Pitch / CPOOCPPLab

For Charge Point Operators

OCPPLab

Validate your entire charger fleet — every vendor, every firmware — without a single physical unit.

OCPP1.6 · 2.0.1 · 2.1

OCPI2.1.1 · 2.2.1 · 2.3.0

Backed by

Station F

EDHEC Entrepreneurs

Who we are

OCPPLab

Oumaima Bounouadar

Co-founder & Data Scientist

5+ years in AI, data and software products. Focused on AI and machine learning for eMobility, product strategy and go-to-market, automation, analytics and decision systems.

Yassine Elazrak

Co-founder & Staff Engineer

6+ years in software engineering. Focused on OCPP and OCPI platform development, distributed systems and cloud infrastructure, and EV charging software architecture.

“We experienced the problem firsthand — now we’re building the platform we wished existed.”

Infrastructure

AI testing

Fast execution

Investors & Mentors

Antoine Guerin30+ years as an Interim Manager, Operating Partner and Senior Advisor

Petr Fuzek10+ years in leading roles within the electrification business

Current problem

OCPPLab

Testing without hardware

Teams still depend on physical chargers, vehicles and sites to validate integrations. Testing becomes slow, expensive and difficult to reproduce.

Manual & expert-driven testing

Critical validation workflows remain manual and concentrated in a few protocol experts, creating bottlenecks across engineering teams.

EV charger interoperability testing context

Today’s reality

EV interoperability remains manual, hardware-dependent and difficult to scale.

Physical labs, protocol experts and fragmented tools slow down deployments, increase costs and delay integrations across the EV ecosystem.

Hardware dependentManual workflowsVendor fragmentation

Multi-vendor interoperability

Every charger manufacturer behaves differently. Validating dozens of firmware versions and vendor-specific implementations does not scale manually.

Roaming & partner onboarding

Integrating a new CPO, eMSP or roaming partner requires weeks of coordination, protocol validation and certification preparation.

Market opportunity

OCPPLab

A growing software-driven industry

OCPPLab focuses on the interoperability, validation and continuous testing layer.

Global software market

European opportunity

Initial reachable ARR

TAM

2030

$7.5B

Global EV Charging
Management Software Market

Europe

Estimated

€1–1.5B

European Software
Opportunity

OCPPLab

Initial SOM

€1–3M ARR

OCPPLab Initial SOM
3-year commercial target

Sources: Grand View Research, IEA Global EV Outlook 2024, EAFO, ACEA

For Charge Point Operators

OCPPLab

Validate your whole charger fleet — without a single physical unit

Spin up virtual fleets across every vendor and firmware, and catch interoperability failures before they reach the field.

Virtual charger fleets

Simulate hundreds of OCPP chargers across vendors and firmware versions in parallel.

Multi-vendor compliance

Run OCPP 1.6 and OCPP 2.0.1 conformance against each manufacturer's quirks before rollout.

Live monitoring & CDRs

Watch sessions, meter values and error rates in real time, end to end.

Faster site rollout

Pre-certify new chargers and sites in hours instead of weeks of on-site testing.

What OCPPLab does

OCPPLab

One platform for the entire interoperability lifecycle.

From virtual chargers and automated workflows to roaming validation, observability, CI/CD and multi-environment routing.

Virtual charger fleets

Simulate hundreds or thousands of chargers without hardware.

Automated workflows

Run repeatable OCPP and OCPI test scenarios on demand.

Roaming validation

Prepare partner onboarding, OCPI certification and roaming flows.

Observability & debugging

Centralize logs, diagnose failures and understand protocol behavior.

Multi-brand compatibility

Validate charger brands, firmware versions and protocol variants.

Continuous integration

Embed interoperability testing into CI/CD pipelines and validate every release automatically.

Multi-environment routing

Connect one charger to multiple backends across development, testing and production.

Edge case simulation

Validate rare, complex and failure scenarios before production deployment.

Scalability testing

Stress-test charging infrastructures and large fleets under realistic load.

Scalability — scale without risk

OCPPLab

One charger proves nothing at scale

Most teams start with one charger and a few scenarios — but reality becomes hundreds then thousands of chargers across many sites and customers, all active at once. Validating with a single physical charger says nothing about whether the architecture survives that load.

Simulate volumes hardware can’t

OCPPLab simulates traffic impossible to reproduce physically: spin up hundreds or thousands of chargers, drive traffic peaks, and test real backend load and large-scale behaviour before growth exposes the weaknesses.

Validate architecture before reality does

Surface backend design flaws and architecture limits early — fewer costly redesigns, less technical debt, and the confidence to grow safely. Testing one charger says nothing about your ability to manage one thousand.