block-no-verify — agentic threat model

Not certain from the listing — The plugin itself does not appear to run its own foundation model, but rather hooks into Claude Code. If it uses LLM-based evaluation for command inspection, it could be vulnerable to prompt injection/bypass.

Not certain from the listing — This plugin does not manage training data, RAG, or vector stores; it operates purely on transient command-line strings.

The plugin integrates directly into the Claude Code framework via the PreToolUse hook. Vulnerabilities here include hook bypasses, parsing errors of git command arguments, or race conditions where commands are modified after inspection.

Not certain from the listing — The plugin runs locally within the user's Claude Code environment. Infrastructure security depends entirely on the host machine's security and the sandboxing of the Claude Code CLI.

As a guardrail plugin, its primary role is policy enforcement. A failure in logging blocked commands or lack of observability into bypassed hooks represents a gap in detecting malicious agent behavior.

Enforces compliance policies regarding git commit signing and hook execution. It acts as a local policy enforcement point (PEP) to ensure cryptographic traceability of commits.

Sits at the boundary between the orchestrator (Claude Code) and the operating system/git tools. It mitigates the risk of a compromised or rogue agent attempting to bypass repository guardrails.