frontend-mobile-security — agentic threat model

Not certain from the listing — relies on underlying Claude models via Claude Code. Primary threats include prompt injection bypassing security guardrails, leading the model to generate flawed or intentionally weakened security patterns (e.g., weak CSP headers or flawed XSS regex).

Not certain from the listing — likely operates directly on local project files and codebases without a dedicated vector database. The primary risk is the ingestion of malicious local code or configuration files that poison the agent's context window.

The agent uses Claude Code's framework to orchestrate specialized subagents for frontend and mobile tasks. Risks include insecure tool integration where the agent's code-writing tools are manipulated to overwrite critical security files or inject malicious scripts into the codebase.

Not certain from the listing — runs locally within the developer's terminal/environment via Claude Code. The primary threat is local privilege escalation or unauthorized file system access if the hosting terminal environment lacks strict sandboxing.

Not certain from the listing — lacks explicit mention of built-in evaluation, logging, or guardrail mechanisms. There is a risk of silent failures where the agent incorrectly reports a codebase as secure when it has actually introduced a vulnerability.

Not certain from the listing — being an open-source plugin, it lacks formal compliance certifications (like SOC2) or built-in access control policies, relying entirely on the host system's user permissions and the developer's manual review.

The agent explicitly coordinates multiple subagents (XSS prevention, CSRF protection, mobile security). Risks include multi-agent coordination failures where one subagent's code modifications inadvertently disable or conflict with security controls established by another subagent.