Intelligent Linking Paths

Updated on March 1, 2021

Setting up links between morphic services to share data between data elements is a method to tell the network the relationship and how data are transformed in the network. However, data does not flow in the network until there is a recipient (client) that may receive the data.
The linking path may be complex and is also possible to organize the services into a neural net or distributed ledgers.

When various data providers link each other, a complex linking path will start to emerge in the network. For each of the nodes in the figure above represent a service provider (URL) and the lines illustrate the links.
Each of the nodes represent a morphic service (subject) with data offerings and can become searchable online. When a client connects (illustrated as object A) to a morphic service (service URL), the client is identified and a ghost entity starts to emerge at the connection point.
The ghost acts like a channel at the connection point. The ghost entity is now ready to receive real time data from the network and bypass this to the actual client that made the connection. The linking path and each morphic service determines how data is transformed in the network. The ghost will adapt the data structure of the primary morphic service behind the connection point.
Another client connects to the network (illustrated as object B), undergoing the same initialisation as Object A above. The linking path can be different and it is determined by the signature used at the connection point.
Data distributed in the network depends on the access level. Data layer in the communication stack is separated from the application layer and domain layer. If the signature match is the same in object A and object B data will flow in the network.

The data is transferred peer to peer between the objects ghosts. Based on how you have configured Synx BIOS the transformation follows the linking path in the network or the predicates from each service is running inside the ghost entity for edge performance. Synx can also be configured to follow the path and route data to the URL (IP) of each domain.
The Real Time Web uses SynxBIOS that offers event driven distribution of data and events up and down the network layers. This enables the network to be dynamic. While clients receive data from the network the linking and service model can be changed without the client to be disconnected.
The service providers in the linking path between primary and secondary service may not access the data that is transferred between object A and object B unless they are granted access.

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