Technological part.
Steamless symmetric encryption technology is based on the method of very fast change of encryption schemes, which are determined only in very short moments and are absolutely unpredictable for an external observer-analyst. The lack of the ability to attack the person in the middle (MITM) prevents key or password information from being compromised by users.
To fully implement the principle of fast change of encryption schemes, a vector-geometric encoding technology was developed based on fast and continuous change of virtual geometric space in a continuum with virtual internal time.
Such cipher code is reasonably resistant to cryptanalysis, brute force attack, especially given the rapid emergence of quantum computers. The keyless cipher code is absolutely resistant to Chosen-plaintext attack (CPA) attacks based on comparing the selected open text with the cipher code, without the possibility of violating the integrity of the open message, hidden modification, even at the level of one bit of information, and special (attack), and "noise" origin.
Instant and continuous verification of any volume of transmitted (or received) information.
  A channel watcher has no possibility to know:
 1) who transmitted (or received from whom) the information;
 2) how much information is transmitted and/or received at all or per session;
 3) whether there was any information exchange between users at all;
 4) all pauses of the "silence" moments of the interlocutors, of any duration, are filled with fake data, which are encoded in the same way as an open message.