A method of cooperatively networking digital chaos signals over a shared wireless transmission medium performed at a receiving side including receiving a plurality of distinct data signals at the receiving side, wherein each one of said plurality of distinct data signals is modulated (103a, 103b,..., 103n) with a distinct chaos sequence at a transmitting side, wherein the modulating of each one of said plurality of distinct data signals at the transmit side is performed using a generated digital chaos sequence database having plurality of digital chaos sequences, wherein generating the digital chaos sequence database comprises, recording a featureless waveform having nonlinear dynamics, buffering the recorded featureless waveform, sampling a fixed number of samples for a particular spreading factor of said buffered featureless waveform to form a digital featureless waveform, storing a varied quantity of groups of the fixed number of samples for a particular spreading factor to form the entries of the digital chaos sequence database, such that the groups of fixed number of samples for a particular spreading factor are distinct with low cross-correlation amongst the groups, and then processing all the groups of fixed number of samples using Gram-Schmidt process, a. demodulating (124a, 124b,..., 124n) each one of the plurality of distinct data signals at the receiving side to extract a plurality of distinct user data signals, b. verifying that at least one of the distinct user data signals is addressed to the receiving side, processing (130a, 130b,..., 130n) at least one of the distinct user data signals according to whether the at least one of the distinct user data signal is addressed to a distinct group to which the receiving side belongs of a plurality of groups (A, B, C), wherein the receiving side receives the plurality of distinct data signals as a group member (A2, A3, A5, A6, An, B1, B4, B9, Bm) of the distinct group (A, B, C), c. verifying that a plurality of the extracted plurality of distinct user data signals is not addressed to the receiving side, characterized by d. aggregating those distinct user data signals not addressed to the receiving side to create a new aggregated data signal comprised of an aggregation of those extracted distinct user data signals not addressed to the receive side, e. transmitting the new aggregated data signal of those extracted distinct user data signals not addressed to the receive side, wherein the transmission of the new aggregated data signal is time aligned and transmitted over the shared wireless transmission medium at a next transmission opportunity, Txop, or within the-time specified by a delay and disruption tolerant protocol at the receiving side, wherein the featureless waveform is one of at least one of a: native analog chaos waveform; aperiodic waveform; computer simulated non-linear dynamics of a deterministic mapping characteristic. a. demodulating (124a, 124b,..., 124n) each one of the plurality of distinct data signals at the receiving side to extract a plurality of distinct user data signals, b. verifying that at least one of the distinct user data signals is addressed to the receiving side, processing (130a, 130b,..., 130n) at least one of the distinct user data signals according to whether the at least one of the distinct user data signal is addressed to a distinct group to which the receiving side belongs of a plurality of groups (A, B, C), wherein the receiving side receives the plurality of distinct data signals as a group member (A2, A3, A5, A6, An, B1, B4, B9, Bm) of the distinct group (A, B, C), c. verifying that a plurality of the extracted plurality of distinct user data signals is not addressed to the receiving side, characterized by d. aggregating those distinct user data signals not addressed to the receiving side to create a new aggregated data signal comprised of an aggregation of those extracted distinct user data signals not addressed to the receive side, e. transmitting the new aggregated data signal of those extracted distinct user data signals not addressed to the receive side, wherein the transmission of the new aggregated data signal is time aligned and transmitted over the shared wireless transmission medium at a next transmission opportunity, Txop, or within the-time specified by a delay and disruption tolerant protocol at the receiving side, wherein the featureless waveform is one of at least one of a: native analog chaos waveform; aperiodic waveform; computer simulated non-linear dynamics of a deterministic mapping characteristic.