Dashboard
Multi-site view, roles & permissions, alert management, hosted in Frankfurt.
One station.
All readings.
In real time.
Temperature18.4 °C±0.01
Oxygen8.6 mg/loptical
Chlorophyll-a12.3 µg/lfluorimetric
Turbidity4.7 NTU0–1000
pH
Leitfähigkeit
Redox
Nitrat
TOC / DOC
Phycocyanin
Wasserstand
GNSS
WAMO Lab
How WAMO measures the water level – without pressure sensor, without shore gauge.
Move the slider · change the gauge
Gauge · live
+0.00 m
d₁ · base
541.5 m
d₂ · sat
200.4 m
d₃ · RTK
638.0 m
Application Spectrum
WAMO. What it does.
Four impact fields, nine applications – one platform. Click an application to open the detail text.
Promote
Measure
Regulate
Research
WAMO · what it does
“Multi-parameter measurement,– Specification, season 2025
continuously,
autonomous for months.”
Tap a value to learn more
FeaturesWhat sets
What sets
WAMO apart.
Solar-self-sufficient
Energy-independent.
Energy-independent.
Autonomous for months.
An integrated solar module with a buffer battery powers year-round operation – even at cloudy locations in Central Europe. No grid connection needed, no shore cabling.
Industrial-grade sensors
Readings that
Readings that
reach laboratory quality.
Manufacturer-open: probes from s::can, Endress+Hauser or bbe moldaenke, optionally YSI and OTT, with automatic calibration and bio-fouling protection. Optical, electrochemical and fluorimetric measurement channels in a compact housing.
Live data link
From the probe
From the probe
to the dashboard.
GSM/LTE or LoRaWAN transmit data continuously. Threshold alerts via email and webhook. Raw data export to CSV, JSON or via public API.
Deployment forms
Anchored.
Anchored.
Mobile. Shore-fixed.
Pontoon variant for deep lakes, shore-fixed point for rivers, mobile version for campaign use. Deployment typically in one day – retrieval possible at any time.
PlatformData that supports
Data that supports
decisions.
Integration
GeoJSON, WMS, SQL drop, REST API. Your existing GIS remains the source of truth.
Robustness
IP68, corrosion-resistant, fauna-neutral. Certified for use in drinking-water protection areas.
From orbit
Reading waters
Reading waters
from space.
SWIM analyses satellite data from the EU Copernicus programme and makes the condition of water bodies visible across entire areas – including where no station is installed, and retrospectively over decades.
Explore SWIM →
Next step
Ready for WAMO?
Request a demo unit, download the data sheet or arrange a consultation.
Frequently asked questions about WAMO
What does a WAMO sensor station measure?
WAMO continuously captures the core parameters: temperature, oxygen, pH, conductivity, turbidity, chlorophyll and phycocyanin (cyanobacteria marker). The platform is manufacturer-open: sensors come from established professional manufacturers such as s::can/Badger Meter, Endress+Hauser or bbe moldaenke, optionally YSI and OTT, not in-house builds.
How long does a station run autonomously?
Solar-self-sufficient, in continuous operation. The platform floats anchored on the water; the solar panel feeds battery and sensors – no shore power connection required. Maintenance intervals: 3–6 months depending on the water body.
How does data reach the cloud?
Via LTE/mobile in 1- to 15-minute intervals straight to SWIM. There it is available as a live dashboard, as an API for third parties (e.g. Smart City platforms) and as a data export.
When does the algae early-warning system trigger?
WAMO detects rising phycocyanin and chlorophyll values and compares them against stored thresholds and trend models. On exceedance, an SMS or email warning goes to the responsible parties – typically 24–72 hours before a visible algal bloom.
Which funding is available for WAMO pilots?
WAMO is a recipient of the EU Seal of Excellence and 2021 Galileo Masters winner. Pilots are funded via the Hesse Ministry for Digital Strategy (Distral) and EU programmes such as Horizon Europe, among others. We advise on the right funding line.
How quickly can a WAMO station be deployed?
Standard delivery 6–10 weeks. On-site setup is completed within a day – anchoring, deployment, cloud connection and sensor calibration.
