[getsentry/action-github-commit] Auto commit

src/docs/product/profiling/differential-flamegraphs.mdx

@@ -44,10 +44,10 @@ And here's what it looks like if we're using the data from before the regression
 
 By using the `Before -> After` toggle we can see that `ModuleLock.acquire` was faster before the regression, but we can also see some of the function calls inside our `ChunkUploadEndpoint`, which are no longer being called.
 
-Besides the color scheme and a different source of data, differential flamegraphs follow a similar UI pattern as aggregated flamegraphs. You can pan/zoom around the chart and search for frames like in a regular flamegraph.
+While differential flamegraphs in Sentry use a different color scheme and pull from a different source of data than regular flamegraphs, you can pan and zoom around the chart and search for frames the same way you do with regular flamegraph.
 
-The table under the differential flamegraph represents the largest changes in function durations. The functions on the left have increased in duration while the functions on the right have improved in duration.
+The table under the differential flamegraph shows both the largest increases and the largest decreases in function duration.
 
 ![Differential flamegraph table](./differential-flamegraph-table.png)
 
-Differential flamegraphs are a powerful feature that allow us to quickly visualize potential sources of performance regressions or improvements and while they are currently only available as part of the automated function regression workflow, we will be adding them to other parts of the profiling workflow.
+Differential flamegraphs are a good way to quickly visualize potential sources of performance regressions or improvements. Currently, they're only available as part of the automated function regression workflow, but we're working on adding them to other parts of the profiling workflow.