Methods and systems for self-healing artificial intelligence

A system comprising:

• one or more processors;
• and
• a non-transitory computer-readable medium storing instructions that when executed by the one or more processors, cause the one or more processors to perform operations including:
• receiving, from a computing device, an identification of a task and an intent associated with the task;
• executing a specialist module using an object derived from the task and the intent, wherein the specialist module defines a sequence of subtasks configured to implement the task;
• facilitating execution of a first subtask of the sequence of subtasks, wherein the first subtask is executed by a first agent module trained to execute a single task type;
• determining, by the specialist module, a state of the task in response to execution of the first subtask;
• executing the specialist module using a new object derived from the task and the state of the task, wherein the specialist module defines new sequence of subtasks extending from the first subtask;
• and
• facilitating execution of a second subtask of the new sequence of subtasks, wherein the second subtask is executed by a second agent module trained to execute a single task type.

A non-transitory computer-readable medium storing instructions that when executed by one or more processors, cause the one or more processors to perform operations including:

• receiving, from a computing device, an identification of a task and an intent associated with the task;
• executing a specialist module using an object derived from the task and the intent, wherein the specialist module defines a sequence of subtasks configured to implement the task;
• facilitating execution of a first subtask of the sequence of subtasks, wherein the first subtask is executed by a first agent module trained to execute a single task type;
• determining, by the specialist module, a state of the task in response to execution of the first subtask;
• executing the specialist module using a new object derived from the task and the state of the task, wherein the specialist module defines new sequence of subtasks extending from the first subtask;
• and
• facilitating execution of a second subtask of the new sequence of subtasks, wherein the second subtask is executed by a second agent module trained to execute a single task type.