Neuro-symbolic Artificial Intelligence-based Assessment System

A neuro-symbolic assessment platform, comprising:

• a processor;
• and
• memory storing computer-readable instructions that, when executed by the processor, cause the neuro-symbolic assessment platform to:
• generate, in response to an application programming interface (API) function call received from a data consuming application and based on user information received from one or more Internet of things (IOT) edge devices, a neuro-symbolic rule set;
• determine, based on neuro-symbolic analysis of the user information and the neuro-symbolic rule set and environmental information associated with a user associated with the user information, a data access level, wherein the environmental information is received from user IoT devices in communication with the IoT edge devices;
• supplement, based on subsequent requests with additional successful user validations, additional information to a sharable data object until a maximum data access level for the user is reached;
• build, based on the data access level and from the at least one data repository of the enterprise computing device, a consolidated data repository, wherein the consolidated data repository comprises data associated with a response to the API function call;
• and
• return, to the data consuming application, at least one portion of data stored in the consolidated data repository.

Non-transitory computer readable media storing instructions that, when executed by a processor, cause a neuro-symbolic assessment platform to:

• generate, in response to an application programming interface (API) function call received from a data consuming application and based on user information received from one or more Internet of things (IoT) edge devices, a neuro-symbolic rule set;
• determine, based on neuro-symbolic analysis of the user information and the neuro-symbolic rule set and environmental information associated with a user associated with the user information, a data access level, wherein the environmental information is received from user IoT devices in communication with the IoT edge devices;
• supplement, based on subsequent requests with additional successful user validations, additional information to a sharable data object until a maximum data access level for the user is reached;
• build, based on the data access level and from the at least one data repository of the enterprise computing device, a consolidated data repository, wherein the consolidated data repository comprises data associated with a response to the API function call;
• and
• return, to the data consuming application, at least one portion of data stored in the consolidated data repository.