensure safe cloud workload adoption.