Automotive

The Mobility TOE for February 2022 covers innovations pertaining to fleet management, cobalt free batteries, asset tracking and EV charging among others. Some of the innovations profiled include electric vehicle charging with easy mobile access, autonomous cargo vehicle for last-mile delivery, cobalt-free battery for solar power electric vehicles, ...

This research service analyzes and provides growth forecasts for 2030 for the LATAM hybrid and electric vehicles market (PHEVs, HEVs, and BEVs). By 2030, the commercialization of approximately 1 million electrified vehicles is expected in LATAM, and the total electrified vehicles in operation will be about 5.4 million. Analyzing 2030 sales by techn...

Autonomous shared mobility technology, after years of development and testing in the real world, is on the verge of reaching commercial viability on a large scale. In 2021, the global market opportunity from autonomous mobility was approximately $27 million. This is expected to reach $92 billion in 2035, accounting for the market changes brought on...

The Mobility Technology Opportunity Engine (TOE) for January 2022 covers innovations in E-bikes, fleet management, traffic management, LEDs and AI-based solutions. Some of the innovations profiled include E-bikes for ride-sharing services, Internet of Things (IoT)-based fleet management solution, AI-based AR solution, LEDs for automotive lighting, ...

As the race toward deployment of self-driving vehicles picks up momentum and the levels of autonomous driving increase, original equipment manufacturers (OEMs) are demanding better sensors that can harmonize and achieve surround vision, giving an autonomous vehicle full visibility of its environment. Numerous sensors are already available and in...

The Mobility Technology Opportunity Engine (TOE) for December 2021 covers innovations pertaining to fleet management, electric vehicles, robotic factory, wireless charging, and ADAS. Some of the key innovations profiled include fleet management software for dispatch and workflow control, low cost electric passenger cars, intelligent robotic factory...

In the near future, cars will function similar to how smartphones or even smart devices are utilized today, an evolutionary leap from their original role as merely transportation hardware. Automakers must recognize this impending shift and transform their vehicles into digital hubs as soon as feasible. Although this new form of operation will spell...

The automotive industry defines life on board as the time occupants will spend on board a future connected and automated vehicle. Level 4 automated driving will transform how vehicles are designed, from the inside out. With minimum-to-no driving activity involved, vehicle control systems such as steering, braking, and accelerating will be hidden aw...

With the increasing adoption of advanced driver assistance systems (ADAS) and autonomous driving, there has been a corresponding increase in the need for sensors used in such applications. This study examines the use of light detection and ranging (LiDAR) sensors in the automotive industry. The LiDAR is a sensing system that will become an integral...