With our white label application, you benefit from all of our driver behavior analysis services including scoring, driving challenges, automatic crash detection, coaching, eco-driving, fuel estimation, CO2 emissions, mileage tracking.
Yes. You have the choice to include in your application only the services you need or want to offer to your customers/users.
Our app measures the driving behavior of your customers/users. For each trip made, we calculate a safety score, a distraction score and an eco-driving score. The app also provides personalized driving tips based on driving style.
No. Once the app is set up by the user and battery optimizations are disabled, trip detection is automatic. Your drivers do not have to take any action to benefit from our services which work in the background on their phone.
We offer a dedicated dashboard where you can access all the driving data of your users, including their driving scores, rankings, and optionally, detailed trip information. For a more detailed overview of the dashboard's functionalities, we recommend visiting the dedicated page.
Alternatively, you have the option to retrieve the data directly on your backend through API or set up an automated push system to receive the data seamlessly.
The application limits the services visible to end users based on the services you subscribed to. Users can view enabled scores as set up within the app. Additionally, to increase user engagement, we provide a weekly, monthly, and annual comprehensive summary of their driving performance. Detailed information about each trip, including fuel consumption, CO2 emissions, mileage tracking, and their position within the community ranking, is also accessible.
Yes, the mobile application is compatible with all vehicles since it is the driver via his smartphone who is the carrier of our solution. When the user configures the application for the first time, he is invited to select the type of vehicle he drives (brand, model, year) in order to obtain measurements closer to his real vehicle.
Our white label application is fully customizable and configurable. You have control over the logos, icons, colors and of course the name of the app. It is also possible to reorganize the menus, or add a shortcut to a web page in your environment.
Once the application is configured and personalized according to your guidelines, you can distribute the application on the AppStore for iPhone owners and on the PlayStore for Android phone owners.
Yes. Our white label app is compatible with over 95% of Android phones and 100% of Iphones. The compatibility of our services has already been tested on more than 700 different phone models.
Our driving behavior analysis service relies on phone sensors (GPS, accelerometer, inertial measurement unit and gyroscope) to measure more than 200 indicators including hard accelerations, harsh brakings, limits of adherence and even detect road crashes.
Our SDK DriveKit includes all of our driving behavior analysis services including trips details, scoring, driving summaries, driving challenges, automatic road crash detection, coaching, eco-driving, mileage tracking, fuel consumption estimation, estimation of tire/brake wear.
Yes. You have the choice to include in your application only the services you need or want to offer to your customers/users.
Our SDK DriveKit allows you to measure the driving behavior of your customers/users. For each trip made, we calculate a safety score and a distraction score. The app displays personalized driving tips based on driving style.
No. Your drivers do not have to do anything to benefit from our driving behavior analysis services. It runq in the background on their phone.
Our driving behavior analysis service uses phone sensors (GPS, accelerometer, inertial unit and gyroscope) to measure more than 200 indicators including hard accelerations, harsh brakings, limits of adherence and even detect road crashes.
Our DriveKit SDK is compatible with all mobile applications, on both iOS and Android platforms. We offer comprehensive documentation that provides detailed technical instructions, along with one demo app to facilitate a smooth onboarding process. Our SDK is also designed to integrate seamlessly with most cross-platform frameworks. Additionally, we provide specific gateways for React technology, ensuring compatibility and ease of integration.
To streamline the integration of our SDK into your application, we have developed highly comprehensive public documentation. This resource empowers you to seamlessly integrate the SDK within a single day's work. In the event that you encounter any challenges during the integration process, our team is readily available to provide assistance and support.
We offer a dedicated dashboard where you can access all the driving data of your users, including their driving scores, rankings, and optionally, detailed trip information. For a more detailed overview of the dashboard's functionalities, we recommend visiting the dedicated page.
Alternatively, you have the option to retrieve the data directly on your backend through API or set up an automated push system to receive the data seamlessly.
A beacon is a Bluetooth transmitter whose signal is recognized by the phone. Placed in the glove compartment of the vehicle, it limits data collection to the vehicle in which the beacon is placed. It is a battery-powered transmitter. It does not collect data. The smartphone/beacon combination can therefore be used to record the journeys of a single vehicle.
The beacon does not pair with the phone. We simply ask the user to go into the application settings and enter the ID key written on the beacon so that our application recognises the beacon. The user then simply needs to place the beacon in the glove compartment of the vehicle.
Our smartphone technology does not require a beacon to work. Adding a beacon simply allows to identify a user's vehicle with certainty. Thus, if your client has two vehicles, only one of which is insured with you, the beacon will serve as an identification tool. Only trips made in the vehicle where the beacon was placed will be registered.
No. The beacon does not collect any driving data. It is only used to identify with certainty a vehicle.
A beacon does not require any specific installation or connection to the car. Just put it in the glove box of the vehicle.
Yes. You just need to place the beacon in the vehicle's glove box.
Our driving behavior analysis platform provides three driving scores as standard: a safety score, a distraction score and an eco-driving score. Optionally, we provide a fourth score linked to speed limits.
The safety score is based on harsh accelerations, hard brakings and the vehicle's limits of adherence
Based on sensors in smartphones, we detect manipulations of the phone and calls received or made when the vehicle is in motion. The distraction score is calculated based on the number of distraction events detected and their duration.
The eco-driving score represents the energy efficiency ratio between (1) the energy consumed to cover a distance measured by the phone's sensors (calculated physically) and (2) the energy required to complete the same journey with an energy-optimized speed profile, maintaining iso-distance and iso-time.
For instance, achieving a score of 8/10 indicates that it would have been feasible to conserve 20% of energy by simply adjusting your driving habits, such as avoiding abrupt accelerations, anticipating braking, and maintaining a consistent speed whenever possible.
We provide you with a dashboard in which you will find all your user's driving data including their driving scores, their rankings, and optionally their trips. To find out more about the functionalities of our dashboard, consult the dedicated page.
It is also possible to get the data directly on your backend via API or automated push system.
The application limits the services visible to end users based on the services you subscribed to. Users can view enabled scores as set up within the app. Additionally, to increase user engagement, we provide a weekly, monthly, and annual comprehensive summary of their driving performance. Detailed information about each trip, including fuel consumption, CO2 emissions, mileage tracking, and their position within the community ranking, is also accessible.
Our dashboard is a user-friendly web interface that provides a comprehensive view of customer/user behavior indicators. It allows you to administer your users, send them messages, track their rankings, and create challenges.
Access to the dashboard is limited to the project manager and the administrators designated by the project manager themselves. The project manager can add administrators to the interface to grant them access.
Certainly! To remove administrator rights, simply navigate to the user's profile within the dashboard and disable their administrator privileges.
Our dashboard empowers you to independently set up, organize, manage, and conclude driving challenges. You have the freedom to choose the challenge theme, determine the number of trips and minimum distance requirements. Furthermore, you can create driver groups to target specific populations if desired.
Our service can be installed on all Android phones that support at least Android 8, and all iPhones that support at least iOS 12.
There are no geographical limitation. The only requirement is that the area must be covered by a GPS signal. In fact, measuring GPS speed is essential to capture a vehicle's displacement and to analyze its behavior during and after an accident.
Mobile network and mobile data are essential to guarantee the immediate analysis of the data on our platform as well as the transmission of the information to an assistance platform. If the phone is not connected to mobile data, the accident data will be retained and transmitted automatically as soon as the phone is reconnected.
Crash detection is active continuously while a trip is being recorded. Trip recording is automatically triggered by the DriveKit SDK, which can detect a vehicle's displacement even when the application is running in the background.
Energy consumption is marginal. The application doesn’t drain the phone's battery except when the policyholder is driving. In that case, power consumption is mainly due to the use of the GPS sensor. The on-device accident detection strategy doesn’t increase the battery consumption.
To detect and confirm an accident, the data recorded and transmitted to the analysis platform are as follows: 40 seconds of GPS data (sampled at 1 Hz) and 15 seconds of acceleration data (sampled at 100 Hz) centered on the instant of collision.
The data is transmitted via an API to your assistance or claims management platform.
Collision detection on the phone is instantaneous. It then takes 20 seconds to record the post-collision data before sending it to the analysis platform. Processing on the platform takes less than a second. As soon as the crash is confirmed, the info is sent to the insurer's platform. Overall, it takes less than 30 seconds from the time of collision to get crash data on your platform.
We have integrated a supervisor that can reject collisions based on speed and force at the moment of impact. These values can be finetuned according to your needs.
The lower the speed, the less energy is transmitted to the phone's accelerometer. Accident detection is therefore less effective at low speeds (under 10 km/h). This limitation is not critical for assistance purposes, since the collision is not very severe and generally does not involve physical injury.
No, data processing algorithms can differentiate between a dropped phone and a shock caused by an accident.
If an accident is confirmed on our platform, the information is sent back to the SDK installed in the policyholder's mobile application. This signal triggers the smartphone to share the vehicle's location. This is a way to find out whether the driver is continuing his trip after the accident. If so, there's no need to call the emergency services.
Yes, when an accident is confirmed on our platform, the information is returned to the SDK installed in the policyholder's mobile application. This signal can trigger a notification to ask the driver if he needs assistance. If he doesn't respond after 60 seconds, it's probably time to call for help.
DriveQuant, a French insurtech company active in more than 10 countries worldwide, specializes in providing smartphone-based telematics solutions to make roads safer and reduce the environmental footprint of mobility.
DriveQuant is SCOR's strategic partner to help insurers develop and launch connected car programs.
