Runtime Threats Move Fast.
Your Advantage Moves Faster.

Posture and configuration tools scan infrastructure to find misconfigurations and vulnerabilities — critical work that happens before threats arrive. Runtime protection is the layer that stops active threats while workloads are executing. 

By the time a posture scan completes, your container has already spun up, executed code, and moved on. Runtime protection catches what's happening right now in your running workloads.

Singularity Cloud Workload Security is the runtime protection pillar within the Singularity Cloud Security portfolio, feeding telemetry into the Singularity Data Lake for unified visibility and investigation.

This means you get deep runtime defense without losing the broader platform advantage.

Runtime protection monitors and defends workloads while they are actively running, not just before deployment.

In Kubernetes and container environments, this includes detecting:

• Container drift and unauthorized changes

• Suspicious process activity and lateral movement

• Exploits targeting running services

Because containers are often short-lived and AI models run inside them, runtime protection is critical. If you miss the moment, you miss the attack.

Singularity Cloud Workload Security continuously analyzes behavior in real time and responds automatically, even in highly ephemeral environments.

Singularity Cloud Workload Security is designed for production stability first. Its eBPF-based architecture operates independently of kernel-level hooks, lowering the risk of crashes, performance impact, or unintended downtime. This approach allows security to run continuously without interfering with application performance.

The result is protection that operates at runtime speed while maintaining uptime, data integrity, and customer experience.

Runtime telemetry from cloud workloads feeds directly into the Singularity Platform, where it is correlated with endpoint, identity, and third-party data.

This unified data layer allows teams to:

• Investigate incidents with full context across the environment

• Query data using natural language with Purple AI

• Trace attacks end-to-end with Storylines

Instead of isolated alerts, teams see the complete attack narrative and respond faster with fewer manual steps.

If your workloads are already in production, you need a cloud workload protection platform.

Tools that focus only on posture or configuration cannot stop active threats once workloads are running. CWPP is required to detect and contain attacks in real time.

For most organizations, CWPP is not a replacement for broader cloud security. It is the layer that closes the gap between exposure and exploitation, ensuring threats are stopped before they become incidents.