## 1 Introduction
### The Methodology and the Possibilities of Multiple-Valued Logic Modeling
Namely, this property was used in an AGA-based secret coding scheme [73],  
Figure 2: Distant MAS and its agents, \(A_{1},A_{2},\ldots\), are considered within some scene of actions, containing other robots and MASs, people, animals, and various objects. reproducing the classic one-time pad secret coding method [18] with the help of quantum random number generator (QRNG) [78]. The cheaper alternative is to use the AGA version of the random oracle scheme [79], involving QRNG and the special algorithm to write down the set generated by QRNG one-time random keys. Further research on AGA-based optoelectronic data coding and protection methods has proposed the combined classic and quantum protocol [69] for position-based cryptography tasks. Besides this, two classic algorithms were designed for the distant comparison of confidential parameters, without their disclosure [77], based on AGA and random oracle procedures, and they did not need special cryptography software. The abovementioned two classic algorithms were the motive to consider further methods for the long storing of confidential data in distant agents. Illegal data modification is the well-known problem for classical cryptography systems; the attacker can do it in a distant node, located out of the trusted zone [18]. A possible solution was prompted here by blockchain scheme [54; 55; 56] for cryptocurrency mining, where the principle of LL was used. As the basic LL method is too complicated to be used in mass robotic platforms, the AGA-based version of LL [68; 69] was designed. It was proposed for agents and loyal network nodes, possessing limited free memory resources. As verification tasks do not always need large traffic and capacity of data storage, they may involve the distributed set of limited free memory resources. A possible variant here is to use low-capacity data storages created in collaborating network agents and loyal network nodes, which in fact are to be used as external \"witnesses\". However, the problem here is to create an auxiliary low-traffic local network, excluding the penetration of illegal code from Internet into agents. Besides additional data channels, it is preferable to use a special communication language, incomprehensible to other modules. Earlier designed template-matching AGA procedures [75] encouraged using it for the design of the special dialog protocol, presented further for data exchange in a local network of communication modules of agents. It includes the formal logic language for dialog interaction of agents that is based on vocabulary structure, describing terminology of the robotic system by means of special secret codes. The proposed further protocol is the method to unite verification procedures, data coding schemes, and local confidential storages under the holistic system for reliable data exchange and checks, combining basic agents and collaborating external robots. Here, the final goal of research is to design a comprehensive set of AGA-based algorithms for the realization of an autonomous agent and to find the reasonable trade-off between AGA and traditional Boolean methods.