By the side of those who race
The telematic WEB platform of Be Traced is designed for real-time monitoring and analysis of moving vehicles, ensuring precise control, maximum security and advanced reporting.
Active in motorsport competitions, including classic and sport regularity races, rallies and non-competitive events, is an IoT solution developed to work flawlessly with our wide range of GPS solutions and allows real-time monitoring down to the tenth of a second.
Position, direction, speed, alarms, distress calls, reports of any hazards on the route: any data acquired by the devices is forwarded to the telematics platform in real time, is processed and can be used to generate reliable and accurate reports.
Structured to show all important information in real time, it can be fully customized according to the countless types of competitions and customer needs.
Safety functions
Safety, in any sporting event, is the first factor of extreme and absolute importance.
Nelle manifestazioni motoristiche il Direttore di Gara è la figura chiave nell’organizzazione, è responsabile della direzione e della sicurezza, ha il compito di applicare il Regolamento Particolare di Gara e supervisiona l’allestimento del percorso e delle prove speciali, coordinando il lavoro di tutti gli ufficiali di gara.
Since 2019, the platform has been used in numerous events, and since 2024, alongside the BR001 GPS device, it has been used in the headquarters of all rally competitions scheduled in the ACI Sport calendar, offering a powerful coordination tool to the Race Director.
Equipped with GPS tracking devices, crews can receive alerts sent from the Race Direction via the dedicated in platform commands. Furthermore, crews can send requests or reports about abnormal situations on stage to the Race Direction, directly from the GPS device.
In the rally sector, the WEB monitoring platform is set up to send and receive the following safety-critical information.
Real-time reporting
When a vehicle stops on a stage for more than five seconds, the BR001 device immediately sends an accident detection alert. The crew then waits for a response and, directly from the device, can indicate whether the road is clear or blocked, send an SOS for fire or medical assistance, or cancel the automatic accident detection status.
In the event of an impact exceeding 15g, the BR001 immediately transmits all impact data to the platform, marking it as a top-priority event with a dedicated audio alert displayed on the interface.
Audible and on-screen notifications
The Race Direction can send red flags to specific competitors on the course.
This signal informs competitors in the stage that it has been cancelled. A red screen and an audible alert appear on the BR001, notifying competitors about the red flag activation and requiring the crew to confirm its receipt.
Real-time data
Slow zones and virtual chicanes are tools used to make rallying safer by reducing speed in dangerous areas.
The slow zone is a slowdown zone that can be inserted in sections with bottlenecks, dangerous curves or in proximity to spectator areas.
In the virtual chicane, drivers must brake and re-accelerate at a specific point.
The inclusion of speed checks is to ensure safety and compliance with speed limits.
All these safety systems are configured in the platform and visible on the route via dedicated icons.
History and advanced reports
Through the Be Traced telematics WEB platform, as well as real-time, the history of the routes taken by each crew can be accessed at any time.
Within the interface are specific sections dedicated to the historical data (displayed on the map), data extrapolation and reporting through the visualization of route taken, both in graphical and tabular format, which can be downloaded for better management of sporting aspects.
With these dedicated pages, you can view data related to routes, stops made, speeds incurred, buttons pressed, statuses sent, and all information collected during the stage.
The advanced history and reporting function is a tool that helps easily resolve any dispute, ensures better event management, and serves as a strategic resource for certifying violations and conducting post-race or critical event analyses.
By selecting a specific date and time, the highlighted route taken by an individual crew can be displayed on the map. In case of disputes, the track comparison feature with other crews can be enabled.
For sections of the route that include slow zones and virtual chicanes, which can be viewed on the platform, it is possible to review data verifying the accuracy of passage through these areas.
Speed detection points, also known as speed checks, can be placed at certain points of the stage.Live Timing
Be Traced is a leading provider of IOT solutions for historic car regularity races.
Thanks to its data processing capabilities, Be Traced is the only Italian certified operator and technology partner of the Federazione Italiana Cronometristi (FICr) for GPS timing of regularity races.
Since 2022, FICr has been using Be Traced as the sole supplier for timing activities in all events that are part of the Campionato Italiano Grandi Eventi and the ACI Sport Campionato Italiano Regolarità a Media.
Regularity races are motorsport competitions where the main goal is to maintain a predefined average speed along the course, respecting the set times for each sector into which the route is divided.
Times to the tenth of a second
Be Traced's IOT solution is developed to work flawlessly with our wide range of GPS devices.
Through the interface, depending on the needs and the type of competition, the accuracy of data acquisition from the devices can be set from once per second to the tenth of a second.
Time-Stamp passing
The passage times of each vehicle and each stage at points of interest and checkpoints are captured and calculated with exceptional accuracy and immediacy.
For each passing point, the Be Traced platform provides the time-stamp, date, and time to the timekeeper user for each competitor and for each trial start and finish.
Satellite communication
Some areas of Motorsport involve events in remote areas, without network coverage.
Where GSM is not available, our solutions are equipped with a satellite module, that allows information to be transmitted through the IRIDIUM satellite network. This enables information and timing to be acquired anywhere where there is no LTE communication.
