SUNDER uses minimum-cost graph cuts to seal AI agent attack paths
A project called SUNDER treats an enterprise's AI agent permissions as a graph, where attackers can chain individually modest access grants to reach a sensitive resource. Its agent computes a minimum-cost cut that revokes the fewest or cheapest edges needed to block every attack path to the target. In a demo, the cut removed three permission edges at a cost of 3, versus 6 for the fewest-edge alternative, and verification showed zero remaining paths. The system runs on FalkorDB with graph analytics and is exposed through Python functions, an MCP server, and a FastAPI endpoint. Its agent simulates each cut before applying it and verifies the result afterward.
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