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The United States' rapidly evolving connected car market consistently adapts to shifting consumer preferences, driven by the adoption of emerging use cases that shape the new normal across diverse customer segments. Frost & Sullivan’s Voice of Customer: In-Car Services and Features, Passenger Vehicles, United States, 2024 survey reveals how car own...

China’s rapidly evolving connected car market consistently adapts to shifting consumer preferences, driven by the adoption of emerging use cases that shape the "new normal" across diverse customer segments. Frost & Sullivan’s Voice of Customer: In-Car Services and Features, Passenger Vehicles, China, 2024 survey reveals how car owners and buyers in...

2025 was a year of mixed outcomes for the shared mobility ecosystem. Electrification saw a huge uptake in the bikesharing segment, especially in North America. While the penetration of electric vehicles (EVs) in ridehailing slowed down, demand response transit (DRT) picked up pace, with nearly 375 new services launched globally, spearheaded by expa...

12 May 2020  |  Europe  |  Market Research

Strategic Analysis of European OEMs’ Connected Services and HMI Solutions

Telematics Services are Expected to Achieve a Penetration of 90% in Europe, While More Than 60% of Vehicles will have Wider (12.3+ inch) Infotainment Displays Controlled by Touch or Gestures, with AI-based Digital Assistants being Omnipresent, by 2025

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Connected car strategy for the in-vehicle scenario covers 2 major domains—Connected Services and Human-Machine Interfaces (HMI)—apart from other domains that are also important. Each automaker’s portfolio defines its position in the fight to be a market leader in the connected car segment. This connected services and HMI study for the European reg...

Imagine driving down a freeway and finding trucks with no drivers travelling at highway speeds. Advancements in autonomous driving technologies will soon make fully autonomous driverless trucks a reality on highways. Autonomous trucking can broadly be categorized into 5 levels (Level 0 – Level 4) based on the following levels of automation - drive...

The Mobility Technology Opportunity Engine (TOE) covers innovations pertaining to object detection, electric vehicles, smart batteries and Radar. Some of the innovations profiled include Object Detection System Redefining Safety and Scalability in Driverless Vehicle Testing, Autonomous Electric Vehicle System Transforms Urban Passenger Transit, Int...

City transportation systems around the world are undergoing significant transformation due to technological advancements, changing urban landscapes, and evolving expectations from residents. Traffic congestion, air pollution, and inefficient use of resources are common challenges that transport operators across cities are grappling with. To address...

The Mobility Technology Opportunity Engine (TOE) covers innovations pertaining to Micromobility transforming Urban Transportation with Advanced Geofencing Technology, V2G technology, Scalable Smart Charging And Energy Management Platform, Advanced Vision Solution for Automotive Display and Design, Autonomous shuttles using lidar, radar, and machin...

The global automotive product to service market will be driven by mobility, connected services, and value-added upgrades. New business model disruptions are expected and they will extend the automotive service revenue pool up to $ 1.3 trillion. Car companies are evolving from the business of merely manufacturing and selling cars, to providing relat...