description: "Learn how to use Sentry's AI Agents Dashboard."

<Include name="feature-limited-on-team-retention.mdx" />

Once you've [configured the Sentry SDK](/product/insights/ai/agents/getting-started/) for your AI agent project, you'll start receiving data in the Sentry [AI Agents Insights](https://sentry.io/orgredirect/organizations/:orgslug/insights/agents/) dashboard.

The main dashboard provides a comprehensive view of all your AI agent activities, performance metrics, and recent executions.

description: "Learn how to use Sentry's AI Performance tool to get insights into things that may be affecting your application health, including critical LLM metrics."

<Include name="feature-limited-on-team-retention.mdx" />

Sentry's AI Performance allows you to see critical metrics for your LLM pipelines, like token usage and duration. In addition to having a dedicated space to monitor AI performance, you can also look view Sentry's Frontend, Backend, and Mobile Insights to understand the performance of the applications running your pipelines.

description: "Learn how to use Sentry's MCP Dashboard."

<Include name="feature-limited-on-team-retention.mdx" />

Once you've [configured the Sentry SDK](/product/insights/ai/mcp/getting-started/) for your MCP project, you'll start receiving data in the Sentry [MCP Insights](https://sentry.io/orgredirect/organizations/:orgslug/insights/ai/mcp/) dashboard.

The main dashboard provides a comprehensive view of all your MCP server activities, performance metrics, and recent tool executions.

description: "Learn more about Sentry's Cache page, which provides insights into cache utilization and latency, so you can investigate potential cache performance issues."

<Include name="feature-limited-on-team-retention.mdx" />

The **Caches** page gives an overview of cache performance across all endpoints for currently selected backend projects with summary graphs for **Miss Rate** and **Requests Per Minute** (throughput). You can use these as a starting point to see if there are any potential cache performance issues, for example, a higher than expected Miss Rate percentage.

If you see an anomaly or want to investigate a time range further, click and drag to select a range directly in the graph and data will be filtered for that specific time range only.

description: "Learn more about cache monitoring with Sentry and how it can help improve your application's performance."

<Include name="feature-limited-on-team-retention.mdx" />

A cache can be used to speed up data retrieval, thereby improving application performance. A cache stores data temporarily to speed up subsequent access to that data. This allows your application to get data from cached memory (if it is available) instead having to download that data again or retrieving it from a potentially slow data layer. Caching can speed up read-heavy workloads for applications like Q&A portals, gaming, media sharing, and social networking.

A successful cache results in a high hit rate which means the data was present when fetched. A cache miss occurs when the data fetched was not present in the cache. If you have performance monitoring enabled and your application uses caching, you can see how your caches are performing with Sentry.

description: "Learn how to use Sentry's Backend Performance tool to monitor things like queries, outbound API requests, caches, and queues."

<Include name="feature-limited-on-team-retention.mdx" />

Sentry's [**Backend Performance**](https://sentry.io/orgredirect/organizations/:orgslug/insights/backend/) page gives you an overview of the health of your application. You'll be able to see things like the **Most Time-Consuming Queries**, **Most Time-Consuming Domains**, **p50** and **p75 Duration**, and so on.


description: "With Queries in Sentry, you can easily see database queries, remediate performance errors & monitor query performance."

<Include name="feature-limited-on-team-retention.mdx" />

If you have [Insights](/product/insights/) enabled and your application queries a database, you can see how your queries are performing in Sentry.

Sentry's query monitoring helps you investigate the performance of your queries and get more information to improve them.

description: "Learn how to monitor your queues with Sentry for improved application performance and health. "

<Include name="feature-limited-on-team-retention.mdx" />

Message Queues make asynchronous service-to-service communication possible in distributed architectures. Queues are great for making work that sometimes fails, more resilient and are therefore a building block for distributed applications. Some examples of what queues can help with include handling webhooks from third-party APIs or handling periodic tasks (such as calculating metrics for your users daily).

If you have performance monitoring enabled and your application interacts with message queue systems, you can configure Sentry to monitor their performance and health.

description: "Learn how to use Sentry's Queues page to get an overview of queue performance and investigate potential problems. "

<Include name="feature-limited-on-team-retention.mdx" />

The **Queues** page provides a breakdown of queue performance by destination (the topic name or queue name). Use it as a starting point to investigate potential problems with queues, such as higher than expected processing latency.

A the top of the page, the Average Latency graph shows the total time that messages take to complete. The Published versus Processed graph shows how many messages are being written to the queue versus how many are being completed. If you see an anomaly or want to investigate a time range further, click and drag to select a range directly in the graph and you'll see data for that specific time range only.

description: "Learn more about browser asset performance monitoring, which allows you to debug the performance of loading JavaScript and CSS on your frontend."

<Include name="feature-limited-on-team-retention.mdx" />

If you have performance monitoring enabled for your frontend, you can see how your browser assets are performing in Sentry.

Starting with the [**Assets** page](#assets-page), you get a high-level overview of how your assets are doing. From there, you can drill into a specific asset's [**Asset Summary** page](#asset-summary-page) and then investigate sample events from the [Sample List](#sample-list) to better understand the context of its performance in a specific page.