Control EV Charging Infrastructure Without Lock-In
EV Cloud gives operators one stable OCPP gateway for mixed fleets, OCPI connectivity for roaming workflows, multi-backend routing, and real-time operational visibility. Keep the systems that work, replace the ones that do not, and migrate without a big-bang cutover.
Works with every charger brand • Zero vendor lock-in • No big-bang cutover
See the platform in action
One control plane for charger connectivity, roaming, and routing — watch a real session flow from charger to backend in real time.
Works with every charger brand
Supported protocols
EV Cloud supports a range of communication protocols, including the following industry standards.
OCPP
The Open Charge Point Protocol is an application protocol for communication between electric vehicle charging stations and a central management system.
OCPI
The Open Charge Point Interface is a protocol that connects charge point operators and e-mobility service providers, enabling EV roaming, location and tariff data, and the exchange of charging sessions and billing records between networks.
EEBUS
EEBUS is a protocol suite for the Internet of Things that aims to standardize the interface between electrical consumers, producers, storages and (logical) managing entities.
Modbus
Modbus is a data communications protocol. It is a de facto standard communication protocol and widely used to connect industrial electronic devices.
One infrastructure layer for charger control, roaming, and migration.
Use EV Cloud between chargers, roaming partners, and internal systems so you can launch new workflows without replacing everything at once.
Connect
One OCPP entry point for mixed charger fleets. Normalize 1.6 and 2.0.1 traffic, isolate charger quirks, and avoid reconfiguring hardware every time backend strategy changes.
Interoperate
Connect roaming, tokens, sessions, tariffs, and CDR workflows without bolting partner logic into your core product. Launch bilateral and hub-based integrations with clearer operational boundaries.
Control
Run multiple backends in parallel, preserve your data, and route traffic by site, partner, or rollout phase. Use the platform as a migration layer, resilience layer, or long-term control plane.
A neutral OCPP and OCPI control layer for operators.
Use EV Cloud between chargers, roaming networks, and internal systems. It is built for mixed fleets, phased migration, and real operational ownership.
What the platform actually gives you
The product is not another dashboard first. It is a control layer that absorbs protocol complexity, normalizes charger behavior, and gives operations teams safer rollout paths.
Mixed-fleet OCPP gateway
Handle OCPP 1.6 and 2.0.1 charger fleets through one entry point, with protocol normalization and a cleaner place to absorb charger-specific differences.
Roaming and backend interoperability
Connect downstream systems with clearer protocol boundaries, so roaming, monitoring, and migration logic do not have to live inside one brittle application surface.
Run more than one backend without touching the field
Route chargers by site, partner, or migration phase while the charger-facing layer stays stable. That is how operators reduce rollout risk when backend strategy changes.
Keep the fleet stable while the software stack changes
EV Cloud sits between chargers and downstream systems so you can run a legacy CPMS, a new CPMS, and roaming or payment endpoints in parallel. That matters when the real rollout risk lives in the field, not in the application layer.
Parallel sync across current and future systems
Send a live copy of charger traffic to your operational stack while other endpoints handle roaming, payment, or migration testing. This gives teams visibility before they commit to a cutover.
Routing by site, partner, or rollout phase
Decide which chargers go to which backend, and change that policy without touching every charger in the field. This is the practical path to safer migrations and more resilient operations.
Operational visibility across every charger and partner.
See charger state, sessions, meter values, and routing status across roaming and internal systems. The goal is fewer blind spots during launch, incident response, and migration.
Cross-network session visibility
See what is happening across chargers, roaming connections, and internal systems from one operational layer instead of stitching together answers after an incident starts.
Fallback and routing control
Build safer downstream routing and redundancy into the architecture so one disconnected partner or backend does not automatically become a fleet-wide outage.
Deploy in phases, not in a big-bang cutover
Point chargers to EV Cloud, connect downstream systems, and decide which traffic goes where. The field layer stays stable while your backend model evolves.
1. Move chargers to one stable OCPP endpoint
Point chargers to EV Cloud instead of tying them directly to one downstream backend. That creates a controlled field layer before you change roaming, monitoring, or CPMS strategy.
2. Connect roaming, payment, or backend destinations
Attach Hubject, Gireve, OCPI partners, or internal platforms behind the gateway layer. This separates charger connectivity from downstream partner and product decisions.
3. Route by site, partner, or migration phase
Run systems in parallel, shift traffic gradually, and keep operational visibility while you validate new partners or replace older platforms.
1. Move chargers to one stable OCPP endpoint
Point chargers to EV Cloud instead of tying them directly to one downstream backend. That creates a controlled field layer before you change roaming, monitoring, or CPMS strategy.
2. Connect roaming, payment, or backend destinations
Attach Hubject, Gireve, OCPI partners, or internal platforms behind the gateway layer. This separates charger connectivity from downstream partner and product decisions.
3. Route by site, partner, or migration phase
Run systems in parallel, shift traffic gradually, and keep operational visibility while you validate new partners or replace older platforms.
Frequently Asked Questions
The practical questions buyers ask when they are evaluating an infrastructure layer for charger connectivity, roaming, and backend migration.
One OCPP gateway. Parallel backends. Clearer roaming and migration control. Stabilize the field layer. Change the stack on your terms.
Works with every charger brand • Zero vendor lock-in • No big-bang cutover