Yes — and they’re already being used in cities around the world. These are usually called smart bins or sensor-equipped waste bins. Instead of relying on fixed collection schedules, they use built-in sensors to measure how full they are and then send that information to sanitation teams through a dashboard, app, or city waste-management platform.
Most systems use ultrasonic or infrared sensors mounted inside the bin to check the fill level. Some also include GPS, temperature monitoring, or solar-powered compactors that squeeze trash so the bin holds more before it needs emptying. When a bin reaches a set threshold, it can automatically trigger an alert or add itself to a collection route. That means workers can prioritize the bins that are actually full instead of checking every bin on a fixed route.
There are several real-world examples. Bigbelly bins use solar power and compaction with fill-level monitoring. Companies such as Sensoneo and Enevo provide sensor and analytics systems for municipal waste collection. CleanCUBE and similar smart bins are used in parks, campuses, transit stops, and city centers. Many cities have piloted these systems to reduce overflowing bins, cut fuel use, and make collection routes more efficient.
That said, they are not plug-and-play everywhere. Cities need to think about upfront cost, battery life, maintenance, connectivity, vandalism, and whether staff have the right software to respond to alerts. But for busy urban areas, sensor-equipped bins can be a practical tool. They help sanitation crews work smarter, reduce unnecessary trips, and keep streets cleaner — especially when the data is connected to route planning and real-time operations.