The MHub837 is an innovative telematics device specifically tailored for the Usage-Based Insurance market initiative. The unit can be either self-installed via a connection to the vehicle's OBD II port, or alternatively as a normal wired installation via a certified installer. The primary purpose of the device is to provide vehicle and driver activity information which can be utilized to assess levels of use and the risk associated with any given driver or vehicle, as well as offering alerting for emergency response. The information includes a wide variety of usage information including mileage (for pay-as-you-drive) and risk monitoring (hours of use, areas of use, driving style etc.), accident notification and reconstruction data, and a variety of consumer value-added services
Scope was founded in 1999, with the core business focusing on the needs of the fleet industry. In just over a decade, Scope has firmly established itself as a global leader in mobile asset management, encompassing Fleet Telematics, Insurance Industry Solutions and Mobile workforce management.
A truly global company, Scope's range of products are sold in 55 countries, on 5 continents and utilised by major corporations such as BAT, DHL, G4S, Holcim, Hollard, Linde Group, Mahindra, Shell, Toyota and Total to name a few.
At the heart of Scope's global success is a network of leading professional and dedicated service providers and partners who view technology as a tool to provide business solutions, and not an objective in its own right.
Scope boasts an innovative approach to telematics has led to a number of industry firsts including;
The incorporation of Silverlight technology, a powerful development platform for creating an engaging and interactive user experience for Web, desktop, and mobile users
The first to develop and implement an OBDII GPS/GSM device with self-calibrating 3 axis accelerometer
The first to develop a self-installed OBD II and accelerometer device designed for the usage-based insurance market, featuring advanced pattern recognition algorithms for driver risk profiling and management