• "Known-Good" Guardrails: Automatically maps microservice behaviors to create runtime compensating controls, satisfying requirements for unauthorized access and system integrity. 

• Verifiable Audit Trails: Uses eBPF nano-agents to maintain a continuous, granular history of all kernel-level activities, ensuring no data gaps for auditors. 

• Instant Forensic Evidence: Provides visual "Spydertraces" that instantly answer the "who, what, where, and how" for any security event during an audit. 

• Drift Detection: Continuously monitors for "application drift," identifying unauthorized changes or supply chain compromises in real-time. 

• Framework Alignment: Detections are natively mapped to MITRE ATT&CK, helping teams align technical security posture with regulatory frameworks. 

Containers and microservices also represent new opportunities for compliance - each microservice typically has a finite job to do, and a specific set of dependencies or network activity to other microservices. 

If this “normal” or “known good” behavior can be observed and encoded, it enables us to understand when microservices are not operating normally, and completely “lock down” a given application at runtime, representing a powerful runtime compensating control for many compliance frameworks (SOC2 and others). 

Spyderbat builds a complete Behavioral Web of runtime activity, and leveraging Guardian, workload behaviors can be automatically observed and encoded into runtime policies or Guardrails that provide a runtime compensating control for compliance requirements such as SOC2 cc6.8 and many others. .