Waste management fleet software for containers and trucks
One platform for both operating models — press/compactor containers and smart-bin truck collection. Navixy turns sensor data into fill-aware collection with IoT Logic and airtight pickup proof with IoT Query.
- Stops today
- 128
- Skipped · not full
- 37
- Proof captured
- 100%
Where the money goes in waste management fleets
Waste collection is the largest line in a waste management business budget, and much of it is spent driving to bins that aren't full yet. The win isn't a fancier truck — it's letting the data decide which stops to make, proving the ones you made, and billing for them accurately.
Percentages are third-party outcomes from published case studies shown as context — not Navixy's own results.
Track and run both operating models from one platform
Waste and recycling fleet management splits into two very different operations. Navixy runs both on one screen — every container and truck, live.
Containers vs. trucks — one platform underneath
Fixed containers report capacity and health; you service them only when they're actually full and know instantly if one is moved.
- OEM 75% / 90%
- Power-loss alert
- GPS asset security
- Laser fill (add-on)
Trucks collect from sensor-equipped bins, with CAN telemetry, overload warnings and geofence proof of service.
- Laser fill bins
- J1939 / CAN + PTO
- Onboard weight
- Geofence proof
See every asset live
Containers and trucks on one map with geofences, status and last-service time — the real-time waste fleet tracking layer.
Collect only what's full
Fill-level thresholds turn half-empty stops into skipped stops. On fixed schedules, 30–40% of trips go to under-filled bins (industry).
Prove every pickup
GPS alone can't prove a pickup. A PTO event inside the right geofence combined with a driver-submitted, time-stamped photo creates an unambiguous digital record — no disputes, no manual paperwork, and a clear audit trail for billing.
Read the engine, not guesses
J1939/CAN streams real fuel consumption, PTO state and fault codes into IoT Logic. Collecting time gets its own idle threshold — so actual working stops are never miscounted as wasted idling.
From raw sensor to decision to report
The same path for a press-container and a collection truck — from a raw signal to a dashboard your team runs on.
- 01
Ingest
Fill-level (ultrasonic/laser), OEM capacity signals, GPS, J1939/CAN, passive UHF RFID bin tags (or BLE beacons for zone-level tracking) and onboard weight — device-agnostic across sensors and OEMs.
- 02
Decide — IoT Logic
Thresholds, dual-trigger service completion, PTO-aware idle, overload and theft rules — plus device outputs, relays and comm-profile control.
- 03
Act
Instant alerts, driver warnings and container commands, to your team or straight into your own system via API.
- 04
Manage
Personalized, role-based dashboards built in Dashboard Studio — fill status, routes served, SLA proof, maintenance and utilization.
- 05
Report — IoT Query
Custom SQL reports and exports for fill, routes, SLA proof, fuel, utilization and billing / e-manifest-style records.
Run the crew, not just the truck
Collection is a field operation. Navixy's Field Service Management gives managers real-time control over every driver and every stop — dispatch, proof of service and team chat in one app, X-GPS — without the chaos of calls, spreadsheets and paper forms.
- Smart job dispatching — auto-assign stops by location, skills and workload; drivers get the next task pushed to their phone, with live status from assigned → on route → completed.
- Digital proof of service — every stop captured with a photo, e-signature and GPS timestamp, auto-synced to the office on submit, so billing disputes disappear.
- Built-in team communication — instructions, documents and one-tap broadcasts live in the same app, with full message history and an SOS button — no extra tool.
Containers and trucks — one platform underneath
Waste fleets run two very different sensor estates. Stationary press and compactor containers expose OEM capacity signals (75%/90% full, power-loss) or accept a retrofitted laser sensor. Collection trucks stream J1939/CAN fuel rate, PTO state, onboard weight and GPS. Navixy ingests both — device-agnostic across 2,500+ types — without per-manufacturer integrations or parallel data pipelines.
- OEM press-container signals (75%/90% fill, power-loss) direct — or laser sensors retrofitted
- J1939/CAN from collection trucks: fuel rate, PTO state, RFID / BLE bin tags, onboard weight
- 2,500+ device and sensor types across both estates on one ingestion layer
- White-label the whole platform under your own brand
Dig into your specific challenge
- Proof of service & collection verification — dual-trigger completion, time-stamped photo, e-ticket
- Container tracking & theft prevention — geofence dwell, motion-while-ignition-off, unauthorised movement
- Fuel monitoring & driver behaviour — PTO-aware idle, fill anomaly, CAN/J1939, safety score
- Press-container & bin monitoring — fill-level alerts, remote commands, power-loss alarm
- Compliance reporting & e-manifest — IoT Query analytics, REST API delivery, hazardous waste trail
Run your waste management fleet on one platform
Bring one route or one container network. We'll show you the ingest → IoT Logic → IoT Query path on your own data, and scope where it pays off — honestly.
Device-agnostic · IoT Logic + IoT Query · White-label ready