  One of the applications of quantum technology is to use quantum states and
measurements to communicate which offers more reliable security promises.
Quantum data hiding, which gives the source party the ability of sharing data
among multiple receivers and revealing it at a later time depending on his/her
will, is one of the promising information sharing schemes which may address
practical security issues. In this work, we propose a novel quantum data hiding
protocol. By concatenating different subprotocols which apply to rather
symmetric hiding scenarios, we cover a variety of more general hiding
scenarios. We provide the general requirements for constructing such protocols
and give explicit examples of encoding states for five parties. We also proved
the security of the protocol in sense that the achievable information by
unauthorized operations asymptotically goes to zero. In addition, due to the
capability of the sender to manipulate his/her subsystem, the sender is able to
abort the protocol remotely at any time before he/she reveals the information.
