What RESTful API capabilities exist in the SolarWinds Orion Platform for NPM automation?

What RESTful API capabilities exist in the SolarWinds Orion Platform for NPM automation?

• A. The Orion REST API allows programmatic access to nodes, interfaces, alerts, dashboards, and configurations; enables automation of common tasks such as adding nodes or retrieving performance data.
• B. API only supports retrieving performance data for a single node.
• C. There is no REST API in Orion Platform.
• D. The REST API is read-only and cannot modify configurations.

Answer: (A)

The Orion Platform REST API is built for automation across the main NPM resources, not just data retrieval. It gives programmatic access to nodes, interfaces, alerts, dashboards, and configurations, and supports creating, updating, and deleting those resources as well as retrieving performance data. This means you can automate everyday tasks like adding new nodes, pulling performance data across multiple devices, updating alert definitions, and provisioning or adjusting dashboards without manual interactions. It’s designed for more than read-only access, so you can modify configurations and manage the platform through scripts or code, which is essential for scalable network management. The other options fall short because they describe limited or nonexistent capabilities, whereas the API clearly enables broad, actionable automation across multiple resource types.

The Orion Platform REST API is built for automation across the main NPM resources, not just data retrieval. It gives programmatic access to nodes, interfaces, alerts, dashboards, and configurations, and supports creating, updating, and deleting those resources as well as retrieving performance data. This means you can automate everyday tasks like adding new nodes, pulling performance data across multiple devices, updating alert definitions, and provisioning or adjusting dashboards without manual interactions. It’s designed for more than read-only access, so you can modify configurations and manage the platform through scripts or code, which is essential for scalable network management. The other options fall short because they describe limited or nonexistent capabilities, whereas the API clearly enables broad, actionable automation across multiple resource types.