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New precisely cooperative attacks, such as the coordinated cross plane session termination(CXPST) attack, need thousands upon thousands machines to attack diverse selected links simultaneously with the given rate. However, almost all command and control(C&C) mechanisms only provide publishing one command to the whole once, so-called one-to-all C&C model, and are not productive to support CXPST-alike attacks. In this paper, we present one-to-any C&C model on coordination among the uncooperative controlled nodes. As an instance of one-to-any C&C model, directional command publishing(DCP) mechanism leveraging on Kademlia is provided with a range-mapping key creating algorithm for commands to compute the publishing range and a statistically stochastic node querying scheme to obtain the commands immediately. With theoretical analysis and simulation, it is indicated that one-to-any C&C model fits for precisely coordinated operation on uncooperative controlled nodes with least complexity, better accuracy and efficiency. Furthermore, DCP mechanism can support one-to-all command publishing at the same time. As an example of future C&C model, studying on one-to-any C&C model may help to promote the development of more efficient countermeasures.
However, almost all command and control (C & C) mechanisms only provide publishing one command to the whole once, so-called one-to-all C & C model, and are not productive to support CXPST-alike attacks. In this paper, we present one-to-any C & C model on coordination among the uncooperative controlled nodes. instance of one-to-any C & C model, directional command publishing (DCP) mechanism leveraging on Kademlia is provided with a range-mapping key creating algorithm for commands to compute the publishing range and a statistically stochastic node querying scheme to obtain the commands immediately. With theoretical analysis and simulation, it is indicated that one-to-any C & C model fits for precisely coordinated operations on uncooperative controlled nodes with least complexity, bet As an example of future C & C model, studying on one-to-any C & C model may help to promote the development of more efficient countermeasures .