Claude Code, Cursor, and Codex reach shell, repos, CI, databases, and cloud through MCP. Route that traffic through PolicyLayer and every tool call is checked against your policy before it runs.
For platform and security teams running AI agents in production.
It rarely looks like an attack. It looks like a helpful fix.
Connect your MCP servers and a coding agent can push code, trigger deploys, query production, and change cloud, all in one session.
An issue, a dependency README, or a code comment reads "push straight to main" or "drop the staging table." The model treats its context as instructions.
No review, no second check. The merge lands or the table is gone before anyone sees a pull request.
A coding session spans far more than the repo. PolicyLayer governs every call across them.
Drop PolicyLayer into your MCP request path. Your agents keep their tools. You keep control. Core concepts →
Merges to protected branches, production deploys, and destructive cloud calls wait for human sign-off before they run.
Each developer's agent carries only the repos, environments, and tools you grant. A review bot reads pull requests; only the release agent merges to main.
Not just which tool, but the call: deny force-push to main, block writes to production data, require a change-ticket id on deploys. Writing policies →
Cap pipelines, merges, and destructive actions per hour, so a runaway loop cannot cascade.
Rules run as code, first denial wins. The same call gets the same decision every time.
Build policy around the fields that matter (branch, environment, resource tag) in the visual editor. Allow, deny, rate-limit, or require approval, per tool. Writing policies →
Whatever your agents touch, the same engine, audit, and access model is doing the work underneath every rule you write.
Rules run as code, not model judgement: argument-level conditions, quotas, deny-by-default. The same call gets the same decision every time.
Writing policies →Your security or compliance team writes and attaches policy without ever holding the upstream credentials or grant tokens.
Roles →Every call is logged with its decision and the rule that fired, attributed to the identity, in an append-only record. Argument values are redacted, never stored.
Logs & security →Upstream secrets are encrypted at rest and injected by the gateway. The agent only ever holds a scoped token.
Logs & security →Every person and agent connects with its own scoped grant. Rotate or revoke any one of them instantly, without disrupting the rest.
Core concepts →Hosted gateway. Point your clients at it, register a server, issue a token. Nothing to install.
Quick start →Any MCP-compatible agent: Claude Code, Cursor, Codex, and others. They connect to your MCP servers through the gateway and keep all of their tools and schemas.
It removes the reason to reach for it. Instead of an agent prompting on every action or skipping checks entirely, PolicyLayer enforces deterministic policy at the gateway, so allowed calls pass straight through and only the calls you flagged are stopped.
Policy is evaluated in memory before the call is forwarded, so the overhead is negligible. Allowed calls pass straight through to your code server.
Upstream credentials are encrypted at rest and injected by the gateway. Your agents only ever hold a scoped token, never your Git tokens.
No. Agents keep the same tools and schemas. PolicyLayer enforces policy on each call (allow, deny, rate-limit, or require approval), apart from any tools you deliberately hide.
Approval gates, branch and environment scopes, argument-level rules, and a tamper-proof audit log on every call a coding agent makes. Route your existing MCP servers through the gateway, live in minutes.
Free to start. No card required.