The automotive industry is undergoing unprecedented transformation driven by connected, autonomous, shared, and electric (CASE) trends. This study considers all four categories for selected automakers.
Connected:
• The various areas of connected mobility
• The extent of OEMs’ in-house capabilities and a comparative benchmarking
• Major partnerships
Autonomous:
• The level of autonomy achieved by each OEM and the extent of in-house capabilities
• Past initiatives and roadmaps for the future
• Major partnerships
• Comparative analyses and key inferences about strategies
Shared:
• Major OEM initiatives, the extent of their in-house capabilities, and major partnerships enabling the strategy
• Inferences about strategies
Electric:
• Measures taken and vision for each stage of the electric vehicle value chain
• OEMs’ electric vehicle lineups and anticipated models
• Manufacturing capacity plans around the world
• Key takeaways
Strategies of each automaker are interlinked and represent a shift toward a more sustainable, efficient, and user-centric transportation ecosystem. This project delves into leading automakers’ strategies in each area. New industry entrants and pure-play electric vehicle (EV) makers are not in the scope of this study.
Connected cars exchange data with the outside world, opening a plethora of possibilities related to safety, security, convenience, and data-driven optimization. The development of autonomous vehicles is progressing through different levels of automation, with Level 5 representing full autonomy. Investments continue to pour in, but technological hurdles and ethical considerations seem to dampen the progress. Younger generations are rethinking the goal of vehicle ownership and prefer shared mobility, forcing automakers to consider it as an avenue for growth and revenue generation. OEMs have mixed feelings about going fully electric, but they have invested heavily and are aggressively pursuing fleet electrification.
Author: Sandhya Jesu
The Impact of the Top 3 Strategic Imperatives on Automotive OEMs’ CASE Strategies
Transformative Megatrends
Why
- Sustainability and environmental concerns drive changes in consumer preferences, which impact electric vehicle (EV) adoption, shared mobility, and connectivity.
- OEMs adapt to meet the demand for sustainable, connected, and autonomous vehicles (AVs).
- Stricter emission standards and safety regulations push OEMs toward electrification and AV development.
- Sustainability concerns influence OEM decisions.
Frost Perspective
- Sustainability concerns drive innovation, altering business models and creating a more sustainable and connected transportation ecosystem.
- OEMs will prioritize cleaner energy sources, invest in sustainable materials, and enhance battery recycling.
- They must ensure AVs are energy-efficient and consider their environmental impact during production and operation.
- OEMs will integrate sustainability considerations into connected systems, driving innovation and the industry’s commitment to a greener future.
Competitive Intensity
Why
- Competition significantly influences automotive OEM strategies in the CASE mobility space.
- Rivalry among OEMs drives innovation in connected features.
- The race to develop self-driving technology is intense, with players competing to achieve Level 4 (L4) and beyond.
- The EV market has pure-play EV makers competing with traditional OEMs, with several Asian players offering innovative products at unmatched prices.
Frost Perspective
- The industry navigates the intense competition by adapting to disruptive technologies and forming strategic partnerships and alliances with direct competitors and digital suppliers to remain competitive.
- The acquisition of incumbents and start-ups helps balance cost-efficiency and differentiation, restructuring their supply chains and increasing profitability.
- OEMs are dedicating substantial resources to R&D for CASE vehicles; however, the success of these efforts remains uncertain.
Industry Convergence
Why
- The line between car companies and tech companies is blurring.
- Technologies such as AI, software development, and advanced materials science are becoming core competencies for automakers.
- The growth of car-sharing (CS) services and subscription models challenges traditional car ownership. This convergence with the sharing economy could lead to a shift in how people access and use vehicles.
Frost Perspective
- The convergence of autonomous and shared mobility helps the individual spaces develop. AV tech is under development mainly for application in shared mobility, ensuring its extensive testing, with the vast volumes of data that autonomous fleets generate helping to fine-tune the tech.
- The convergence with the telecommunications industry opens new possibilities for in-car experiences. Faster data transfer enhances safety features and connected infotainment systems.
Scope of Analysis
- The study profiles 6 global automotive OEMs based on their CASE mobility strategies.
- The research illustrates how each OEM has strategized CASE adoption, the extent of its efforts on the ground, and its timelines, planned investments, partnerships/in-house capabilities, and future outlook.
- The study helps understand the extent to which automotive OEMs prioritize CASE strategies in their product value chains.
- It investigates how CASE adoption fits within regular automotive OEM operations and plans.
- The research provides a detailed benchmarking of all the OEMs’ capabilities, initiatives, and plans in each of the 4 CASE areas.
- The report lists key takeaways/conclusions for each OEM, region, and global trend and provides insights into traditional OEM CASE adoption strategies.
| Scope | Details |
|---|---|
| Geographic Coverage | Global |
| Study Period | 2023–2050 |
| Base Year | 2023 |
| Monetary Unit | US dollar (unless otherwise stated) |
Growth Drivers
Environmental Concerns
Pollution and climate change concerns drive the adoption of EVs and automotive value chain digitalization. OEMs strive to create cleaner alternatives to gasoline-powered vehicles.
Urbanization and Traffic Congestion
Urbanization is increasing traffic congestion globally. Shared mobility services and AVs offer significant potential to improve traffic flow by reducing vehicles on the road and optimizing routing.
Technological Advancements
AI, sensor technology, and connectivity are essential for CASE adoption, with advancements enabling the development of connected vehicle (CV) systems.
Changing Consumer Preferences
Consumers are increasingly interested in on-demand transportation options. Shared mobility services address this need without the problems of car ownership. Additionally, AVs promise safety and convenience.
Government Support
Governments globally are investing in CASE technologies through R&D funding, infrastructure investment, and regulatory changes. Government regulations and incentives promote EV adoption.
Growth Restraints
| Restraint |
|---|
| Cybersecurity Concerns CASE vehicles are vulnerable to hacking, possibly compromising passenger safety and data privacy. |
| Infrastructure Widespread CASE mobility adoption requires considerable investments in infrastructure, including intelligent traffic systems and robust communication networks; however, infrastructure development and availability vary across geographies. |
| Regulatory Uncertainty Regulations regarding CASE vehicle operation and data ownership are still evolving, creating investment uncertainty for businesses. |
| Costs Developing and deploying AVs, EV charging infrastructure, and shared mobility networks requires substantial upfront investment. |
| Technology Reliability Achieving consistent and safe CASE vehicle performance in various weather and traffic conditions remains challenging. |
Key Competitors
Global
- Ford
- General Motors
- Honda
- BMW
- Toyota
- Volkswagen
North America
- General Motors
- Ford
Europe
- BMW
- Volkswagen
APAC
- Honda
- Toyota
Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on Automotive OEMs’ CASE Strategies
Scope of Analysis
Key Competitors
Growth Drivers
Growth Restraints
Key Takeaways
Connected Vehicle Features—A Comparison
Vehicle Autonomy—Comparative Roadmap
Comparative Analysis of OEMs’ Shared Mobility Initiatives
Electric Vehicle Strategy—Capability Analysis
North America—CASE Trends
Europe—CASE Trends
Asia-Pacific (APAC)—CASE Trends
Ford CASE Highlights
Ford CASE Partnerships
Ford CV Services—Overview
Ford CV Services—Partnership Highlights
Ford CV Services—In-house Capability Analysis
Ford AV Strategies
Ford EV Value Chain
Ford EV Production Outlook
Ford EV Product and Market Analysis
GM CASE Highlights
GM CASE Partnerships
GM CV Services—Overview
GM CV Services—Partnership Highlights
GM CV Services—In-house Capability Analysis
GM AV Strategies
GM EV Value Chain
GM EV Production Outlook
GM EV Product and Market Analysis
Toyota CASE Highlights
Toyota CASE Partnerships
Toyota CV Services—Overview
Toyota CV Services—Partnership Highlights
Toyota CV Services—In-house Capability Analysis
Toyota AV Strategies
Toyota Shared Mobility Initiatives
Toyota Shared Mobility—In-house Capability Analysis
Toyota EV Value Chain
Toyota EV Production and Market Analysis
Sony Honda CASE Highlights
Sony Honda CASE Partnerships
Sony Honda CV Services—Overview
Sony Honda CV Services—Partnership Highlights
Sony Honda CV Services—In-house Capability Analysis
Sony Honda AV Strategies
Sony Honda Shared Mobility Initiatives Overview
Sony Honda Shared Mobility—In-house Capability Analysis
Sony Honda EV Value Chain
Sony Honda EV Production Outlook
Sony Honda EV Product and Market Analysis
VW CASE Highlights
VW CASE Partnerships
VW CV Services—Overview
VW CV Services—Partnership Highlights
VW CV Services—In-house Capability Analysis
VW AV Strategies
VW Shared Mobility Initiatives
VW Shared Mobility—In-house Capability Analysis
VW EV Value Chain
VW EV Production Outlook
VW EV Product and Market Analysis
BMW CASE Highlights
BMW CASE Partnerships
BMW CV Services—Overview
BMW CV Services—Partnership Highlights
BMW CV Services—In-house Capability Analysis
BMW AV Strategies
BMW Shared Mobility Initiatives
BMW Shared Mobility—In-house Capability Analysis
BMW EV Value Chain
BMW EV Production Outlook
BMW EV Product and Market Analysis
Key Takeaways
Growth Opportunity 1—V2X Communication
Growth Opportunity 1—V2X Communication (continued)
Growth Opportunity 2—Convergence of Autonomous and Shared Mobility
Growth Opportunity 2—Convergence of Autonomous and Shared Mobility (continued)
Growth Opportunity 3—Use of Natural and Recyclable Materials for Sustainable EV Manufacturing
Growth Opportunity 3—Use of Natural and Recyclable Materials for Sustainable EV Manufacturing (continued)
Best Practice Recognition
Frost Radar
Benefits and Impacts of Growth Opportunities
Next Steps
Take the Next Step
List of Exhibits
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| Deliverable Type | Market Research |
|---|---|
| Author | Sandhya Jesu |
| Industries | Automotive |
| No Index | No |
| Is Prebook | No |
| Keyword 1 | Case Strategies |
| Keyword 2 | Oems Market |
| Keyword 3 | Technological Innovations |
| Podcast | No |
| WIP Number | PFIB-01-00-00-00 |
CASE Strategies of OEMs
State-of-the-Art Technology and Strategic Partnerships Enhance Offerings as Visions Adapt to Evolving Market Conditions and Intensifying Competition
08-Aug-2024
Global
Market Research
