Live tracking that shows when a rider has stopped moving so the event team can check on them

Live rider tracking with stationary alerts — event staff can see each rider’s location in real time and get notified if someone stops moving, so they can check on them.

If you’re looking for an existing platform, Owaka Live offers organizer-focused tracking and event alerts. (owaka.live)

Several platforms and event organizers already do this. The most direct examples are:

• Racemap's Safemap is a monitoring dashboard for long events. Its alert list includes "no movement," along with SOS, crash, lost track, and low battery. Racemap's page doesn't require individual trackers for every participant. Racemap says there are no individual tracking devices needed. (The vendor page is about a year old, so confirm current features.)
• UCI's rider safety system is the most detailed published example. Riders wear a small GPS device, and if a bike remains stationary for 30 seconds, leaves the course trace, or records abnormal speed variations, the control room initiates a verification protocol. The UCI says the system lets its control centre monitor the position and speed of the whole peloton, and the rider's exact position is sent to organisers, commissaires, and medical and security services.

If you're setting this up yourself, the sources point to a few practical rules:

1. Set the threshold by location. A stop at an aid station is normal, while a stop off-route after dark is not. One source suggests defining how long a rider can remain stationary in a remote section before a welfare check begins, and accounting for known stops such as aid stations, hike-a-bike climbs, or ferry crossings.
2. Treat an alert as a prompt to check, not proof of an emergency. A stationary tracker alone does not prove an incident. A slow rider could be fixing a mechanical or taking a planned break.
3. Plan for false signals. A tracker that stops reporting may indicate a depleted battery, terrain interference, or a device problem. It should prompt investigation, not automatically mark an athlete out of the event.
4. Assign someone to watch the map. A live map only helps when a trained person is watching it with authority to act. Also define the response steps in advance, such as a radio check, a call to the nearest marshal, or a field deployment.

Tell me the sport, course length, and whether riders carry their own trackers or you're using a phone app, and I can suggest which kind of system fits.

To track riders in real-time and receive alerts when someone has stopped moving, you should look for GPS-based event management platforms that offer "stationary alerts" or "stoppage detection" features.

These systems are specifically designed for endurance sports, rallies, and outdoor adventures, allowing your event team to distinguish between a rider taking a quick break and a potential emergency.

Recommended Types of Solutions

• Smartphone-Based Tracking (App-based): If your event is budget-conscious or uses consumer-grade hardware, platforms like WHIP LIVE or VUNO allow you to track participants via their own smartphones. These apps feature built-in safety tools where organizers can set up custom alerts if a participant stops moving for an extended period or goes off-course.
• Dedicated GPS Tracking Devices: For events in remote areas without reliable cellular coverage, or for high-stakes professional races, you should use satellite or professional-grade GPS trackers (such as those offered by Tracktherace, Open Tracking, or Be Traced). These devices are more reliable, have longer battery life, and provide precise, real-time telemetry to a central "Race Control" dashboard.
• Integrated Safety & Coordination Platforms: Systems like Safemap (by RACEMAP) or professional rally tracking solutions (like Sirius Rally Tracker) are built to support decision-making. They don't just show a dot on a map; they provide the operations team with a dashboard showing rider status, which helps in coordinating medical or sweep teams immediately when an unusual stop is detected.

Key Features to Look For

When evaluating these platforms, ensure they provide the following capabilities:

• Customizable Stationary Alerts: The ability to define how long a rider can remain stationary before the system flags them (e.g., an alert after 5 minutes of no movement).
• Centralized Dashboard: A single view for your team to see all riders, with filters to isolate specific individuals or groups.
• SOS/Emergency Signaling: Many platforms allow riders to trigger an SOS from their device, which immediately notifies your team of their exact location.
• Two-Way Communication: Advanced systems allow you to push notifications or receive "OK" signals from riders, which helps verify their status without immediately dispatching rescue personnel.
• Coverage Versatility: Confirm whether the system requires cellular data (cheaper, common for smartphone apps) or satellite connectivity (essential for remote, backcountry events).

Implementation Advice

1. Define Your "Stop" Threshold: Not all stops are emergencies. Configure your software to allow for a reasonable "dwell time" to avoid "alert fatigue" where your team is constantly notified of riders simply stopped at aid stations.
2. Test in Realistic Conditions: Before the event, test the devices on the actual course. Signal strength can vary significantly in wooded, hilly, or remote areas.
3. Establish a Protocol: Having the technology is only half the battle. Ensure your event team has a clear "Standard Operating Procedure" for what to do when an alert comes in—who confirms the status of the rider, and at what point is a recovery vehicle or medical team dispatched?

Yes—this is usually called live GPS tracking with a “no movement” or “stopped rider” alert. The event team can see riders on a live map and get a notification if someone remains stationary long enough to warrant a check-in.

A few options that describe this feature:

• Tracktherace: offers “no movement” alerts so organizers can contact a rider or send staff to their last reported location. ⁴
• RACEMAP Safemap: provides an operations dashboard with no-movement alerts, participant locations, and workflows for multiple team members to coordinate responses. ²³
• Traky365: offers a configurable stationary-time alert, with conditions such as being outside a checkpoint. ⁸

When comparing services, ask about alert delay settings, coverage in remote areas, what happens when a tracker loses signal, and whether riders use dedicated GPS devices or a phone app. A stopped-rider alert is a prompt to check on someone—not confirmation that they need help.