Is EV Cloud a CPMS replacement?

Sometimes, but not only. EV Cloud can act as the infrastructure layer under an existing CPMS or sit inside a staged migration path where teams need routing, interoperability, and data continuity first.

Who is EV Cloud built for?

Primarily Charge Point Operators, eMSPs, and EV charging software teams that need to run mixed fleets, roaming partnerships, or migration-heavy architectures without lock-in.

What makes EV Cloud different from a closed EV charging suite?

The emphasis is on open infrastructure, parallel backends, and long-term control over routing and data instead of forcing every charger and workflow into one opinionated product stack.

About

EV Cloud is building the open infrastructure layer for EV charging operators

We focus on the part of the stack that determines long-term flexibility: charger connectivity, routing, roaming interoperability, and operational data control across mixed fleets and evolving backend environments. The core idea is simple: stabilize the field layer first, then let operators change the rest of the stack with less risk.

What EV Cloud is

A neutral infrastructure layer between chargers and downstream systems. It is designed to stabilize the charger-facing side of the stack while operators change roaming, monitoring, or backend strategy underneath.

What EV Cloud is not

Not just another dashboard, and not only a closed CPMS replacement story. The product is most valuable when the problem is mixed fleets, protocol boundaries, backend coexistence, or migration risk.

Open by architecture

Operators should not have to replace chargers or surrender their data to change software strategy. EV Cloud is designed around open standards, staged migration, and hardware flexibility.

Built for coexistence

Most fleets are mixed and most migrations are partial. We treat parallel backends, gradual rollout, and integration overlap as normal operating conditions, not edge cases.

Production-first controls

The platform is shaped around reliability, observability, security controls, and operational rollback, because charger infrastructure has to survive beyond a demo environment.

What we optimize for

Better buying decisions and safer production change

Most EV charging software evaluations focus on dashboards and feature lists. We build for the harder part: mixed hardware, vendor transitions, roaming partners, and the commercial need to keep control of your own operating model as requirements change. That usually matters more over five years than any short demo checklist.

Core proof points

OCPP 1.6 and 2.0.1 connectivity for mixed charger estates
OCPI 2.1.1 and 2.2.1 workflows for roaming and partner operations
Multi-backend routing to support migration waves and parallel systems
A data-ownership model designed for export, analytics, and long-term flexibility

Reference rollout

See a migration blueprint

Review a representative CPO rollout plan covering pilot scope, routing, rollback, and commercial gates.

Comparisons

Compare platform options

Use the comparison cluster to evaluate EV Cloud against enterprise, white-label, and open-source alternatives through the lens of migration and backend control.

Contact

Discuss your rollout

Bring your charger mix, migration constraints, and partner requirements. We can structure the evaluation around the actual operational risks.

Next step

If your shortlist is already forming, move from positioning to evaluation

The highest-value next assets are the buyer guides, comparison pages, and rollout planning pages. They are designed to make technical, procurement, and operations conversations line up before contract signature.

Read the buyer guide See pricing and rollout options