Are you ready for a new era of device-free, data-driven fleet solutions?
Join our free webinar to look at the future of fleet optimization powered by connected car data. Together with our partner, High Mobility, we’ll be looking at the new possibilities that open up thanks to connected car data and how these can empower innovation across the fleet industry.
OEM-connected car data platforms generate data from the vehicle’s electronic control units (ECUs), Controller Access Networks (CANs), and in-car infotainment systems and make it accessible to third-party mobility applications in close-to-real time. These data points include many variables such as locations, diagnostic trouble codes (DTCs), fuel levels, AC consumption, battery levels, ADAS information, and many others. Directly flowing from the vehicle, they offer immense opportunities to create new data-driven solutions across the fleet industry.
Together with High Mobility, a leading connected car data provider, we will explore the untapped opportunities which are now unblocked thanks to Connected Car Data: connected fleet insurance, predictive maintenance, fleet management and tracking, residual value optimization, fleet EV composition, and many more. Join the discussion!
Topics
Telematics, connected car data, fleet solutions, OEM data platforms, mobility data analytics, fleet management, fleet optimization, fleet innovation
Who is the webinar for
Fleet Management, Rental & Leasing, Car Dealers, Motor Insurance, Car Sharing
CIO, COO, Head Of Fleet Management, CTO, Innovation Manager
Learnings
Using telematics devices, cars can distribute data for many purposes to an end-user. Car data is created by electrical sensors linked to the ECU or Electronic Control Unit. An ECU is linked to an onboard telematics device that transmits live data. A user in a central location receives this data over the air, with an end interface that can be configured in a way that works for their business. Many car attributes can be transmitted live or at set intervals using GPS and mobile data networks.
Using car data, fleet management companies analyze their vehicles to help reduce costs, prevent maintenance issues, and schedule service appointments in advance. Governments and councils can use car technical data to manage traffic better. Insurance companies can have real-world use cases for their customers, and introducing smart cities with connected cars results in more efficient infrastructure. Most importantly, emergency services receive live vehicle data to accurately locate an accident, with automatic triggers to call ambulances if the vehicle senses it is in a severe accident.
Customers do not need to install any hardware devices in their vehicles and yet have access to many data points flowing straight from the connected vehicle. The accessibility and reliability of this data bring many opportunities for developing innovative data-driven solutions that can optimize mobility and open new revenue streams.
Remember the early days of the pandemic? Cities became ghost towns, and public spaces were no longer public, as everyone locked in to avoid getting infected. COVID has affected most aspects of our lives, and mobility was no different. With work and school going remote and traveling severely limited or outright prohibited, roads emptied. As a result, traffic remained light—even though driving was the only way to get a little taste of the outside world for many. … Read More
The invention of the gas-powered car by Carl Benz in 1885 wasn’t just another step in the history of mobility—this time, humanity has made a real leap forward. By making transportation more efficient and accessible, internal combustion engine (ICE) vehicles have affected all industries in one way or another. Over time, we started to rely on them so heavily that we now design our routines, lifestyles, and even entire cities around them. But no king rules forever. Fast-forward to today, and after almost 130 years, the reign of combustion engine cars is slowly but surely coming to an end. A new contender is on the rise—electric vehicles (EVs). … Read More
According to various sources, a new car loses 9–11% of its value the moment you drive off the dealer’s lot. Over 2-3 years, its price may diminish by more than a half! Although it might seem that the situation is helpless, data science can provide a cure. Learn how applying the right algorithms on telematics data can help you protect and boost the value of your vehicles. … Read More
A practical guide for car insurers to build customer-engaging products, expand services, and boost profitability in the post-pandemic times. … Read More
Picture this. You’re driving back home after a long day of hard work. Exhausted from a series of back-to-back calls, starving despite that quick, half-eaten sandwich you rushed through between one virtual meeting and another. Dying to finally get well-deserved rest. But just then, a sharp squeal comes from under the hood. Is it an issue with brakes or a loose or worn fan belt? Maybe the steering system went down? Either way, your dreams of a good evening’s rest are now ruined, and you’re up for towing or an unplanned inspection. Both of which are going to cost you dearly. Now, what if all of that time and hassle could have been avoided? … Read More
Recently, we discussed the differences and similarities between data analytics and data science. Today, we’re going to investigate the first one in more detail, focusing on its use in the context of mobility. Who uses data analytics solutions, what are the core use cases, and what aspects to consider when applying analytics to mobility? Check out this introduction to our 3-part series on data analytics SaaS. … Read More
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