Cooperative Intelligent Transport Systems
Cooperative Intelligent Transport Systems allow vehicles, infrastructure, traffic systems, and road users to share information for safer and more efficient transportation.
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The problem
Why C-ITS exists
This section requires approved editorial content.
No substitute explanation has been generated for why Cooperative Intelligent Transport Systems exists.
Operating model
How C-ITS works
The approved explanation should connect physical systems, communications, data, security, and operating responsibility.
Cooperative Intelligent Transport Systems combine communications, standardized messages, positioning, security, and applications so transport participants can share information and coordinate actions. C-ITS is broader than any single radio technology: deployments may use ITS-G5, cellular V2X, or hybrid communications. Interoperability profiles and cross-organizational governance are central to practical operation.
Documented activity
Real-world applications
Examples come from verified deployment relationships rather than template-generated use cases.
Application 01
A2/M2 Connected Corridor
A live connected-road corridor in Kent tested vehicle interaction with roadside infrastructure and interoperable cross-border services.
Example: Completed · Corridor
Application 02
C-MobILE
A European large-scale deployment project for interoperable C-ITS services in complex urban environments.
Example: Completed · International
Application 03
C-Roads Platform Deployment Programme
A European cooperation programme aligning cross-border deployment of interoperable cooperative intelligent transport systems.
Example: Expanded · International
Application 04
Ipswich Connected Vehicle Pilot
Australia's largest C-ITS field operational test connected 355 participant vehicles with 29 roadside stations across Ipswich.
Example: Completed · City
Knowledge database
Explore the ecosystem
Counts are navigation into the records supporting this technology profile.
Technology map
Related technologies
These records share a documented category. Their placement does not imply technical dependency or compatibility.
This section requires approved editorial content.
No substitute explanation has been generated for related technologies.
Evidence and relationships
Supporting database
Structured records connected to this technology through reviewed Directus relationships.
Market
Companies
AVL
Technology DeveloperAVL supplies automotive simulation, test systems, proving-ground services, and scenario-validation tools that support V2X communications, connected automation, and bidirectional charging development.
Be-Mobile
Technology DeveloperBe-Mobile provides C-ITS aggregation, traffic information, signal priority, hazard warnings, and connected mobility services that deliver infrastructure data to vehicles.
Commsignia
Solution ProviderCommsignia provides vehicle and roadside V2X communications products, security components, and applications, supporting C-V2X and DSRC connectivity, cooperative safety, traffic operations, and vulnerable-road-user applications globally today.
dSPACE
Technology DeveloperdSPACE provides simulation and hardware-in-the-loop tools for developing and testing V2X applications, cooperative driving functions, and connected automated vehicles.
Indra Group
Technology DeveloperIndra Group develops connected-highway and traffic-management platforms integrating C-V2X, ITS-G5, 5G-V2X, tolling, roadside sensing, and cloud supervision.
Kapsch TrafficCom
Infrastructure ProviderKapsch TrafficCom provides intelligent transportation, tolling, traffic management, and connected-mobility systems, supporting cooperative transportation, roadside infrastructure, traffic operations, and V2X services globally today.
Marben Products
Technology DeveloperMarben Products develops portable V2X protocol stacks, security components, and road-safety applications for onboard units, roadside units, edge systems, and connected mobility devices.
Microsec
Technology DeveloperMicrosec operates V2X public-key infrastructure and certificate services for trusted cooperative transport communications alongside its broader electronic identity and trust-service business.
Miovision
Technology DeveloperMiovision connects traffic-signal networks with vehicles through intersection software, signal data, priority systems, and V2X services for public-road agencies and automakers.
Monotch
Technology DeveloperMonotch operates the TLEX mobility data-exchange platform, connecting traffic infrastructure, road authorities, service providers, and vehicles for network-based V2X and C-ITS deployments.
Nodeon
Technology DeveloperNodeon designs and implements intelligent road, tunnel, urban traffic, and C-ITS systems, including integration and deployment support for V2X data platforms.
Q-Free
Technology DeveloperQ-Free supplies tolling, traffic-management, and C-ITS systems including V2X roadside units, onboard units, and central management software for connected roads.
Toyota
Technology DeveloperToyota develops vehicle-side V2X and cooperative ITS safety systems, connected infrastructure applications, and bidirectional energy functions across mobility programs and production vehicles.
Vector Informatik
Technology DeveloperVector Informatik develops CANoe.Car2x simulation, analysis, and testing tools plus automotive software components for V2X and cooperative vehicle architectures.
Yunex Traffic
Infrastructure ProviderYunex Traffic provides traffic management, road-user charging, signaling, and intelligent-transportation systems, supporting cooperative infrastructure, C-ITS, traffic control, roadside systems, and connected mobility globally today.
Commercial systems
Products
Commsignia Central
Supports TechnologyCommsignia
Commsignia ITS-OB4 On-Board Unit
Supports TechnologyCommsignia
Commsignia ITS-RS4 Roadside Unit
Supports TechnologyCommsignia
Commsignia Roadway Intelligence Suite
implements_or_enablesCommsignia
Econolite Centracs Mobility
implements_or_enablesEconolite
Miovision V2X
implements_or_enablesMiovision
Monotch TLEX I2V
implements_or_enablesMonotch
Q-Free Kinetic Mobility
implements_or_enablesQ-Free
SWARCO C-ITS Station
implements_or_enablesSWARCO
SWARCO MyCity
implements_or_enablesSWARCO
Yunex Cooperative Systems Platform
implements_or_enablesYunex Traffic
Yunex Traffic V2X Roadside Unit
Supports TechnologyYunex Traffic
Projects
Deployments
Completed · Corridor
A live connected-road corridor in Kent tested vehicle interaction with roadside infrastructure and interoperable cross-border services.
Completed · International
A European large-scale deployment project for interoperable C-ITS services in complex urban environments.
Expanded · International
A European cooperation programme aligning cross-border deployment of interoperable cooperative intelligent transport systems.
Completed · City
Australia's largest C-ITS field operational test connected 355 participant vehicles with 29 roadside stations across Ipswich.
Interoperability
Standards
ETSI EN 302 636-4-1
ETSI EN 302 636-4-1 defines geographically addressed packet routing among cooperative-ITS stations. It matters to V2X because it gives independently developed systems a common technical contract.
ITS-G5
European communications specifications for cooperative intelligent transport systems using short-range vehicle and roadside communications.
Institutions
Organizations
Consortium
A multinational European platform coordinating harmonized, interoperable deployment and operation of cooperative intelligent transport systems.
standards_development_organization
European standards organization producing telecommunications and cooperative ITS specifications.
Reporting
News
C-Roads Platform
C-Roads published version 3.2.1 of its harmonised C-ITS specifications, updating service definitions, message profiles, and IP-based interfaces.
C-Roads Platform
C-Roads reported lessons from European public-transport C-ITS deployments, including signal priority, GLOSA, and interoperable roadside infrastructure.
C-Roads Platform
C-Roads released specification version 3.2 with refinements to interoperability requirements, IP interfaces, and test cases.
C-Roads Platform
C-Roads highlighted Australia's progress from cooperative-vehicle trials toward operational C-ITS deployment.
C-Roads Platform
C-Roads marked a decade of coordinated C-ITS deployment across European road networks.
C-Roads Platform
C-Roads published version 3.1 of its harmonised European C-ITS specifications.
C-Roads Platform
The C-Roads Steering Committee approved updated terms governing the platform's third phase of cooperative mobility work.
C-Roads Platform
C-Roads published a major release of harmonised C-ITS specifications developed with European automotive and standards stakeholders.
C-Roads Platform
C-Roads published guidance supporting interoperable exchange of local-hazard information between road operators and vehicles.
C-Roads Platform
C-Roads and European corridor projects formalised cooperation on connected and automated mobility deployment.
C-Roads Platform
C-Roads released harmonised safety-related traffic-information message sets to improve cross-border interoperability.
C-Roads Platform
C-Roads presented cross-test results and implementation lessons for interoperable short- and long-range C-ITS communication.
C-Roads Platform
C-Roads reviewed operational cooperative transport deployments in Bordeaux, Torino, Hamburg, and Salzburg.
C-Roads Platform
The C-Roads roadmap outlines future cooperative transport use cases for road networks, public-service fleets, and automated vehicles.
C-Roads Platform
The C-Roads City Forum highlighted practical cooperative transport deployments and recognized leading European cities.
Cohda Wireless
A Portuguese tunnel trial used Cohda V2X technology to evaluate cooperative safety and traffic services.
C-Roads Platform
C-Roads showcased operational cooperative transport services and their role in European road safety.
Geography