Pillar · Lighting

Every luminaire visible, controlled and adapted to the road.

Three ways to control public lighting on one network: full adaptive where the traffic justifies it, remote control everywhere else, and local profiles where there is no connection at all.

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LED street lights switched on against a dusk sky

Start from what the road needs.

All three run on the same nodes and the same platform.

01 · Spearhead★

Adaptive lighting

Traffic, luminance and weather decide the operating class, minute by minute, inside UNI 11248 / EN 13201.

−48 / −51 % on main roads

Use it when: hundreds of vehicles an hour and a class worth reducing.

How adaptive lighting works →

Lighting control

Switching, dimming profiles, faults and energy per luminaire from a single view — with maintenance that starts from data, not from a phone call.

Energy per luminaire, per hour

Use it when: the whole network needs to be visible and manageable.

Lighting control →

Standalone control

Astronomical clock, local profiles and presence on the node itself, with no gateway and no connection — configurable on site.

No gateway, no subscription

Use it when: remote stretches, solar poles, small sites.

Standalone control →

Choose without a meeting

What each one actually gives you.

You can start with control and move to adaptive later: the nodes are the same, only sensors and configuration are added.

	Standalone	Control	Adaptive
Scheduling and astronomical clock	●	●	●
Remote switching and dimming	—	●	●
Energy and faults per luminaire	—	●	●
Class chosen from measured traffic	—	—	●
Closed loop on measured luminance	—	—	● (FAI)
Needs sensors on the stretch	—	—	●
Needs a gateway	—	●	●