Water is life
Water Quality Management Tools for a changing world:
Maintain healthy, resilient
water ecosystems.
Track water quality, everywhere.
No more blind spots: GybeMaps uses satellite imagery to monitor water quality at a never before seen scale. View changes in Turbidity, Chlorophyll-a and more across an entire Water Body.
Monitoring tools that transform the management, conservation and restoration of aquatic ecosystems.
The latest information
Everything you need to know, automatic, up to date & in 1 place.
A basin-scale overview
A complete overview of the entire body of water, for key water quality parameters.
Whole new insights
Data in historical context, analytics tools, notifications and more.
Try it out.
The GybeMaps WebApp makes it easy to Browse your water quality data, and quickly see if any parameter levels are unusual on your Dashboard, predict algal bloom activity, and more.
Learn more about GybeMaps here
or request your free demo.
The right water info at your fingertips.
Much more information, without any of the hassle.
GybeMaps is a SaaS subscription service, that combines data from Gybe's ground sensors with satellite imagery, giving you the near real time data you need to make management decisions and improve water stewardship, via the user friendly GybeMaps WebApp
Continuously monitor the quality of water including harmful algae blooms, turbidity, and sediments, fully automatically.
Example Use Cases
Algal Blooms
Keeping drinking water safe by proactively tracking blooms in a source water reservoir.
Impact Monitoring
Tracking seasonal and long term changes across a portfolio of waterbodies around the world.
Nitrates in Rivers
Tracking nitrate concentrations along the Mississippi River, to the Gulf of Mexico.
Meet some of our Customers & Partners
DRINKING WATER UTILITIES
"GybeMaps helps me take action quickly,
analyze impacts and anticipate future changes."
- Brandin Hilbrandt,
Watershed Program Coordinator,
Drinking Water
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Gybe's products automate the processing of broad and comprehensive range of data from multiple sensors and satellites to derive key measures of water quality.