Connected transport refers to vehicles, infrastructure, and mobility services that exchange data in real time through digital connectivity. It enables safer roads, more efficient traffic flow, smarter fleet operations, and better user experiences by linking vehicles to networks, cloud platforms, and sometimes city systems. In EV charging, connected transport supports seamless integration between EVs, charging infrastructure, fleet systems, and smart city platforms.
What Is Connected Transport?
Connected transport includes any transport system where data connectivity is a core feature. It typically involves:
– Connected vehicles that share telemetry, location, and diagnostic data
– Connected infrastructure such as traffic signals, parking systems, and EV chargers
– Mobility platforms (routing, MaaS, fleet management) that use live data
– Communication layers such as cellular networks, Wi-Fi, and dedicated IoT networks
The “connected” element is not just internet access—it is structured data exchange that enables automation and optimization.
Why Connected Transport Matters
Connected transport improves performance and resilience across mobility systems. It matters because it:
– Enables real-time monitoring and predictive maintenance, improving uptime
– Supports traffic optimization and congestion management
– Improves road safety through alerts, incident detection, and adaptive systems
– Helps fleets reduce cost through route optimization, energy planning, and utilization tracking
– Enables better public services through city-level visibility and analytics
For EV charging, connected transport reduces operational friction and improves the charging experience.
Key Components of Connected Transport
Connected transport ecosystems commonly include:
Connectivity and Communications
– Cellular (4G/5G, cellular IoT), Wi-Fi, and municipal networks
– Secure data exchange with encryption and authentication
– Reliable telemetry channels for operational status updates
Data Platforms and Integration
– Cloud platforms for data processing and analytics
– APIs connecting systems (fleet, payments, mapping, charging platforms)
– Standard protocols that enable interoperability
Sensors and Edge Devices
– Vehicle telematics units and onboard systems
– Parking sensors, cameras, environmental sensors
– Connected charging hardware reporting status and energy data
Applications and Services
– Real-time navigation, parking guidance, and multimodal routing
– Fleet dashboards and operational control towers
– Charging apps with availability, pricing, and roaming access
Connected Transport in EV Charging
EV charging becomes part of connected transport when chargers and vehicles are integrated into digital systems:
Charger Connectivity and Backend Control
– Chargers communicate with a CPMS via OCPP
– Operators monitor faults, availability, and performance remotely
– Firmware management and OTA updates are coordinated centrally
Vehicle-to-Platform Integration
– Fleet systems can link vehicle state-of-charge and route plans to charging schedules
– Data supports readiness planning (which vehicles must charge first)
– Improved charging session analytics for efficiency and failure reduction
City and Mobility Ecosystem Integration
– Integration with City APIs for parking rules, permits, or public dashboards
– Publication of charger location and status to mobility apps
– Coordination with smart parking and curbside management
Benefits for Fleets and Cities
Connected transport enables:
– Better fleet energy planning and reduced downtime
– Optimized charging to reduce peak demand and cost
– Faster incident response and maintenance dispatch
– Evidence-based planning for infrastructure expansion
– Improved user experience through accurate availability and pricing information
Security and Privacy Considerations
Because connected transport involves critical infrastructure and personal data, it requires:
– Secure authentication and encrypted communications
– Strong access control and audit logs
– Secure update processes (CI/CD firmware deployment, secure update pipeline)
– Data privacy governance and retention policies
Cybersecurity is a core requirement for connected chargers and connected city platforms.
Common Challenges and Pitfalls
– Fragmented systems and inconsistent data formats across vendors
– Connectivity gaps (underground garages, remote sites) reducing reliability
– Poor data quality leading to inaccurate availability and user frustration
– Weak cybersecurity practices creating operational and reputational risk
– Over-integration without clear operational value, increasing complexity
Related Glossary Terms
Smart City Infrastructure
City IoT Networks
City APIs
OCPP
CPMS (Charge Point Management System)
Charging Session Analytics
Uptime
OTA Firmware Updates
Charger Cybersecurity