A Business Application groups machine identities (for example AI agents or applications) under a common owner and sanctioned status. Business Applications can be defined out-of-the-box, discovered from a source, or created by an administrator. Signatures on a Business Application drive automatic correlation of machine identities to it; sanctioned status is independent metadata that machine identities inherit once linked.
A Business Application groups machine identities (for example AI agents or applications) under a common owner and sanctioned status. Business Applications can be defined out-of-the-box, discovered from a source, or created by an administrator. Signatures on a Business Application drive automatic correlation of machine identities to it; sanctioned status is independent metadata that machine identities inherit once linked.
A Business Application groups machine identities (for example AI agents or applications) under a common owner and sanctioned status. Business Applications can be defined out-of-the-box, discovered from a source, or created by an administrator. Signatures on a Business Application drive automatic correlation of machine identities to it; sanctioned status is independent metadata that machine identities inherit once linked.
A Business Application groups machine identities (for example AI agents or applications) under a common owner and sanctioned status. Business Applications can be defined out-of-the-box, discovered from a source, or created by an administrator. Signatures on a Business Application drive automatic correlation of machine identities to it; sanctioned status is independent metadata that machine identities inherit once linked.
Method documents provide detailed information about each API operation (or method). They describe what the method does and details its input parameters, expected return values, and any considerations to be aware of when using it.
Method documents provide detailed information about each API operation (or method). They describe what the method does and details its input parameters, expected return values, and any considerations to be aware of when using it.
The Python SDK uses data models to structure and manage data within the API. These models provide essential details about the data, including their attributes, data types, and how the models relate to each other. Understanding these models is crucial to effectively interact with the API.
The TypeScript SDK uses data models to structure and manage data within the API. These models provide essential details about the data, including their attributes, data types, and how the models relate to each other. Understanding these models is crucial to effectively interact with the API.