maxtac-android-surface-triage

You can triage an Android app surface by analyzing the Android manifest and runtime metadata to identify components, entry points, trust boundaries, and sensitive assets, which generates a packet guiding further security investigation.

Android manifest analysis reveals the application's security posture by exposing activities, services, permissions, and IPC mechanisms, which helps map entry points and trust boundaries for identifying potential security concerns during initial triage.

To identify entry points and trust boundaries in an Android application, map runtime metadata and inspect the manifest for IPC mechanisms and exposed components, allowing you to determine the application's surface-level security posture.

Yes, you can use the Android application triage process to route reviews to subagents, as it generates an output packet containing findings, hypotheses, and routing hints that guide which subagents should handle further investigation.

The best way to start an Android application surface review is to run a triage process against the target APK, which inspects the manifest and maps runtime metadata to produce a structured packet of findings and routing guidance.

Yes, you need runtime metadata to conduct an Android application surface triage, because mapping entry points, trust boundaries, and sensitive assets requires analyzing both the Android manifest and the application's runtime metadata.