Cartographer — agentic threat model

Not certain from the listing — relies on external foundation models to power parallel subagents; vulnerable to prompt injection within codebase files that could hijack subagent behavior during mapping.

Ingests entire codebases of arbitrary size. Vulnerable to data exfiltration of intellectual property if the subagents or output channels are compromised, and codebase poisoning where malicious source code manipulates the generated map.

Uses a fan-out orchestration framework to coordinate parallel subagents. Risks include insecure tool integration for repository reading and potential denial-of-service/resource exhaustion during recursive mapping of massive repositories.

Not certain from the listing — requires access to local or remote code repositories. If run without strict sandboxing, subagents could exploit path traversal vulnerabilities to access unauthorized files on the host system.

Not certain from the listing — no built-in logging, evaluation, or guardrail mechanisms are mentioned to monitor subagent behavior or detect anomalous file access patterns during repository exploration.

Not certain from the listing — lacks explicit access control, authentication, or compliance policies regarding who can initiate repository mapping or where the generated documentation is stored.

Employs a multi-agent architecture where a coordinator agent fans out tasks to parallel subagents. Vulnerable to cascading failures or trust abuse if a single subagent is compromised by malicious code and feeds poisoned data back to the coordinator.