Coding agents

Govern coding agents before they touch production.

Cursor, Claude Code, Copilot, and custom coding agents have shell access, file write access, git access, and deploy access. Faramesh checks every action against policy before it runs.

Tools we cover

One layer. Every coding agent.

Faramesh hooks into the layer each tool actually executes through. No SDK changes. No prompt rewrites. Drop in, and every tool call gets governed.

Cursor
Patches MCP server connections
Claude Code
Wraps the MCP layer it runs on
GitHub Copilot
Governs Copilot tool calls via MCP
Windsurf
Intercepts every IDE tool call
Devin
Auto-patches the agent runtime
Custom Python agents
One command. Zero code changes.
What's at stake

Coding agents are minutes from production.

Real attack paths don't start with malice. They start with the agent solving a problem with whatever tools it can find.

Attack path · representative scenario9 seconds to total loss
Routine task
Agent runs in staging environment
Credential mismatch
Stops on missing token
Decides to fix it
Searches codebase for any usable token
Finds unrelated token
Token scoped to all operations, not just task
Destructive API call
Production database deleted. All backups gone.
Every step looked rational. Faramesh would have stopped step 5 before the API call ran.
Other coding agent risks
Unauthorized deploys and merges
Force pushes to main. Prod deploys without review.
Destructive shell commands
rm -rf, DROP TABLE, file deletions in retry loops.
Tool sprawl through MCP
Every connected server expands the blast radius.
What changes when Faramesh is in front
Ship with confidence.
Your agents stop at the boundary of what policy allows. No retry loops, no surprise destruction, no 9-second outages.
Evidence by default.
Every action recorded with policy decision and reasoning. When SOC 2 or ISO 27001 audits ask, you have answers.
Speed without the blowback.
Engineers keep moving fast. Faramesh handles the part that scares your security team.

Ship governed coding agents.