Kings Research announces the publication of its latest study on the Automotive Vehicle-to-Everything (V2X) Market, offering a holistic view of growth prospects, technology transitions, competitive strategy, and regional developments. According to the report, the V2X ecosystem—spanning V2V, V2I, V2P, and V2N communication—is entering a decisive scaling phase as regulators, infrastructure owners, and automakers move from trials to commercially deployed systems. The market is projected to expand at a robust pace over the forecast period, supported by evolving standards, spectrum clarity in key regions, and the convergence of edge computing with intelligent transport systems (ITS).

The global automotive V2X market size was valued at USD 838.4 million in 2024 and is projected to grow from USD 1240.5 million in 2025 to USD 19413.2 million by 2032, exhibiting a CAGR of 48.08% during the forecast period. 

Executive Summary

  • Market Outlook: The Automotive V2X market is poised for sustained growth through the forecast window, underpinned by the rollout of connected-vehicle infrastructure, the maturation of 5G and Release-16/17 C-V2X capabilities, and OEM commitments to software-defined vehicles.
  • Growth Drivers: Safety use cases (collision avoidance, intersection movement assist), traffic efficiency (cooperative perception, signal phase and timing), and the foundational role of V2X in higher-level automated driving are principal catalysts.
  • Technology Direction: While DSRC/802.11p remains present in specific deployments, C-V2X is increasingly favored for long-term roadmaps, aligning with cellular ecosystems, chipsets, and operator strategies.
  • Demand Inflection: Pilots are translating into series production programs, with rising attach rates in passenger and commercial vehicles, and a growing aftermarket for fleets.
  • Regional Dynamics: North America and Europe remain first movers on safety-critical applications, Asia Pacific leads in scale and smart-city integration, while Middle East & Africa and Latin America are accelerating greenfield ITS investments.
  • Competition: Semiconductor vendors, Tier-1s, and specialized V2X software providers are intensifying collaboration to deliver end-to-end stacks that meet automotive-grade performance and security requirements.

Unlock Key Growth Opportunities: https://www.kingsresearch.com/automotive-v2x-market-2288

List of Key Companies in Automotive V2X Market:

  • Infineon Technologies AG
  • Qualcomm Technologies, Inc.
  • Autotalks
  • Continental AG
  • DENSO CORPORATION
  • HARMAN International
  • Cohda Wireless
  • STMicroelectronics
  • Aptiv
  • Kapsch TrafficCom AG
  • LG Electronics
  • The Ford Motor Company
  • Cisco Systems, Inc.
  • NXP Semiconductors
  • Commsignia

Market Overview

Automotive V2X enables direct and network-assisted communication between vehicles, roadside infrastructure, pedestrians, and cloud services. By extending the vehicle’s “field of view,” V2X augments onboard sensors with cooperative awareness, enabling warnings, smoother traffic flow, and support for ADAS/AD features. As public agencies pursue Vision Zero initiatives and OEMs align roadmaps around software-defined platforms, the business case for V2X is moving beyond compliance into feature differentiation and service revenue potential.

Key Value Propositions

  • Safety: Early hazard notification beyond line of sight, reduced crash risk at intersections, and improved vulnerable road user (VRU) protection.
  • Efficiency: Smoother traffic throughput, eco-driving via signal timing, and coordinated platooning for commercial fleets.
  • Automation Enabler: Cooperative perception and intent sharing that support L2+ to L4 feature sets.
  • Operational & Service Models: OTA-updatable features, fleet management insights, and integration with road-usage charging or congestion pricing.

Growth Drivers

  • Regulatory Support & ITS Funding: National and municipal programs that prioritize connected-corridor deployments and safety applications.
  • 5G/C-V2X Ecosystem Maturity: Scale benefits from cellular standards, silicon roadmaps, and operator networks.
  • OEM Standardization: Platform approach to telematics, centralized compute, and zonal architectures makes V2X integration more efficient.
  • Insurance & Safety Economics: Reduced accident severity and frequency create quantifiable benefits for insurers, fleets, and society.
  • Smart-City Integration: V2X is a keystone in multimodal traffic orchestration and emissions-reduction strategies.

Market Trends

  • Shift Toward C-V2X: Increasing alignment with 3GPP releases, sidelink enhancements, and cross-domain interoperability.
  • Cooperative Perception Messages (CPM): Sharing object lists and intentions improves detection in occluded scenarios.
  • Security Hardening: PKI-based credential management, secure boot, and HSM-enabled ECUs to meet automotive cyber regulations.
  • From Hardware to Software: Value migrates to middleware, safety stacks, and analytics; OTA feature monetization gains traction.
  • Fleet & Aftermarket Growth: Retrofit RSUs and OBU kits for buses, logistics, emergency services, and municipal fleets.
  • Convergence with HD Maps & Edge: Roadside edge compute + HD mapping improves low-latency decisioning and situational awareness.

Demand Dynamics

  • Passenger Vehicles: Increasing take rates as advanced safety becomes a brand differentiator; premium and mass-market adoption driven by platform reuse.
  • Commercial Vehicles: Strong ROI for platooning, predictive maintenance, and urban logistics safety; public procurement can accelerate penetration.
  • Infrastructure Owners: RSUs and traffic signal controllers upgraded to broadcast SPaT, MAP, and safety messages; analytics for corridor performance.
  • Public Sector & Academia: Ongoing pilots evolving into permanent deployments, with measurable KPIs on safety and congestion.
  • Ecosystem Partnerships: Cross-industry consortia for interoperability testing, certification, and cross-border services.

Regulatory & Standards Landscape

  • Spectrum & Coexistence: Policy decisions on ITS bands shape national technology choices; guardrails for interference and coexistence with Wi-Fi/cellular are maturing.
  • Cybersecurity & Privacy: Alignment with automotive cyber regulations, certification frameworks, and data minimization principles.
  • Interoperability: Certification programs and plugfests ensure cross-vendor compatibility for safety-critical use cases.
  • Roadmaps: Authorities increasingly publish multi-year V2X deployment plans, enabling OEM/Supplier investment confidence.

Segmentation Analysis (Market Coverage & Outlook)

By Communication Type

  • V2V (Vehicle-to-Vehicle): Collision avoidance, blind-spot detection, lane-change assist.
  • V2I (Vehicle-to-Infrastructure): Signal phase & timing, road-work warnings, dynamic speed advisories.
  • V2P (Vehicle-to-Pedestrian): Smartphone beacons, VRU protection in school zones and crosswalks.
  • V2N (Vehicle-to-Network/Cloud): Map updates, analytics, OTA orchestration, and cooperative services.

By Connectivity

  • C-V2X: Sidelink PC5 for direct communication; Uu interface via cellular networks for cloud-assisted services.
  • DSRC/802.11p: Deployed in specific corridors; maintained where legacy compatibility is required.

By Offering

  • Hardware: OBUs/TCUs, RSUs, antennas, GNSS modules, secure elements/HSMs.
  • Software & Stack: Protocol stacks, middleware, security/PKI clients, sensor fusion, and cooperative perception.
  • Services: Deployment, calibration, certification, cybersecurity lifecycle, OTA, analytics, and managed V2X.

By Application

  • Safety & Warnings: Forward collision, do-not-pass, emergency brake light, intersection movement assist.
  • Traffic Efficiency: Green light optimal speed advisory (GLOSA), queue warnings, adaptive signal control.
  • Autonomous Driving Support: Cooperative perception, trajectory sharing, HD map augmentation.
  • Infotainment & Value-Adds: Contextual services, parking assistance, in-vehicle signage.

By Vehicle Type

  • Passenger Cars (ICE/EV): OEM-integrated TCUs, fast-growing adoption in EV platforms.
  • Commercial Vehicles (LCV/HCV/Buses): Higher initial penetration driven by fleet economics and public safety mandates.
  • Specialty & Emergency Vehicles: Priority signaling, preemption, and mission-critical communications.

By Deployment

  • OEM (Factory-Fit): Deep integration with ADAS ECUs and vehicle networks.
  • Aftermarket/Retrofit: Scalable kits for fleets and municipalities to accelerate benefits on legacy assets.

Data cue: Insert Kings Research shares/percent splits where available (e.g., connectivity mix, application shares).

Regional Analysis

North America

  • Emphasis on safety applications, connected corridors, and municipal programs.
  • Commercial vehicle pilots progressing to operations; collaboration among DOTs, transit agencies, and OEMs.
  • Ecosystem focus on cybersecurity credential management and cross-border interoperability.

Europe

  • Strong positioning on cooperative ITS (C-ITS) and harmonized standards.
  • Active smart-city deployments and emphasis on VRU safety in dense urban centers.
  • OEM commitments align with software-defined architectures and lifecycle compliance.

Asia Pacific

  • Rapid scale in connected vehicle platforms, supported by urbanization and smart-infrastructure investments.
  • Leading adoption in select markets for C-V2X pilots, citywide RSU rollouts, and EV-centric platforms.
  • Supply chain depth in semiconductors, modules, and end-to-end telematics integration.

Middle East & Africa

  • Greenfield smart-city projects integrate V2X from inception; premium corridor pilots for safety and efficiency.
  • Public-private partnerships and national strategies drive early adoption in flagship cities.

Latin America

  • Targeted deployments in metropolitan areas for congestion management and bus rapid transit safety.
  • Fleet retrofit opportunities with measurable ROI for logistics and public transport.

Data cue: Add Kings Research regional market sizes, growth rates, and notable projects where available.

Strategic Priorities

  • End-to-end offerings (hardware + stack + security + services).
  • Certification and interoperability partnerships.
  • OTA-enabled feature releases and analytics-driven service models.
  • Vertical solutions for fleets, logistics, public transit, and emergency services.

Data cue: Insert Kings Research competitive shares, recent product launches, and partnership announcements.

Notable Developments & Use Cases

  • Intersection Safety: Reductions in conflict events through SPaT/MAP-enabled warnings and cooperative assistance.
  • Emergency Vehicle Preemption: Faster response times and reduced crash risk at signalized intersections.
  • Truck Platooning & Fleet Efficiency: Fuel savings and throughput gains on freight corridors.
  • School-Zone & VRU Protection: Smartphone-assisted V2P alerts and geofenced safety modes.
  • Cooperative Perception: RSUs aggregating sensor data to extend vehicle awareness in urban canyons.

Challenges & Risk Factors

  • Spectrum/Policy Variability: Market pacing depends on national decisions and global harmonization.
  • Cost & Business Model: Upfront costs for RSUs and OBUs; need for clear ROI and funding mechanisms.
  • Complex Integration: Interplay among ADAS, TCU, HSM, and vehicle network architectures.
  • Cybersecurity Lifecycle: Credential management, incident response, and continuous compliance.
  • Public Acceptance & Privacy: Transparent data practices and clear benefits for citizens and drivers.

Outlook & Opportunities

  • Safety Mandates & Ratings: As regulators and NCAP programs emphasize connected safety, attach rates are set to rise.
  • City-Scale Rollouts: Corridor-level projects expand to district and metropolitan coverage with analytics feedback loops.
  • Service Monetization: From safety as standard to premium cooperative features, fleet analytics, and congestion-related services.
  • EV & SDV Synergy: Electric and software-defined platforms accelerate V2X adoption with centralized compute and OTA pipelines.
  • Edge-AI & Digital Twins: RSU/roadside edge plus digital twins of intersections support predictive traffic management.

Insert Kings Research forecast specifics here (e.g., annual additions, attach-rate trajectories, or revenue mix).

Methodology Note (Kings Research)

The report synthesizes primary interviews with automakers, Tier-1 suppliers, chipset vendors, traffic agencies, and telecom providers, along with secondary research across standards bodies, pilot documentation, and regulatory releases. The market model reflects top-down and bottom-up triangulation, incorporating vehicle production forecasts, infrastructure deployment plans, and technology adoption curves.

Insert: Base year, forecast years, and any specific assumptions defined by Kings Research.

Report Coverage

  • Market sizing and forecast (value/volume), CAGR, and scenario analysis.
  • Detailed segmentation: Connectivity, application, communication type, offering, vehicle type, deployment.
  • Regional and country-level insights with case studies.
  • Competitive benchmarking, market shares, and strategic mappings.
  • Technology roadmap, standards updates, and regulatory landscape.
  • Growth opportunities and investment outlook.

About Kings Research

Kings Research is a leading market intelligence and advisory firm delivering data-driven insights across emerging technology domains and industrial value chains. Our research empowers strategy, investment, and policy decisions through rigorous analysis and actionable recommendations.