Cloud-Native Application Protection Platform (CNAPP) is a cloud-native security model that combines Cloud Service Network Security (CSNS), Cloud Security Posture Management (CSPM), and Cloud Workload Protection Platform (CWPP) into one unified platform. The purpose of CNAPP is to replace multiple independent cloud security tools with a single security solution.
Multiple non-related solutions will inevitably have integration difficulties and visibility gaps. This causes DevSecOps teams to have more work as a result, and enterprise workload observability is decreased. Enterprises can solve these problems and enhance their overall security posture by utilizing a CNAPP.
It can be difficult to know what to add to the cloud-native application lifecycle in order to establish a decent level of security policy and enforcement. Utilizing a CNAPP in your environment will give you comprehensive coverage of every part of it, from proactive workload validation to auditing the policies on the public cloud platform you are using.
There are numerous security scanning, monitoring, and observability cloud-native tools. The capacity to contextualize data and provide end-to-end visibility throughout an enterprise's application architecture, however, distinguishes CNAPP from its competitors. A CNAPP solution, for instance, can set up alerts that represent the most risk to an organization thanks to its end-to-end visibility and precise detail on configurations, technology stacks, and identities.
One of the most frequent issues enterprises encounter is the incorrect configuration of cloud workloads, containers, or Kubernetes (K8s) clusters. CNAPP systems proactively scan for, identify, and swiftly address security and compliance problems brought on by misconfigurations.
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A cloud-native application protection platform (CNAPP) is a solution that is designed to empower users to ensure that their cloud-based applications are secured at every stage of their development and production processes. They are complete solutions that are specifically built to safeguard the kinds of applications that more traditional application protection platforms cannot.
CNAPPs are invaluable because they provide security and DevOps teams with a comprehensive set of tools with which they can protect applications from any number of digital threats. They simplify the process of protecting cloud-hosted applications without sacrificing efficiency. Users of CNAPPs are provided with capabilities that overcome many of the shortcomings of legacy solutions.
Some of the capabilities that CNAPPs offer include:
Single pane of glass visibility and management. This single dashboard enables the various members of an organization’s security and DevOps to collaborate. They can see any and all threats that might arise and work together to resolve the issue before it has the opportunity to escalate. Every member of these teams is given the information that they need to make informed decisions.
Security guardrails. DevOps teams can use this feature to control the security of their development process at every level. Developers leverage this integration to organically include application security in whatever stage they are working on.
Security automation. Security teams have the ability to automate many of the basic but critical security-related tasks that can potentially be handled unreliably if the wrong person is assigned to them. The ability to automate those processes can increase the efficiency of an organization's security operations by removing the possibility of human error.
The capabilities that CNAPPs can offer organizations that develop or run cloud-based applications are what make them so important.
Find out what your peers are saying about Palo Alto Networks, Wiz, Microsoft and others in Cloud-Native Application Protection Platforms (CNAPP). Updated: April 2024.
Cloud-Native Application Protection Platforms (CNAPP) designed to secure applications across the entire development lifecycle, from development to deployment, and runtime environments, specifically within cloud-native architectures.
Cloud-Native Application Protection Platform (CNAPP) is a cloud-native security model that combines Cloud Service Network Security (CSNS), Cloud Security Posture Management (CSPM), and Cloud Workload Protection Platform (CWPP) into one unified platform. The purpose of CNAPP is to replace multiple independent cloud security tools with a single security solution.
Multiple non-related solutions will inevitably have integration difficulties and visibility gaps. This causes DevSecOps teams to have more work as a result, and enterprise workload observability is decreased. Enterprises can solve these problems and enhance their overall security posture by utilizing a CNAPP.
It can be difficult to know what to add to the cloud-native application lifecycle in order to establish a decent level of security policy and enforcement. Utilizing a CNAPP in your environment will give you comprehensive coverage of every part of it, from proactive workload validation to auditing the policies on the public cloud platform you are using.
There are numerous security scanning, monitoring, and observability cloud-native tools. The capacity to contextualize data and provide end-to-end visibility throughout an enterprise's application architecture, however, distinguishes CNAPP from its competitors. A CNAPP solution, for instance, can set up alerts that represent the most risk to an organization thanks to its end-to-end visibility and precise detail on configurations, technology stacks, and identities.
One of the most frequent issues enterprises encounter is the incorrect configuration of cloud workloads, containers, or Kubernetes (K8s) clusters. CNAPP systems proactively scan for, identify, and swiftly address security and compliance problems brought on by misconfigurations.
A cloud-native application protection platform (CNAPP) is a solution that is designed to empower users to ensure that their cloud-based applications are secured at every stage of their development and production processes. They are complete solutions that are specifically built to safeguard the kinds of applications that more traditional application protection platforms cannot.
CNAPPs are invaluable because they provide security and DevOps teams with a comprehensive set of tools with which they can protect applications from any number of digital threats. They simplify the process of protecting cloud-hosted applications without sacrificing efficiency. Users of CNAPPs are provided with capabilities that overcome many of the shortcomings of legacy solutions.
Some of the capabilities that CNAPPs offer include:
Single pane of glass visibility and management. This single dashboard enables the various members of an organization’s security and DevOps to collaborate. They can see any and all threats that might arise and work together to resolve the issue before it has the opportunity to escalate. Every member of these teams is given the information that they need to make informed decisions.
Security guardrails. DevOps teams can use this feature to control the security of their development process at every level. Developers leverage this integration to organically include application security in whatever stage they are working on.
Security automation. Security teams have the ability to automate many of the basic but critical security-related tasks that can potentially be handled unreliably if the wrong person is assigned to them. The ability to automate those processes can increase the efficiency of an organization's security operations by removing the possibility of human error.
The capabilities that CNAPPs can offer organizations that develop or run cloud-based applications are what make them so important.