Dublin is in the middle of one of the most disruptive changes to its waste system in decades. From July 2026, households across the city are being moved off street-side bin bags and onto wheelie bins, as the city eliminates bag collection in favour of a more controlled, container-based model. It's the right call environmentally, but it's not simple — Dublin's dense, historic streetscape means many properties simply don't have space for large bins, and the transition has already caused friction for city-centre businesses adjusting to the new system.
At the same time, the council is dealing with the costly side effects of an open, uncontrolled bin network. Public litter bins have become a target for people retrieving cans and bottles for the deposit return scheme, a problem the council has estimated is costing it hundreds of thousands of euro a year in cleanup and repairs. Add persistent seagull and fox interference with street-level bags, and it's clear Dublin's core problem isn't a lack of bins — it's a lack of visibility and control over what's happening at each one, in real time.
Melbourne's challenge looks different but lands in the same place. The city is one of the fastest-growing in Australia, and its waste strategy has to account for a housing mix that traditional kerbside collection wasn't built for — high-rise apartments where storage is at a premium and retrofit-friendly recycling systems are hard to install. Councils across metropolitan Melbourne are simultaneously rolling out FOGO (food organics and garden organics) collection, adding an entirely new stream to manage across thousands of household and public bins.
Public confusion is compounding the problem. Residents are still uncertain about what can and can't go in each bin — soft plastics, e-waste, batteries and food-soiled cardboard are common contaminants — which drives contamination rates up and recycling quality down. For a council trying to hit circular-economy and emissions targets, that means real tonnes of "recyclable" material ending up in landfill, and no easy way to see which precincts or bin types are driving the problem.
Atlanta's Department of Public Works is candid about where it stands: it's running an aging sanitation system while trying to keep rates fair and services reliable. The city commissioned a full Solid Waste Rate Study in 2026 specifically to determine the true cost of collection — fuel, staffing, equipment and disposal — because operational costs have been climbing faster than revenue. Add winter-weather suspensions, holiday schedule shifts, and strict rules around how and where bulk waste can be presented curbside, and Atlanta's crews are spending a lot of time on logistics and compliance rather than on collecting waste efficiently.
Like Dublin and Melbourne, the underlying issue is the same: fixed schedules and fixed truck routes, applied uniformly across a city where actual waste generation varies enormously by street, season and building type.
Whether it's Dublin's space-constrained streets, Melbourne's high-density apartments, or Atlanta's citywide rate pressures, councils keep running into the same wall: **you can't size and schedule a bin network you can't see.** Trucks visit bins that are 20% full because that's the schedule, while others overflow between visits because demand spiked unexpectedly. Every one of those trips (or missed trips) has a real cost, and none of it shows up until the invoice or the complaint arrives.
This is exactly the gap Superfy was built to close — turning a fleet of bins into a live, data-driven network rather than a fixed collection roster.
Superfy connects your bin fleet ﾑ from public street bins to internal and commercial containers into a single platform, then lets you choose the level of monitoring that matches each container's usage pattern and value. Three approaches, three very different savings profiles:
Superfy's solar-powered BriteBin range (available in 120L, 240L and 360L configurations) compacts waste as it's deposited, meaning each bin holds significantly more before it needs emptying. Paired with real-time fill-level sensors, crews only visit when a bin is genuinely near capacity, not on a fixed schedule. For high-traffic, high-visibility locations like Dublin's tourist core or Melbourne's CBD laneways, this combination of compaction and monitoring delivers the biggest reduction in truck rolls: up to 60% lower collection costs.
For the broader public and residential bin network, fill-level sensors alone (without compaction) still deliver major efficiency gains. Superfy Track monitors fill levels, temperature and overflow risk across the fleet, feeding directly into Superfy Fleet's route optimisation engine so drivers only visit bins that need it. This is the model behind Superfy's own municipal case studies, cities running this approach have cut collection trips by 35-45% and seen dramatic drops in overflow complaints, translating to roughly 40% collection cost savings at scale.
Not every bin justifies a hardware sensor, lower-turnover locations, smaller commercial containers, or public request-based bins are often better served by Superfy's QR Collections. Each container gets a scannable code linking to a branded portal where residents, businesses or citizens can request a collection or flag an issue. Requests flow straight into the Superfy Collections scheduling system, letting your team batch and route them efficiently instead of running preventive "just in case" visits. It's the lightest-touch option, but still delivers around 15% collection cost savings - with the added benefit of cutting call-centre volume, something Atlanta and similar cities would welcome given how much staff time goes into managing citizen reports today.
The real skill in sizing a smart bin fleet isn't picking one technology — it's matching the right tier to the right container: Solar compactors for high-density, high-footfall zones where truck access is limited or expensive (historic centres, plazas, transit hubs) . Sensor-enabled bins across the general public and residential network where fill patterns vary by neighbourhood, season or weather. QR code collections for lower-priority or citizen-facing containers where a request-based model is more cost-effective than continuous monitoring.
Cities that blend all three rather than defaulting to a single approach citywide get the compounding benefit: fewer wasted trips, fewer overflow complaints, and hard data to justify the next round of budget or grant applications.
Whether you're managing Dublin's transition away from bin bags, Melbourne's apartment and FOGO rollout, or Atlanta's push to modernise an aging fleet on a tighter budget, the starting point is the same: get visibility into what's actually happening at each container before deciding how to collect from it. From there, Superfy's platform makes it straightforward to phase in the right mix of solar compaction, sensors and QR collections starting with your highest-cost routes and expanding as the data proves the savings.
Want to see what a right-sized bin network could look like for your city?
Get in touch with the Superfy team to talk through a pilot.