By monitoring in the rainwater system (turbidity, pH, conductivity, temperature, water level, inspection camera) the maintenance of the system can be optimized in real time. ✘ Construction sites clog the system, resulting in higher maintenance costs ✘ General sedimentation in networks, resulting in maintenance costs ✘ Combined ownership for the network ✘ Clogging of the system, resulting in higher maintenance costs ✘ Little knowledge of what is being discharged into the water receiver and by whom ✘ No cost efficient way to measure what goes into the water receiver ✘ No power to make demands on polluters The value proposition is in providing data that can help water cycle authorities optimize the maintenance of their stormwater systems and create a holistic view of the water cycle. It will also map upstream polluters, preventing polluted water from reaching the system, placing the responsibility on the polluter. ✔ No flooding ✔ Identify who is polluting the water ✔ By knowing the quality of the incoming water in the stormwater system, it would be easier to control the emissions to receivers ✔ Want to know the water quality of construction sites ✔ Monitoring the build-up of sedimentation to prevent clogging and flooding ✔ Mapping of blockages to optimize maintenance ✔ More measuring points to identify polluters