Facts Instead of Guesswork
Measure invisibly,
improve visibly.
Precise counting of cycling and pedestrian traffic incl. direction of movement – invisible, privacy-compliant, with zero impact on nature.
What do we do?
The stationary counting system from trailpulse precisely captures cyclists and pedestrians as well as their direction of movement – without disrupting the natural flow.
Data is transmitted energy-efficiently to an intelligent dashboard that is easily accessible from any device.
What do we do?
The stationary counting system from trailpulse precisely captures cyclists and pedestrians as well as their direction of movement – without disrupting the natural flow.
Data is transmitted energy-efficiently to an intelligent dashboard that is easily accessible from any device.
What makes trailpulse unique
trailpulse delivers facts instead of guesswork – anonymous, sustainable, deployable anywhere.
Privacy-Friendly
No camera, no personal data.
Self-Sufficient
Works without power, cellular, or Wi-Fi.
Two-Way Verification
Dual signal validation for maximum data quality.
Self-Learning
Recognises new movement patterns retroactively – e.g. strollers, e-bikes.
Use Cases
Whether tourism region, trail network, or nature reserve – trailpulse adapts.
Our Solution
Count every step, capture every track
With the trailpulse counting mat, every step and every ride becomes valuable data – whether in the forest or in the city.
- ✓ Easy self-installation – no technician required
- ✓ Multi-year battery life, waterproof (IP68)
- ✓ Intelligent dashboard – no app needed, accessible from anywhere
- ✓ Deployable on forest roads, trails, and asphalt
Trusted by:
Your advantages with trailpulse.
Complete data for every direction – bikes and pedestrians captured separately, both ways.
Every bike counts – reliable detection, aluminium, carbon or steel.
Groups? No problem – every person, every bike counted individually.
Protected against tampering – interference and spoofing automatically detected.
Every number traceable – date, time and direction for each count.
Live in minutes – self-installable, waterproof, years without maintenance.
What our customers say
The precise numbers from trailpulse are truly outstanding – they allow us to plan our trails much better and keep them in perfect shape. It's a great feeling to rely on facts in heated discussions.
We've been cooperating with trailpulse since the ASKÖ Heuberg Trail was established in 2023. The collaboration works perfectly – we get exactly the data we need, with timely adjustments and fast service whenever required.
The commissioning at Falkenberg in Klagenfurt was professional, efficient, and extremely reliable. The counters deliver stable, precise data, and the dashboard is brilliant – clear and instantly usable. The service is fast, competent, and truly unique. A clear recommendation.
How does it work?
Our sensors are placed invisibly beneath the surface and do not affect the natural path. They precisely capture vibrations and pressure to distinguish between pedestrians and cyclists. Data is transmitted to the cloud at regular intervals or in real time on request, where it is securely stored and analysed in Europe.
Why collect this data?
For tourism boards, trailpulse provides active capacity management to efficiently guide visitor flows and prevent overcrowding. Trail construction firms benefit from the ability to minimise maintenance through targeted usage management. Path managers can reduce user and interest conflicts by leveraging up-to-date data for better path management. For nature conservation, trailpulse enables precise measurement and targeted management of nature usage intensity.
Measure invisibly,
improve visibly.
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Questions?
How much can the sensor withstand?
How long does the battery last?
How can I view the data?
What temperature range does trailpulse operate in?
What path widths can trailpulse cover?
What surfaces is trailpulse suitable for?
What values do I see in the dashboard?
How accurately does the sensor measure?
Is measurement precise even during hail or heavy rain?
How is direction of movement captured?
