Prevent LLMs from cloning repos — inline agent rules to block risky ops

Developer teams and security/platform engineers are increasingly exposed to a new class of risks as LLM-based assistants gain the ability to execute multi-step tool calls (git, npm, shells): agents can clone private repositories, escalate access with stolen tokens, or exfiltrate IP and secrets without human oversight. This problem scales with the size of the market—roughly 25 million professional developers—and hits enterprise security, legal/compliance, and developer platform owners who must balance productivity against data-loss and supply-chain risk. A practical product is an inline “agent rules” runtime that intercepts and enforces policy-as-code on tool calls, preventing risky operations like repo cloning unless predefined, auditable checks pass. Core capabilities would include a small SDK or proxy that integrates with agent frameworks and CI/CD, a rules DSL for git/npm/shell actions, token-scoped proxying to limit access, real-time audit logs, and an admin console for policy lifecycle and incident triage. This is an attractive market now: estimated enterprise demand supports a ~$12.0B opportunity (25M devs × $480 ACV for enterprise-grade policy and tooling), driven by rapid copilot adoption and a shift toward security-as-code. Companies are already investing in governance as LLMs move from experimental assistants to production copilots, creating urgency for controls that operate at developer tool boundaries. To stand out, focus on low-latency inline enforcement, high signal/noise intent detection to minimize developer friction, and deep integrations with major agent frameworks and platform tools; prioritize partnerships with LLM vendors and SSO/secret stores to win enterprise trust. Be honest about the hard parts: integrating across diverse toolchains, handling adversarial agent behavior and false positives, and proving measurable ROI to conservative security teams.