摘要: Programmable routers are emerging as a promising alternative which facilitates the deployment of new network technologies, for example, software-defined networking; meanwhile, theirs programmability and openness also bring risks security vulnerabilities. Prior work has concentrated on code encryption to improve router action honesty. In this paper, we exploit feasibility regulating actions run-time dataplanes by detecting unexpected packet processing operations, finally provides an honest backdoor-proof operators. The main challenge is monitor regulate dataplane in dynamic runtime environment. Hence propose Minos, framework dataplanes. Minos takes Action Identifier (AID) input perform lookups pre-defined white list called Regulated Table (RAT), it verifies that (ab)normal. end, achieves pair irreconcilable goals security, i.e., costs effectiveness. We implement evaluate Click DPDK, separately. And our evaluation results show captures mal-actions with 2 mega-byte spatial no more than 9% performance loss both DPDK.