Verdilo, developed by Kiomda, is an autonomous and intelligent mobility counter designed to accurately measure pedestrian, cyclist, and vehicle flows in both outdoor and indoor environments.
Its name, inspired by Esperanto, combines "verda" (green) – symbolizing ecology and sustainable innovation – with "-ilo" (tool/instrument). Thanks to its advanced technology, Verdilo offers an automatic, discreet, and reliable counting solution.
The Verdilo counter detects pedestrians, cyclists and vehicles using accurate and completely anonymous thermal technology. It distinguishes users according to their speed and identifies motorized vehicles via a magnetic field. Passages are recorded and automatically transmitted to an online platform.The Verdilo meter uses advanced thermal detection technology to automatically count pedestrian crossings in both directions.
Installing the Verdilo meter is quick and easy: fix it at the right height — 80 cm for pedestrians and cyclists, 60 cm for vehicles — on a stable support (pole, wall or cover).
No adjustment is required: the meter is delivered ready to use.
In a few minutes, it is operational and starts measuring passages.
To ensure the reliability of the data, place it on a filtered passage, without obstacles or groupings in front of the sensor.
A Smart counter
A sturdy case designed to withstand weather and outdoor conditions. Its clean design allows integration unobtrusive in urban and natural environments.
Reinforced cladding anti-vandalism, perfectly adapted to areas frequented by the public. This model is designed to withstand any type of degradation.
A sturdy case designed to withstand weather and outdoor conditions. Its clean design allows integration unobtrusive in urban and natural environments.
A sturdy case designed to withstand weather and outdoor conditions. Its clean design allows integration unobtrusive in urban and natural environments.
Verdilo is now available with a integrated solar power supply, for even more autonomous and environmentally friendly operation.
Thanks to its discreet photovoltaic panel, the sensor recharges its battery continuously and does not require no battery replacement. This evolution significantly extends the life of the system and reduces maintenance operations.Designed for isolated sites, natural areas or developments without access to electricity, Verdilo Solaire offers the same counting performances as the classic version, while being part of a ecological and sustainable approach.
The sensor integrates a discrete photovoltaic module that automatically recharges its battery.
Hollowed wooden pole equipped with an integrated solar panel to power the collector
Which Mobility Type Do You Need to Count?
Verdilo adapts to all needs, measuring pedestrian, cyclist, and vehicle flows in both directions, with or without flow differentiation.
| Configuration | Use Cases | Data Measured | Technical sheet |
|---|---|---|---|
| Pedestrians only | Pedestrian zones, city centers, parks, trails |  | Pedestrians |
| Cyclists only | Bike lanes, greenways |  | Cyclists |
| Vehicles only | Roads, parking lots, motorized access points |  | Vehicles |
| Pedestrians & Cyclists | Shared spaces, mixed-use paths | | Pedestrians & Cyclists |
| All Mobilities | Shared roads, pedestrian-friendly streets | | Pedestrians, Cyclists & Vehicles |
One sensor, multiple use cases
Discover our complete comparison of available solutions (cameras, thermal sensors, mobile data, etc.) to choose the one that best suits your needs and your terrain.
Our experts respond quickly to study your situation and support you.
Here we have put together the most frequently asked questions about our Verdilo counting solutions. If you can't find your answer, contact us directly
Yes, our sensors can distinguish between pedestrian and cyclist flows, even on shared lanes, in both directions.
Absolutely. Our data can help demonstrate a site’s usage and justify investments or upgrades in funding proposals to public authorities or partners.
Yes, we offer rental solutions starting from one day up to several months — perfectly suited for temporary events such as festivals, trade shows, performances, or one-off studies.
Yes, installation takes just two minutes—no power supply needed. It can be mounted on a post, wall, or even embedded in a wooden pole for seamless integration.moins de 2 minutes et ne nécessite ni câblage ni alimentation électrique. Le compteur peut être fixé sur un poteau, un mur ou intégré dans un habillage discret (bois, mobilier urbain, nichoir, etc.).
With default settings (data transmission every 12 hours), our counters are designed to operate for at least 2 years without external power. If you increase the transmission frequency, battery life will decrease due to higher energy consumption. This flexibility allows you to tailor the sensor’s operation to your needs while maintaining long-term performance.
By default, our sensors transmit data every 12 hours. This frequency can be adjusted on request. However, increasing the frequency reduces battery life. For locations without network access, we also offer a manual data collection solution — ensuring reliable tracking even in remote or offline areas.
Yes, our sensors are built to be robust, waterproof, and to operate in all weather conditions — rain, snow, or extreme temperatures.
Yes, the Verdilo counter is designed to handle high traffic volumes and can accurately distinguish users even during crowded events. For optimal performance, we recommend placing the counter in a passage area where users are naturally filtered one by one (for example, near a barrier, gate, or controlled access point). Without such filtering, a group might be counted partially or as a single person. Proper positioning ensures accurate counting, even in busy conditions.
Yes, all data collected by our counters is 100% anonymized and compliant with data protection regulations, including the General Data Protection Regulation (GDPR). Verdilo uses thermal detection technology — not a camera. It does not capture images or collect personal data. The process is fully anonymous, with no way to identify individuals. Furthermore, no individual tracking is performed: only aggregated, quantitative data is transmitted.
