Home > Remote management

Smart lighting for communities.

Strategic infrastructure for public performance

Smart lighting transforms the public lighting network into a connected, controllable, and scalable infrastructure.

Each light point becomes a communicating device, capable of adapting to local uses and community priorities.

Energy performance

Precise control of lighting consumption.

Quality of service

Lighting that is better suited to public spaces and uses.

Simplified maintenance

Preventive fleet management and streamlined interventions.

Smart City

An infrastructure ready to support connected urban services.

Why switch to smart lighting?

Because public lighting is a major energy, budgetary, and operational lever for the community.

Immediately measurable results

Energy savings

Until

80%

energy savings

Thanks to dynamic adjustment of lighting levels.

Optimized maintenance

Up to

70%

fewer field interventions

Thanks to automatic detection and centralized monitoring.

Smart City Infrastructure

Infrastructure

100%

of the supervised network

Without creating a new field network.
navraj-singh-raQThW7TZLg-unsplash

How does a smart lighting system work?

A connected lighting system is based on three main components.

Each light fixture can be controlled individually or in groups, programmed according to time schedules, and monitored in real time.

This gives the local authority a comprehensive and controlled overview of its lighting infrastructure.
Frame 1321316966

Control cabinet

Cabinet equipped with controllers capable of communicating.

Zigbee-Logo-2000×2000-Lrg 1_transparent Zigbee-Logo-2000×2000-Lrg 2_transparent NB-IoT
The equipment
Frame 1321318159

Light point steering

Light fixtures equipped with controllers capable of communicating.

Zigbee-Logo-2000×2000-Lrg 1_transparent Zigbee-Logo-2000×2000-Lrg 2_transparent NB-IoT
The equipment
Frame 1321318160

Monitoring platform

A platform for managing, analyzing, and optimizing lighting systems.

Zigbee-Logo-2000×2000-Lrg 1_transparent Zigbee-Logo-2000×2000-Lrg 2_transparent NB-IoT
Monitoring platform

Frequently Asked Questions

Would you like to learn more about smart lighting for communities?

Our customer service team is here to help.

c40bc08634ae36e3d9b417d4027756a5dede89fc

Our customer service team is available by email or you can leave us a message using the form on our contact page.

Contact us
Remote management of public lighting is a solution that allows a lighting network to be controlled and monitored remotely via a software platform.

It allows lighting fixtures to be controlled, consumption to be monitored, faults to be detected, and lighting to be adapted to usage. Remote management transforms lighting into smart infrastructure that serves the Smart City.
Smart lighting enables:
- Energy savings of up to 50–70%
- Optimized maintenance
- Improved safety in public spaces
- Lighting adapted to specific uses
- A reduction in carbon footprint

Today, it is a major driver of energy transition for local authorities.
No.
Most remote management solutions are compatible with existing lighting fixtures thanks to retrofitting and open standards (Zhaga, DALI, TALQ, etc.).
A local authority can gradually modernize its lighting infrastructure without replacing all of its equipment.


- Cabinet management: control by circuit or sector via a network control unit.
- Light point management: control of each light fixture individually with detailed supervision.

The second offers finer management granularity, predictive maintenance, and better Smart City adaptability.
Yes.
Energy savings, reduced maintenance travel, and better control of facilities generally allow for a return on investment within a few years.
Remote management is now a sustainable budget management tool for cities.
Yes.
Smart lighting solutions are modular and can be deployed gradually, even on small lighting networks. Many rural municipalities already use remote management to reduce their costs and improve their management.
No.
Modern systems are designed to be easy for technical services to install and operate. They can be controlled from a computer or smartphone with support and training.
Yes.
The solutions are based on proven industry standards, secure protocols, and interoperable architectures. Real-time monitoring improves service continuity and anomaly detection.
The main criteria are:

- Interoperability with existing lighting fixtures
- Ease of installation and use
- Radio reliability and cybersecurity
- Field support
- Concrete references

A solution must be adapted to the territory's strategy and the desired management granularity.

A key infrastructure
of the smart city