Methods and systems for generating electronic communications featuring consistent data structuring and dynamically-determined data content for end-user specific data in environments with data storage constraints

A method of generating electronic communications featuring consistent data structuring and dynamically-determined data content for transmission across computer networks for end user specific data in environments with data storage constraints, the method comprising:

• receiving, by control circuitry, a first selection, wherein the first selection comprises a first component for including in a set of communications, wherein the first component provides encapsulation of, and interoperability between, a first set of component elements, and wherein the first component corresponds to a first application programming interface (“API”);
• receiving, by the control circuitry, a third selection, wherein the third selection defines a first data structure characteristic for the first component, wherein the first data structure characteristic comprises a criterion for at least one or where the first component is presented in the set of communications and how the first component appears in the set of communication, and wherein the first data structure characteristic further comprises at least one of a layout, a format, and a graphical characteristic;
• determining, by the control circuitry, a threshold data content characteristic for the first component based on the first data structure characteristic for the first component;
• receiving, by the control circuitry, a fourth selection, wherein the fourth selection defines a first data content characteristic for the first component, wherein the first data content characteristic comprises a criterion for what data content is populated in the first component in the set of communications, wherein the first data content characteristic corresponds to the threshold data content characteristic, and wherein the threshold data content characteristic dynamically modifies presentation of data content in real-time or near real-time based on the data structure characteristic;
• receiving, by the control circuitry, a fifth selection, wherein the fifth selection requests generation of the set of communications, wherein the set of communications includes a first communication for a first end user and a second communication for a second end user;
• populating, by the first API, the first component with first data content in the first communication by:
• determining a first data source corresponding to the first end user;
• retrieving available first data content from the first data source;
• and
• filtering the available first data content based on the first data content characteristic;
• populating, by the first API, the first component with second data content in the second communication by:
• determining a second data source of the plurality of data sources corresponding to the second end user;
• retrieving available second data content from the second data source;
• and
• filtering the available second data content based on the first data content characteristic;
• transmitting the first communication to the first end user, wherein the first data content is generated for display, on a first device corresponding to the first end user, in the first communication at a display location based on the first data structure characteristic;
• and
• transmitting the second communication to the second end user, wherein the first data content is generated for display, on a second device corresponding to the second end user, in the second communication at the display location based on the first data structure characteristic.

A non-transitory computer readable medium for generating electronic communications featuring consistent data structuring and dynamically-determined data content for transmission across computer networks for end user specific data in environments with data storage constraints, comprising instructions that, when executed by one or more processors, causes operations comprising:

• receiving a first selection, wherein the first selection comprises a first component for including in in a set of communications, wherein the first component provides encapsulation of, and interoperability between, a first set of component elements, wherein the first component corresponds to a first application programming interface (“API”);
• receiving a third selection, wherein the third selection defines a first data structure characteristic for the first component, wherein the first data structure characteristic comprises a criterion for at least one of where the first component is presented in the set of communications and how the first component appears in the set of communication, and wherein the first data structure characteristic further comprises at least one of a layout, a format, and a graphical characteristic;
• determining a threshold data content characteristic for the first component based on the first data structure characteristic for the first component;
• receiving a fourth selection, wherein the fourth selection defines a first data content characteristic for the first component, wherein the first data content characteristic comprises a criterion for what data content is populated in the first component in the set of communications, wherein the first data content characteristic corresponds to the threshold data content characteristic, and wherein the threshold data content characteristic dynamically modifies presentation of data content in real-time or near real-time based on the data structure characteristic;
• receiving a fifth selection, wherein the fifth selection requests generation of the set of communications, wherein the set of communications includes a first communication for a first end user and a second communication for a second end user;
• populating, by the first API, the first component with first data content in the first communication by:
• determining a first data source corresponding to the first end user;
• retrieving available first data content from the first data source;
• and
• filtering the available first data content based on the first data content characteristic;
• populating, by the first API, the first component with second data content in the second communication by:
• determining a second data source of the plurality of data sources corresponding to the second end user;
• retrieving available second data content from the second data source;
• and
• filtering the available second data content based on the first data content characteristic;
• transmitting the first communication to the first end user, wherein the first data content is generated for display, on a first device corresponding to the first end user, in the first communication at a display location based on the first data structure characteristic;
• and
• transmitting the second communication to the second end user, wherein the first data content is generated for display, on a second device corresponding to the second end user, in the second communication at the display location based on the first data structure characteristic.