In the MUBDI node architecture system, it consists of many different node types depending on the location. When we need to create a communication link between multiple regions, a lot of communications will also be involved. For example, a human being as a sender on earth wants to send a message to the recipient who is in the sky, the message will travel across the galaxy. The galaxy is a different region than the earth and the sky. Communication will also go through various communication channels. Table 2 below shows the architecture of the possible nodes and means of communication in the MUBDI system.TABLE (2). The classification of possible nodes and means of communication according to regionRegional means of communication NodeEarth satellite network PC, mobile devices, server, satelliteEnhanced satellite network with Hover galaxy, spacecraft, planetary router, orbital gateway, outer space stationHeaven Layer Exotic Link Network Jin of each levelFor improvement To improve the performance of the MUBDI system in data dissemination, each node in MUBDI must be equipped with improved functions of its internal hardware. Each node not only transmits data, but also has the role of ensuring a solid communication link and a signal between all nodes that is good and reliable enough. The proposed architecture of each node in MUBDI as shown in Figure 9 below: FIGURE 9. MUBDI node architecture. The proposal suggests that all nodes have a combination of internal hardware such as memory, processor, power and 4 types of relays, namely Repeater, Gateway, Bridge and Router. It is believed that this comprehensive function will improve the quality of data transmission in the MUBDI system. Since MUBDI is tolerant with delayed transmission, so that each node needs a larger storage size......half the paper......Tolerant network typically occurs when at least two nodes within of the communication range carry out direct communication to each other using multiple types of mobile or static node depend on its location. Although it is very difficult to implement, but man is interested in gaining knowledge beyond and having borderless communication. The DTN also plays an important role in supporting the researcher in developing a project with an unpredictable nature or environment. We can draw a conclusion here, where this kind of network shows is growing prominently nowadays due to two strong justifications, namely users' willingness to retrieve/provide information wherever communication and also dissemination can be established of powerful portable devices. The combination of the two reasons makes Delay Tolerant Network have a great impact on its evolution in the networking world.