Currently, there is a requirement to implement different techniques in order to safeguard data from ill-intentioned users that can employ software tools to intercept any information traversing through the Internet or that are stored within a server without any form of encryption. Thus, this paper proposes a network or distributed storage system with a point-to-multipoint or mesh topology, in which there are several mobile devices, PC, and single-board computers (SBC), and storage media such as clouds, raids, flash drives, among others. On the network, one or more origin nodes collect information from photographic cameras, fingerprint readers, sensors, audio recorders, or any type of digital file; afterward, the developed procedure is employed to apply diffusion and confusion techniques to encrypt the data. Next, the cryptogram is segmented chaotically, generating fragments of different sizes and content, which can be transmitted and stored in a distributed manner or redundantly among other nodes on the net. The system provides data security and integrity, in that it allows the recovery of 100% of the encrypted information on employing the correct encryption keys.