Cloud forensics is the collection and analysis of evidence from cloud services, identities, workloads, and logs during a security investigation.
Cloud forensics is the collection and analysis of evidence from cloud services, identities, workloads, and logs during a security investigation. In plain language, it is forensics adapted to cloud environments where evidence often lives in APIs, service logs, storage events, and rapidly changing infrastructure.
Cloud forensics matters because cloud environments create different evidence patterns than traditional on-premises systems. Identity events, control-plane actions, storage activity, and short-lived resources can all matter more than a simple server image alone.
It also matters because cloud evidence may be distributed across multiple services and accounts. Teams need a clear way to gather what happened without assuming that traditional server-centric investigation methods will be enough.
Cloud forensics appears in cloud account compromise review, suspicious role activity, storage exposure incidents, workload investigations, and Cloud Detection and Response follow-up. Teams connect it to Forensics, Audit Log, Workload Identity, Shared Responsibility Model, and Memory Forensics.
Security teams use cloud-forensics language when they need to emphasize that the investigation depends heavily on cloud-native evidence sources, not only on traditional host artifacts.
A team investigates suspicious activity in a cloud account by reviewing identity logs, administrative API calls, storage-access records, and workload events to determine whether the behavior was legitimate automation or unauthorized use of a privileged role.
Cloud forensics is not the same as Cloud Security Posture Management. CSPM focuses on configuration state and exposure. Cloud forensics focuses on collecting and interpreting evidence after suspicious activity or an incident.
It is also different from traditional server-only forensics. In cloud environments, evidence often depends much more on service logs, control-plane events, and identity data.