System for cognitive technical architecture integration

A computer program product for technical architecture integration, the computer program product comprising at least one non-transitory computer-readable medium having computer-readable program code portions embodied therein, the computer-readable program code portions comprising:

• an executable portion configured to receive, from a managing entity system, a primary architecture diagram and at least one secondary architecture diagram;
• an executable portion configured to identify a set of primary nodes from the primary architecture diagram and a set of secondary nodes from each of the at least one secondary architecture diagrams;
• an executable portion configured to determine, based on an image feature mapping routine, a set of touchpoints, wherein each touchpoint is a node occurring in both the set of primary nodes and the set of secondary nodes;
• an executable portion configured to determine, based on a regression algorithm, a first location of each touchpoint in the primary architecture diagram, wherein each first location is represented by a coordinate pair;
• an executable portion configured to determine, based on a regression algorithm, a second location of each touchpoint in the at least one secondary architecture diagram, wherein each second location is represented by a coordinate pair;
• an executable portion configured to extract, at each of the first locations, a located primary node and extract, at each of the second locations, a located secondary node;
• an executable portion configured to calculate, for each of the located primary nodes, a level of similarity of the located primary node to each of the located secondary nodes;
• an executable portion configured to determine, for each of the located primary nodes, a matching node, wherein each of the matching nodes is the located secondary node with which the located primary node has the highest level of similarity;
• an executable portion configured to merge, based on a concatenation algorithm, each of the located primary nodes with each of the matching nodes, wherein a level of random noise is introduced into the concatenation algorithm;
• and
• an executable portion configured to generate an integrated architecture diagram, wherein the integrated architecture diagram comprises the set of touchpoints, the set of primary nodes which are not touchpoints, and the set of secondary nodes which are not touchpoints.

A computer-implemented method for technical architecture integration, the method comprising:

• receiving, from a managing entity system, a primary architecture diagram and at least one secondary architecture diagram;
• identifying a set of primary nodes from the primary architecture diagram and a set of secondary nodes from each of the at least one secondary architecture diagrams;
• determining, based on an image feature mapping routine, a set of touchpoints, wherein each touchpoint is a node occurring in both the set of primary nodes and the set of secondary nodes;
• determining, based on a regression algorithm, a first location of each touchpoint in the primary architecture diagram, wherein each first location is represented by a coordinate pair;
• determining, based on a regression algorithm, a second location of each touchpoint in the at least one secondary architecture diagram, wherein each second location is represented by a coordinate pair;
• extracting, at each of the first locations, a located primary node and extract, at each of the second locations, a located secondary node;
• calculating, for each of the located primary nodes, a level of similarity of the located primary node to each of the located secondary nodes;
• determining, for each of the located primary nodes, a matching node, wherein each of the matching nodes is the located secondary node with which the located primary node has the highest level of similarity;
• merging, based on a concatenation algorithm, each of the located primary nodes with each of the matching nodes, wherein a level of random noise is introduced into the concatenation algorithm;
• and
• generating an integrated architecture diagram, wherein the integrated architecture diagram comprises the set of touchpoints, the set of primary nodes which are not touchpoints, and the set of secondary nodes which are not touchpoints.