Solutions | eMSP

One driver app across the networks you allow

Give drivers one branded charging experience to discover, access and pay across the charging networks available through your roaming partnerships

Gaadin AI branded eMSP driver app providing access across multiple charging networks
Who this page is for

Built for eMSPs and mobility brands

For mobility companies, automotive brands, fleet businesses and other organisations that want to give customers access to multiple charging networks through one branded experience

Gaadin AI eMSP charging platform for mobility and automotive brands
Today

Every charging network has its own app

Drivers see fragmented networks. Your brand disappears when they need to charge somewhere else

Discovery

Discovery

Where can the driver charge?

Access

Access

Can the driver start a session through your app?

Experience

Experience

Why should the driver leave your brand to charge?

Settlement

Settlement

How do charging transactions and roaming settlements flow across partners?

With Gaadin AI

Put multiple charging networks inside your app

Connect the charging networks you enable through roaming and give drivers one branded experience for charger discovery, access and charging

Gaadin AI roaming access for an eMSP charging app

Roaming Access

Connect with supported charging networks and give drivers access through your app

One Driver Experience

One Driver Experience

Let drivers discover chargers, view availability and start supported charging sessions without switching between multiple CPO apps

Gaadin AI eMSP tariffs, payments and partner settlement

Your Commercial Layer

Present the charging experience under your brand and manage applicable tariffs, payment and transaction workflows according to your business model

Networks you already work with

Connect the charging networks you want to offer

Build your eMSP experience around roaming partnerships instead of forcing drivers to manage a separate app for every charging network

Book an iCharz Demo
1

CPO Networks

Connect supported charging networks through roaming integrations

2

OCPI

Use supported OCPI capabilities to exchange charging-location, tariff, session and transaction information with roaming partners

3

Your branded app

Give drivers one place to discover and access the networks available through your eMSP service

4

Your customer relationship

Keep the driver experience under your own brand while charging may happen on another operator's infrastructure

Give drivers one charging experience

Bring your charging-network partnerships and business model. We'll show you how Gaadin AI can connect supported roaming networks to your branded driver experience
Questions

eMSP charging — FAQs

Answers about roaming, charging networks, branded apps, tariffs, payments and multi-network charging access

An eMSP, or e-Mobility Service Provider, provides drivers with access to EV charging services, often across multiple charging networks through roaming agreements.

Yes. Gaadin AI can provide a white-label driver experience that allows an eMSP or mobility brand to offer charging services under its own brand.

Yes. Through supported roaming integrations, an eMSP can make selected charging networks available through a single branded driver experience.

Gaadin AI supports OCPI-based roaming capabilities where supported by the deployment and partner requirements. If your current implementation is specifically OCPI 2.2.1, I recommend naming OCPI 2.2.1 explicitly here.

Yes. Supported roaming integrations can provide charging-location and availability information that can be surfaced through the driver experience.

Supported tariff and commercial workflows can be configured according to the eMSP business model, roaming relationships and deployment requirements.

Yes. The eMSP does not need to standardise the physical charging hardware across all roaming partners. The relevant requirement is compatibility with the supported roaming and integration interfaces.

Yes. Gaadin AI can support charging-network management and e-mobility service workflows, depending on the deployment architecture and required integrations.