Application and workload coverage
CWPP protects servers, applications, and container workloads across AWS, Azure, Google Cloud, Red Hat OpenShift, and VMware Tanzu.
Outcome: Coverage across public, private, and hybrid clouds
Xcitium offering
Protection for cloud servers and application workloads. CWPP monitors running application and workload behaviour across public, private, and hybrid clouds, applying Zero Trust policies and network segmentation.
Discuss your requirements ↗
Cloud application and workload protection
CWPP monitors workload behaviour and network traffic across public, private, and hybrid cloud environments. Observations connect to Zero Trust policies, segmentation, and runtime response.
CWPP protects servers, applications, and container workloads across AWS, Azure, Google Cloud, Red Hat OpenShift, and VMware Tanzu.
Outcome: Coverage across public, private, and hybrid clouds
CWPP continuously monitors application behaviour and network traffic, detecting suspicious deviations from expected activity.
Outcome: Behaviour and traffic observations
Zero Trust policies use behaviour and trust levels to define permitted connections and segment workloads.
Outcome: Permitted connections and protected segments
CWPP detects malicious activity and anomalies as they occur, generating alerts and response actions.
Outcome: Threat signal and response action
Teams follow running workload behaviour, network connections, and applied policies in one protection flow.
Capabilities
CWPP continuously monitors normal application behaviour and detects deviations that may indicate a threat.
CWPP continuously monitors cloud applications and workloads, detecting and blocking malicious activity.
Zero Trust policies use application behaviour and trust levels to control access.
CWPP segments the network around behaviour and access needs, isolates suspicious activity, and restricts unauthorized lateral movement.
CWPP protects applications and containers across public, private, and hybrid clouds, including AWS, Azure, Google Cloud, Red Hat OpenShift, and VMware Tanzu.
Compare approaches
| Consideration | CWPP | CSPM |
|---|---|---|
| Primary question | How do running applications and workloads behave, and how are they protected? | How are cloud resources configured? |
| Observation | Application behaviour and network traffic. | Configuration, policy violations, and deviations from the baseline. |
| Control | Runtime policies, isolation, and segmentation. | Security posture alerts, reporting, and configuration remediation. |
| Good fit | Reduce runtime and lateral-movement risk. | Find misconfiguration and drift across cloud accounts. |
Before you start
Observe a representative application and its network connections. Tune segmentation rules to actual traffic.
Which servers, clusters, and containers are in scope?
What observation period and telemetry are needed to establish normal behaviour?
Which dependencies and outbound flows must segmentation rules allow?
When will blocking and automated response be enabled, and who approves them?
In practice
A container application in a hybrid cloud makes unexpected network connections. CWPP monitors behaviour and traffic, detects suspicious activity, and segments the workload through Zero Trust policies.
What your team gains
Behaviour monitoring for applications and workloads across public, private, and hybrid clouds.
Zero Trust network segmentation that limits unauthorized movement.
Runtime detection and blocking of malicious activity.
Before you decide
CWPP protects Kubernetes and container applications across public, private, and hybrid environments on AWS, Azure, Google Cloud, Red Hat OpenShift, and VMware Tanzu.
CWPP automatically segments the network based on application behaviour and trust levels, limiting lateral movement.
No. CWPP protects running application and workload behaviour through runtime controls and segmentation; CSPM assesses cloud resource configuration, deviations, and security posture.
Next step
Tell us about your environment and priorities to discuss the right solution, pilot scope and rollout in Azerbaijan.