tuning out the noise in quantum transfers. reducing external interference to improve the quality of a process known as quantum teleportation; noisy quantum teleportation with the help of multipartite hybrid entanglement. Against the traditional viewpoint of decoherence always acting as a drawback, here dephasing helps us achieve high-fidelity final states. This is due to hybrid entanglement effectively reversing the direction of decoherence. It allows us to start from a classical polarization state and end up with the desired quantum state. Consequently, the resource qubits need not violate the Bell-Clauser-Horne-Shimony-Holt inequalities in Bell-state measurement.