diff --git a/platform-includes/crons/requirements/java.mdx b/platform-includes/crons/requirements/java.mdx
index 13baa55a15e56..510d0678eb16c 100644
--- a/platform-includes/crons/requirements/java.mdx
+++ b/platform-includes/crons/requirements/java.mdx
@@ -6,5 +6,5 @@
 - Send a monitor configuration from your code as shown below, and Sentry creates the monitor on the first check-in. You can also [create the monitor in Sentry](https://sentry.io/issues/alerts/new/crons/) instead.
 </PlatformSection>
 <PlatformSection supported={["java.spring-boot"]}>
-- [Create the monitor in Sentry](https://sentry.io/issues/alerts/new/crons/) first. `@SentryCheckIn` does not send a monitor configuration, so Sentry drops check-ins for a slug that has no monitor.
+- From Sentry Java SDK version `8.64.0`, `@SentryCheckIn(upsertMonitorConfig = true)` sends a monitor configuration based on the method's `@Scheduled` annotation, and Sentry creates the monitor on the first check-in. Without it, on older SDK versions, or for schedules that can't be converted, [create the monitor in Sentry](https://sentry.io/issues/alerts/new/crons/) first, because Sentry drops check-ins for a slug that has no monitor.
 </PlatformSection>
diff --git a/platform-includes/crons/setup/java.spring-boot.mdx b/platform-includes/crons/setup/java.spring-boot.mdx
index a711aa8b2bcdb..b48a78d756b9d 100644
--- a/platform-includes/crons/setup/java.spring-boot.mdx
+++ b/platform-includes/crons/setup/java.spring-boot.mdx
@@ -52,6 +52,30 @@ public class CustomJob {
 }
 ```
 
+### Monitor Configuration From `@Scheduled`
+
+From Sentry Java SDK version `8.64.0`, set `upsertMonitorConfig = true` and `@SentryCheckIn` reads the method's `@Scheduled` annotation and sends a monitor configuration with the in-progress check-in, so Sentry creates the monitor, or updates its schedule, from your code:
+
+```java
+@Scheduled(cron = "0 0 * * * *")
+@SentryCheckIn(value = "<monitor-slug>", upsertMonitorConfig = true) // 👈
+void execute() {
+  // your task code
+}
+```
+
+The schedule is converted like this:
+
+- `cron`: a Spring cron expression with a fixed seconds field (for example `0 0 * * * *`) is sent as a crontab schedule without the seconds. If the seconds field isn't `0`, a check-in margin of 2 minutes is sent too, since the job checks in up to 59 seconds after the minute Sentry expects. This replaces a margin set in Sentry; set a larger `options.cron` default check-in margin to keep it. Spring macros such as `@hourly` and `@daily` are supported.
+- `fixedRate` (including `fixedRateString`, such as `"5m"` or `"PT5M"`, and `timeUnit`): sent as an interval schedule when the period is a whole number of minutes. `fixedDelay` jobs send no monitor config.
+- `zone`: sent as the monitor's timezone for cron schedules. Without `zone`, the JVM's default time zone is sent, since that's where Spring runs the job. It must be an IANA time zone ID such as `Europe/Vienna`; whole-hour offsets such as `GMT+2` are sent as `Etc/GMT-2`.
+
+Placeholders such as `${app.cleanup.cron}` are resolved. No configuration is sent for cron expressions with variable seconds (for example `*/30 * * * * *`), cron expressions that set both day-of-month and day-of-week (on Spring 5.3 and later, a day-of-month step such as `0 0 9 */2 * MON` is converted; on older Spring versions, none are), `#5` days of week on Spring 5.3 and later, cron syntax Sentry doesn't support (such as `15W`, `L-3`, or wrap-around ranges like `22-2`), other time zones, periods that aren't whole minutes, methods with more than one `@Scheduled`, or heartbeat check-ins. For those, for methods without `upsertMonitorConfig = true`, and for older SDK versions, [create the monitor in Sentry](https://sentry.io/issues/alerts/new/crons/) first.
+
+Sentry only updates the fields that were sent. Margins, max runtime, and thresholds configured in Sentry are kept unless you set defaults for them in `options.cron`, which are sent only with check-ins that carry a monitor configuration.
+
+When you turn on `upsertMonitorConfig` for a monitor that already exists, it gets the schedule and timezone from `@Scheduled` (the JVM's default time zone if `zone` isn't set), overwriting the ones set in Sentry.
+
 ## Heartbeat
 
 Heartbeat monitoring notifies Sentry of a job's status through one check-in. This setup will only notify you if your job didn't start when expected (missed). If you need to track a job to see if it exceeded its maximum runtime (failed), use check-ins instead. To start sending heartbeats simply add the `@SentryCheckIn(monitorSlug = "<monitor-slug>", heartbeat = true)` annotation to the method you want to send heartbeats for.