Guide: smart collection for municipalities

Smart collection combines fill sensors, access control and, where needed, solar compacting connectivity at high-traffic points and high-capacity underground islands.

On Sotkon APTO bells the Sotkis ecosystem covers access and monitoring; at street level Ecobac compacting litter bins provide telemetry and remote management.

Value for the municipality or operator appears when data feeds real processes (route planning, overflow response, citizen communication), not when sensors are added without operating rules.

Empty runs, overflow and complaints about full islands are costly for operators and damage trust in public service.

Reliable fill and access data help move vehicles where needed and support PAYT where regulations allow.

Without telemetry, many islands are emptied on a fixed calendar: fuel and time are wasted or saturated points are served late.

Smart collection does not fix undersized islands or chronic mis-sorting on its own: it needs adequate capacity and clear user rules.

Start with critical nodes (heritage cores, stations, markets) before rolling sensors across the whole network.

Check integration with the operator platform, network coverage, power and field maintenance.

Define who handles alerts, firmware and part replacement in the service contract.

Set measurable KPIs (fewer empty runs, mean overflow response time, unauthorised access incidents) before investment.

Assess privacy and data processing if access is personalised or card-based.

Compacting litter bins (Ecobac): compaction and connectivity for intense pedestrian flows.

Sotkon APTO underground bells with Kynetik or Qubus F chutes compatible with Sotkis access and fill options.

F90 emptying on APTO when smart service includes high-frequency islands and bilateral collection.

Chute choice affects deposit ergonomics, controlled access and sensor placement without compromising seals.

Prioritise islands with highly variable fill (tourism, events, markets) over predictable residential nodes.

Compactors suit pedestrian areas where compaction cuts visible emptying frequency and connectivity justifies cost.

Fill sensors on APTO support planning but need calibration and maintenance: include them in the service specification.

Avoid stacking sensor, compaction and access logic on the same stream without a clear operational benefit.

Sensors support planning but do not replace service rules, minimum frequencies and plant hygiene.

Train crews and call centres on alert thresholds to avoid false dispatches or late overflow response.

Feed alerts into existing dispatch (tickets, driver apps, control room) instead of a second ignored channel.

Review thresholds twice a year for seasonality and demand changes.

Batteries, modems and parts exposed to vandalism or moisture: define spares and restoration times.

Connectivity dependency: define fallback calendar collection when the network is down.

Firmware updates: who approves, tests and pays for downtime.

For Sotkis on APTO and Ecobac integrations, request current sheets at info@bunder.it with island list and management platform.

Compacting litter bins, Sotkon APTO underground bells, Sotkon Kynetik and Qubus F chutes, F90 emptying on APTO page.

To align vehicles and lift modes on high-capacity smart islands, see the collection vehicle compatibility guide.

Map candidate islands or bins and estimate current annual cost of empty runs.

Choose a data platform and verify API or export to route planning software.

Run a pilot on 5-15 points with written success criteria and fixed duration.

Train drivers and control room on overflow alert procedures before scaling the network.

Include supplier SLA on batteries, modems and sensor replacement in the contract.

After the pilot, decide whether to scale, change thresholds or limit smart to high-impact nodes only.