Azure AI Search (formerly Azure Cognitive Search) is a fully managed cloud search service that provides a rich query experience over private, heterogeneous content. Applications Manager's Microsoft Azure AI Search monitoring lets you track search latency, query throughput, throttling ratios, indexer document processing, skill execution, and index storage consumption — all in one place.
To learn how to create a new Microsoft Azure AI Search monitor, click here.
Navigate to the Category View by clicking the Monitors tab. Hover over 'Child Monitors' under Microsoft Azure in the Cloud Apps table, and then select the AI Search monitor from the displayed tooltip. This action will display the bulk configuration view for Microsoft Azure AI Search in three tabs:
Following are the list of metrics monitored in Microsoft Azure AI Search Monitoring in their corresponding tabs:
| Parameter | Description |
|---|---|
| SEARCH LATENCY | |
| Search Latency | The average of search latency for the Azure AI Search Service between the poll intervals (in s). |
| SEARCH QUERIES | |
| Search Queries | The average of search queries per second for the Azure AI Search Service between the poll intervals (in queries/s). |
| THROTTLED SEARCH QUERIES | |
| Throttled Search Queries | The average number of search queries that were throttled for the Azure AI Search Service between the poll intervals (in %). |
| DOCUMENTS PROCESSED | |
| Documents Processed Rate | The total number of documents processed per minute by the Azure AI Search Service between the poll intervals (in documents/min). |
| Documents Processed | The total number of documents processed by the Azure AI Search Service between the poll intervals. |
| SKILL EXECUTIONS | |
| Skill Execution Rate | The total number of skill executions performed per minute by the Azure AI Search Service between the poll intervals (in executions/min). |
| Skill Executions | The total number of skill executions performed by the Azure AI Search Service between the poll intervals. |
| STORAGE USAGE | |
| Storage Usage | The average of storage usage by index for the Azure AI Search Service between the poll intervals (in MB). |
| Vector Storage Usage | The average of vector storage usage by index for the Azure AI Search Service between the poll intervals (in MB). |
| COMPUTE UNITS CONSUMED | |
| Compute Units Consumed | The total number of compute units (mCUs) consumed by Azure AI Search Service operations between the poll intervals. |
| Parameter | Description |
|---|---|
| CONFIGURATION | |
| Resource Group Name | The name of the Azure resource group that contains the AI Search service. |
| Location | The Azure region where the AI Search service is deployed. |
| Provisioning State | The state of the last provisioning operation performed on the AI Search service. Possible values: succeeded, provisioning, failed. |
| Status | The current status of the AI Search service. Possible values: running, provisioning, deleting, degraded, disabled, error, stopped. |
| SKU Name | The SKU or pricing tier of the AI Search service. Possible values: free, basic, standard, standard2, standard3, storage_optimized_l1, storage_optimized_l2, serverless. |
| Creation Time | The timestamp when the AI Search service was created. |
| Local Authentication | Indicates whether API key authentication is Enabled/Disabled for the AI Search service. |
| Endpoint | The endpoint of the Azure AI Search service. |
| Hosting Mode | The hosting mode of the AI Search service. Possible values: Default, HighDensity. |
| Partitions | The number of partitions in the dedicated AI Search service. Valid values: 1, 2, 3, 4, 6, 12. |
| Public Network Access | Indicates whether the AI Search service is accessible through the public network. Possible values: Enabled, Disabled, SecuredByPerimeter. |
| Replicas | The number of replicas in the dedicated AI Search service. Valid range: 1—12 for Standard SKUs and 1—3 for the Basic SKU. |
| Semantic Search | Specifies the availability and billing plan for semantic search on the AI Search service. Possible values: disabled, free, standard. |
It allows us to track crucial metrics such as response times, resource utilization, error rates, and transaction performance. The real-time monitoring alerts promptly notify us of any issues or anomalies, enabling us to take immediate action.
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