Who is Driving Connectivity & Charging Solutions?
Driving Connectivity & Charging Solutions is an organization that develops and supplies vehicle connectivity and electric vehicle charging technologies for fleet operators, automotive ecosystem participants, and mobility infrastructure owners.
- Vehicle connectivity and telematics for remote monitoring and data exchange
- Electric vehicle charging hardware and charge point management
- Back-end software for charging session control, load management, and reporting
- Standards-based interoperability between vehicles, chargers, and cloud platforms
- Deployments across depots, workplaces, commercial properties, and public charging sites
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More About Driving Connectivity & Charging Solutions
Offerings in this area are generally positioned for enterprise environments where vehicles and charging assets must operate as a managed system. Typical buyers include fleet operators, automotive manufacturers and suppliers, facility managers, and organizations that run charging networks. Deployments commonly span vehicle depots, employee parking, commercial sites, and public charging locations, with the solution scope depending on how much of the vehicle, charger, and software layers the customer manages internally.
The technical architecture usually combines several layers. On the vehicle side, connectivity capabilities rely on embedded communication modules, cellular connectivity such as LTE and 5G, and secure device-to-cloud messaging. On the charging side, solutions are commonly designed around the Open Charge Point Protocol (OCPP) for communication between charge points and central management systems, and around ISO 15118 for vehicle-to-charger communication, including plug-and-charge authentication. Cloud-hosted management platforms aggregate telemetry, session data, and device status to support operational decisions.
Within the broader market, this category sits alongside telematics and fleet management platforms, charge point hardware manufacturers, and charging network management software providers. The distinguishing question for buyers is typically which layer a provider covers: the vehicle connectivity layer, the charging hardware layer, the back-end software layer, or some combination. Providers that address more than one layer can reduce integration effort, while standards-based designs help reduce dependence on a single vendor.
The business significance of integrating connectivity with charging lies in operational visibility. Remote monitoring, load balancing, energy reporting, and uptime tracking help operators manage electrified fleets and charging assets at scale. For organizations planning electrification, these capabilities affect grid capacity planning, energy cost management, and the reliability of vehicle availability.
Current solution areas align with automotive connectivity and electric vehicle charging, covering the vehicle, the charger, and the management software that links them. This positioning places the organization within the automotive and mobility technology domain, where interoperability, data security, and standards conformance are central considerations for enterprise adoption.
Our description of Driving Connectivity & Charging Solutions. Updated October 2026.