2026 Global Mobility Outlook: Structural Shifts, Operating-System Competition, and the New Geoeconomics of EVs

Reflecting on 2025 and Identifying the Four Structural Forces That Will Shape Global Mobility in 2026

For much of the past decade, the mobility narrative was relatively straightforward.

Electric vehicles would continue to grow. Internal combustion engines would gradually fade. Autonomous driving would eventually arrive. The industry, by and large, aligned itself around this linear storyline.

Yet based on AIS’s comprehensive tracking of global market signals throughout 2025, it is evident that the past year marked not a continuation of this narrative but a structural turning point.

The transition to EVs began to diverge sharply across regions, internal combustion and hybrids returned more forcefully than expected, China’s EV–battery supply chain became the center of geo-economic confrontation, and SDV, digital twin, Physical AI, and Level 4 autonomy moved from “technical possibility” into questions of scalability, commercial viability, and regulatory feasibility.

AI Strategica distills the structural transformations that emerged in 2025 and uses them to frame the key strategic lenses required to understand the mobility landscape in 2026, based on AIS’s analysis of industry indicators, policy shifts, OEM strategies, and global technology architecture transitions.

Five Structural Shifts That Reshaped Mobility in 2025

1) EV adoption continues to rise, but speed, geography, and political risks have begun to diverge dramatically

AIS’s analysis of regional EV sales, pricing dynamics, and policy variables confirms that global EV demand continued to grow in 2026. However, the geopolitical and regional divergence of this growth became unmistakably clear.

• China has effectively entered a phase where EVs are the default, with battery-electric and plug-in hybrids capturing close to half of passenger-car sales.

• Parts of Europe maintained steady EV uptake, though the pace moderated as policy execution slowed.

• The United States exhibited rising volatility due to infrastructure constraints, interest-rate pressure, and policy uncertainty.

• Emerging markets recorded accelerated uptake, largely driven by the influx of competitively priced Chinese EVs.

The correct framing for 2025 is not “How much will EVs grow?” but rather:
“Where will they grow? At what speed? And under what political and regulatory risks?”

Table 1. Regional Divergence Observed in the 2025 EV Market

This asymmetric pattern will remain a defining feature of EV markets entering 2026.

2) The return of internal combustion and hybrids:

The collapse of the “EV-only” narrative

AIS’s synthesis of 2025 consumer-intent signals, price sensitivity, and purchase-driver data highlights a pronounced resurgence of internal combustion engines and hybrids across multiple regions.

Several forces drove this shift:

1. Uneven availability and reliability of charging infrastructure

2. Concerns regarding EV depreciation and residual value

3. Uncertainty in subsidy and incentive frameworks

4. Higher financing costs and rising interest-rate burdens

Notably, in major Asian markets—including China, Korea, and Japan—consumer decision-making increasingly prioritized digital experience, infotainment quality, connectivity, and in-car UX over the type of powertrain.

This confirms a broader behavioral shift: the basis of vehicle selection is moving away from engine vs. battery and toward software, apps, navigation, cloud integration, and digital ecosystem fit.

3) China’s aggressive expansion in EVs and batteries—and the resulting fragmentation of the global mobility order

AIS’s tracking of 2025 export volumes, port congestion patterns, pricing trends, and policy responses reveals that China solidified its dominant position across the global EV–battery supply chain.

Key observations include:

• Rapid acceleration of Chinese EV exports across Europe, Latin America, and Southeast Asia

• Strengthening of defensive measures in the U.S. and Europe through tariffs, incentive restrictions, and national-security framing

• China’s expansion of export-permit controls over battery materials and cell components

• Global OEMs accelerating localization efforts to mitigate overexposure to China risk

• A widening price spectrum in Chinese EVs triggering disruptive demand surges

• Port-level EV stockpiling signaling short-term supply overshoot in certain regions

Collectively, 2025 was the year in which the global mobility supply chain transitioned from a loosely integrated system to a two-bloc structure: a China-centered ecosystem and a non-China defensive coalition.

Table 2. China’s Global Expansion Patterns in 2025

4) SDV, Digital Twin, and Physical AI:

The automobile evolves from a mechanical product to an operating system

AIS’s monitoring of 2025 SDV architecture transitions and digital-twin adoption shows that automotive software transformation has moved past the conceptual stage into strategic prioritization and implementation.

Key developments:

• Rapid industry-wide transition from ECU-centric E/E architectures to centralized and zonal computing

• Expansion of OTA-updatable functions and the rise of software-defined feature deployment

• Emergence of end-to-end digital twin infrastructures linking factory operations, battery development, vehicle data, and real-road telemetry

• Chinese OEMs and tech players integrating EVs, robotaxis, robots, and UAM into unified Physical AI platforms

Put simply, the automobile is no longer a standalone product.
It is becoming a node—possibly the most important node—within a broader Mobility OS ecosystem.

Table 3. Integrated Structure of SDV, Digital Twin, and Physical AI

5) Level 4 autonomy and robotaxis:

The shift from a technological challenge to a city-level governance challenge

AIS’s analysis of autonomous-driving deployments in 2025 confirms that the sector has re-entered a growth phase, not through breakthroughs in algorithms but through expanded operational domains and real-world service integration.

Key 2025 dynamics:

• U.S. robotaxi providers expanded services to airports and selected highway segments

• Chinese operators increased the number of cities offering commercial robotaxi services, refining pricing and revenue models

• Japan advanced a telecom-led governance model integrating maps, connectivity, cloud platforms, and OEM participation

In 2026, the decisive question for autonomy will be:
“Which cities will choose which operators—and on what social, regulatory, and economic terms?”

Four Strategic Lenses Required to Understand Mobility in 2026

1) EV Transition Phase 2:

Profitability, power infrastructure, and policy—not volume—become the decisive variables

AIS expects the following forces to determine EV competitiveness in 2026:

• Direction of regional policy and tariff structures

• Pace of charging and grid-capacity expansion

• OEM profitability pathways

• Electricity pricing and grid stability

• Regional production and sales constraints

In short, EV markets are no longer defined by growth but by
“the conditions under which that growth is financially and operationally sustainable.”

2) The global mobility system splits into two blocs

AIS’s mapping of regulatory, tariff, and localization trends indicates that the mobility value chain will increasingly reflect a bifurcated structure:

Table 4. Mobility Bloc Structure Expected in 2026

For OEMs, the era of uniform global strategies is ending.  Bloc-based portfolio optimization will become mandatory.

3) The core battleground shifts from mechanical engineering to mobility operating systems

AIS identifies SDV, digital twin, and Physical AI as the pivotal mechanisms that will reshape industry competition in 2026.

Two truths emerge:

1. The value pool is shifting from hardware to software and OS-level control.

2. Manufacturing, vehicles, data centers, and cloud systems are converging into a single operational loop.

Thus, the industry’s winning positions will belong to players capable of establishing or controlling a mobility OS.

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4) The expansion of autonomy will be determined by cities, not technology

AIS highlights the following variables as decisive for autonomy in 2026:

• Speed and clarity of city-level regulation

• Interaction with transit, labor, and taxi/ride-hailing ecosystems

• Public acceptance and safety narratives

• Integration with logistics and public-service models

• Expansion across different operational domains (airports, highways, dense urban cores)

The competitive question shifts from
“Who has the best technology?”
to
“Which cities will authorize which service models, and under what governance frameworks?”

Strategic Questions for 2026

The issues global mobility stakeholders must confront, derived from AIS’s interviews, surveys, and briefings

AIS consolidated recurring themes from OEMs, battery manufacturers, Tier-1 suppliers, mobility platforms, tech companies, municipal authorities, and investors.

These questions are the core strategic dilemmas shaping 2026.

1) EV portfolio and regional risk

• Are we overly dependent on a specific regional bloc?

• How will upcoming policy adjustments affect our profitability?

2) Relationship with the Chinese mobility stack

• Should we avoid, selectively integrate, or strategically partner?

• How will this choice impact regulatory perception and market access in other blocs?

3) Investment depth in SDV, digital twin, and Physical AI

• Are we constructing an operational loop linking factory, vehicle, cloud, and data?

• Do we hold a defensible position in the mobility OS landscape?

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4) City-level strategy for autonomy

• In which cities and in what service formats (ride-hail, logistics, shuttle) will we scale?

• Are regulatory, labor, and public sentiment appropriately reflected in our operational plan?

5) Power and charging infrastructure

• Can the grid realistically support our business expansion?

• How will energy constraints affect cost structures and competitive positioning?

6) Positioning in mobility operating-system competition

• What assets do we own that contribute to OS-level control?

• Do we have the right ecosystem partners?

For expanded guidance, regional scenarios, or customized portfolio analysis, AIS can be contacted at contact@AIStrategica.com

Closing Reflections

Just as AI semiconductors have become one of the most dynamic and fast-evolving industries, mobility will remain an equally transformative domain through 2026.

The second phase of EV transition, the maturation of SDV and digital twin architectures, the emergence of Physical AI, the city-driven expansion of autonomy, and an unprecedented level of geo-economic division all signal that 2025 was truly the opening act of a new mobility era.

Throughout this period of volatility, complexity, and strategic ambiguity, mobility professionals worldwide have continued to build, analyze, and make consequential decisions. AIS hopes this outlook provides a reliable reference point as you prepare for 2026.

We extend our sincere wishes that the insights and experience accumulated over the past year will translate into even greater achievements in the year ahead.

AI Strategica will bring its 2025 operations to a close on December 19.  Warmest wishes for a wonderful Christmas and a successful New Year!