The Costs is GHC 50 per month per usage.
 
The plug-and-play unit easily plugs into the vehicle’s OBDII port and incorporates Scope’s patents including the self-calibrating accelerometer, driver behavior pattern recognition and advanced accident telemetry data (e.g. vehicle impact zone, impact angle and magnitude).
 
MHub837 is an advanced telematics device and fourth generation Scope OBD II unit developed for consumer connected car solutions, insurance telematics, and fleet management.
 
AVL – Advanced Vehicle Location services provide comprehensive trip, location and vehicle status information
Accident detection and reconstruction – Accurate accident reconstruction with patented algorithms, accident notification and comprehensive reconstruction modules estimate vehicle impact zone and angle of impact
BLE: Bluetooth 4.0 LE – Monitor and report various BLE sensors including driver ID, door sensors and driver biofeedback (e.g. heart rate)
C02 Emissions Reporting – Calculation-based emissions reporting using vehicle type and factory specifications
Custom Beeper Flags – Alert drivers of various vehicle statuses (e.g. entrance into a Point of Interest)
Driver Behavior – Monitor a wide range of risky driver behavior including harsh braking, lane swerving, aggressive lane changing and more using Scope’s patented pattern recognition
Driver Management – Comprehensive activity management including trip monitoring and user defined time/day and geolocation vehicle utilization restrictions
Geofences – User-defined geolocation vehicle activity monitoring
Health Metrics Reporting – Daily reports of unit performance and diagnostic status
In-Vehicle network – Provision of in-vehicle network data including fault codes, fuel consumption and odometer (data sources may vary between various makes and models)
Intelligent Power Management – User-defined power optimization
OBDII installation – Simple plug-and-play installation into the vehicle OBDII port
Pattern Recognition Engine – Patented auto-calibration of 3-axis digital accelerometer for driver behavior and accident detection, capable of 400Hz data for accident reconstruction
Trigger Engine – Fully customizable user-defined operation sequence and action trigger system allows the automation of actions based on vehicle status and variables (e.g. change speed limit on POI entry)
Vehicle Battery Monitoring – Monitor and report vehicle battery health statistics