competition-relay-coercion-chain

To trace a coercion chain in a CTF sandbox, map the coercion source, relay targets, and final accepted edge across hops. This process records triggers, identities, protocols, and transcripts to produce a smallest replayable chain of decisive authentication steps.

An accepted-auth edge in relay coercion is the final authentication hop where the accepting service validates forced credentials. Tracing this edge captures the exact service identities, hosts, protocols, and responses that complete the coercion chain for auditing.

Record authentication transcripts and relay hops by capturing service identities, hosts, protocols, and responses at each hop. This preserves the full coercion path from the forced trigger to the accepting service, resulting in a replayable audit chain.

Yes, you need a sandbox orchestrator to establish sandbox assumptions before mapping relay coercion paths. The orchestrator defines the environment boundaries required to accurately trace the coercion source, relay targets, and accepted authentication edges.

Yes, you can reproduce a forced authentication chain for privilege analysis by extracting the smallest replayable chain of decisive steps. This chain captures coercion triggers, source and target identities, and authentication responses across hops.

The best way to audit forced authentication relay paths is to trace the coercion source, relay targets, and accepted edge while recording all transcripts and responses. This produces a minimal replayable chain suitable for security analysis and privilege auditing.