Mobile telematics SDK transforms Your app into mobile tracker
Created for developers. Follow the simple guidline to install our telematics SDK and get access to powerful insights of telematics data from your customers and employees.
Features of mobile telematics
Fully autonomus
It works independently inside the app in background mode activated every time when user start driving.
Low battery drain
Less than 6% - is our typical daily battery consumption level. We use Multi-sensor data evaluations to minimal reliance on GPS
Self start-launch
The telematics engine automatically detects start of a trip and activate trip recording without user
Multi-sensors access
A modern phone contains more than 16 sensors. We carefully collect rich data set in order to provide industries with powerful insights
Accurate data set
Academic researchers find smartphones capture around 98% of driving infractions detected by black box or on-board devices (OBD)
Accident detections
Push the claims customer experience to the next level by combining mobile telematics data with context data and FNOL process. Launch new emergency services.
Telematics SDK operational modes
Trips recording
We capture high frequency telematics data set, and do first computing and data squeezing on a smartphone side. Recorded data is transmitted to the platform once a trip is done.
Realtime location
Mobile telematics SDK supports realtime data transmission for vehicle and family members monitoring. Flexible settings enables to get data as often as you want
Event-based activity
Set an event of accident, speeding, and other events as a trigger, Telematics SDK analyze ongoing events in background mode and call to action every time when triggered event occured.
Location-based activities
Send a notification when your customer reached a certain location, i.e. sell travel insurance when your customer in Airport, or stay informed once your driver delivered a parcel to a certain location.
Options to start tracking
Automatic start and stop
Mobile telematics SDK analyses sensor and environment data to accurately detect a start of the trip and its finish. Users don’t need to interact with a smartphone app. it works in fully automatics mode.
iBeacon
A small bluetooth low energy device that used to trigger a start and stop of tracking. a combination of technologies enables to collect on duty trips data only and data from a particular car.
By event/ schedule/ Call
Call a realtime location or a start and stop of tracking remotely when you need it. Set rules in your app or back-end to get data when your customers do certain activities.
Collected information
Time of
Driving
Mileage
Location
Cornering
- Time of driving
- Mileage
- Location
- Cornering
- Acceleration
- Braking
- Speeding
- Distracted driving
Acceleration
Braking
Speeding
Distracted Driving
Unlimited opportunities
for product development
Covered distance & Traveled time
Accident
verification
Risk assessment models
Predictive
Analytics
Trips details &
Life-style data
Visited places
(Points of interest)
Realtime location data
Driving style analysis
Realtime speeding notifications
R&D Collaboration
Published papers & Interviews
We constantly support universities and schools initiatives on conducting surveys, academic researches, and other projects in order to make roads safer and fleets more efficient
Instant Feedback Hurts Our Performance
The findings are mixed, and different factors can play into whether it has a positive or negative impact. For example, we know that people process feedback as it relates to their goals
Does Real-time Feedback Make You Try Less Hard?
Contrary to much of the existing feedback literature, we find that, on average, the driving performance of users post-detailed feedback is nearly 13.0% worse than the performance of users who do not review their detailed feedback
