Dynamic event securitization and neural network analysis system

A method comprising:

• at a dynamic event securitization computing platform comprising at least one processor, a communication interface, and memory:
• receiving, from a user device, a first event;
• generating, based on the first event, a securitized file-sharing user interface configured to receive one or more files for secure sharing to a remote computing device located outside of an enterprise network;
• sending, to the user device, the securitized file-sharing user interface, wherein sending the securitized file-sharing user interface to the user device causes the user device to display the securitized file-sharing user interface;
• receiving, from the user device, via the securitized file-sharing user interface, one or more user files and security data associated with the one or more user files;
• inspecting each of the one or more user files;
• securitizing each of the one or more user files to generate one or more securitized user files;
• sending, to the user device, the one or more securitized user files;
• generating, based on a result of inspecting each of the one or more user files, one or more data securitization flags, wherein the one or more data securitization flags are configured to cause a computing platform to modify event analysis results;
• sending, to the computing platform, the one or more data securitization flags and first event data associated with the first event;
• receiving, from the computing platform, one or more system reconfiguration instructions;
• and
• updating one or more security settings of a dynamic event securitization computing platform based on the system reconfiguration instructions.

One or more non-transitory computer-readable media storing instructions that, when executed by a dynamic event securitization computing platform comprising at least one processor, a communication interface, and memory, cause the dynamic event securitization computing platform to:

• receive, from a user device, a first event;
• generate, based on the first event, a securitized file-sharing user interface configured to receive one or more files for secure sharing to a remote computing device located outside of an enterprise network;
• send, to the user device, the securitized file-sharing user interface, wherein sending the securitized file-sharing user interface to the user device causes the user device to display the securitized file-sharing user interface;
• receive, from the user device, via the securitized file-sharing user interface, one or more user files and security data associated with the one or more user files;
• inspect each of the one or more user files;
• securitize each of the one or more user files to generate one or more securitized user files;
• send, to the user device, the one or more securitized user files;
• generate, based on a result of inspecting each of the one or more user files, one or more data securitization flags, wherein the one or more data securitization flags are configured to cause a computing platform to modify event analysis results;
• send, to the computing platform, the one or more data securitization flags and first event data associated with the first event;
• receive, from the computing platform, one or more system reconfiguration instructions;
• and
• update one or more security settings of the dynamic event securitization computing platform based on the system reconfiguration instructions.