Systems and methods to classify transactions recorded on immutable distributed electronic storage media to generate graphical representations of the transactions

A system configured to classify cryptocurrency transactions recorded on immutable distributed electronic storage media to generate graphical representations of the transactions, the system comprising:

• one or more processors configured by machine-readable instructions to:
• obtain transaction information characterizing cryptocurrency transactions recorded on a transaction log stored on immutable distributed electronic storage media, the transaction information identifying addresses associated with the cryptocurrency transactions, such that first transaction information characterizes a first cryptocurrency transaction and identifies a first address and a second address, the first cryptocurrency transaction involving a transfer of value between the first address and the second address;
• determine transaction classifications of the cryptocurrency transactions, individual cryptocurrency transactions being classified in individual transaction classes, such that the first cryptocurrency transaction is classified in a first transaction class;
• determine address classifications of the addresses, individual addresses being classified in individual address classes, such that the first address is classified in a first address class, and the second address is classified in a second address class;
• assign one or more visual characteristics to the individual addresses and the individual cryptocurrency transactions based on the individual address classes and the individual transaction classes, respectively, such that the first address is assigned a first visual characteristic based on classification in the first address class, the second address is assigned a second visual characteristic based on classification in the second address class, and the first cryptocurrency transaction is assigned a third visual characteristic based on classification in the first transaction class;
• generate user interface information defining instances of a graphical user interface through which the cryptocurrency transactions are represented as a graph, the graphical user interface displaying, within a field of two or more dimensions, at least a graph portion of the graph, wherein graph nodes within the graph represent the addresses and graph edges between the graph nodes represent transaction flow between the addresses, the graph nodes are presented with the visual characteristics assigned to the addresses, and the graph edges are presented with the visual characteristics assigned to the cryptocurrency transactions, such that the user interface information defines a first instance of the graphical user interface through which the first cryptocurrency transaction is represented in a first graph portion of the graph, the first instance of the graphical user interface displaying a first graph node representing the first address, a second graph node representing the second address, and a first graph edge representing a first transaction flow of the transfer of value between the first address and the second address;
• establish one or more network connections with remotely located client computing platforms associated with users;
• and
• effectuate communication of the user interface information to the remotely located client computing platforms associated with the users to cause the remotely located client computing platforms to present the instances of the graphical user interface, such that the user interface information defining the first instance of the graphical user interface is communicated to a first remotely located client computing platform over a first network connection to cause the first remotely located client computing platform to display the first graph portion including the first graph node, the second graph node, and the first graph edge, wherein the first graph node is presented with the first visual characteristic, the second graph node is presented with the second visual characteristic, and the first graph edge is presented with the third visual characteristic, wherein the third visual characteristic is determined based on the classification of the first cryptocurrency transaction in the first transaction class.