15-25%fuel cut
Typical first-90-day savings on single-depot pilots
Dispatch & Route Optimization
AI-planned routes that cut fuel costs 15-25% and fit more pickups per shift.
DumpsterOS
Stop losing money on inefficient dumpster routes
Dispatch optimization, container tracking, and demand prediction built for roll-off dumpster companies — running on the same routing engine we use for permit intelligence.
Route boardContainer status cardsBilling and dispatch handoff
The status quo
What dumpster operators deal with every day
- Trucks running half-empty routes, burning fuel on missed or poorly sequenced pickups
- No real-time visibility into where containers are — or whether they're ready for pickup
- Manual dispatch and billing that's always behind, causing disputes and lost revenue
What we deliver
What DumpsterOS does
02
Container Tracking
Real-time GPS on every dumpster. Know where everything is, always.
03
Automated Billing
Service-verified invoicing tied to actual delivery data. No more manual entry.
04
Demand Prediction
Know where your next customers are before they call. Plan capacity ahead.
05
Smart Dispatch
Automated scheduling that balances driver workload, service windows, and route efficiency.
Proof-led positioning
What this page needs to make obvious
Dumpster dispatch software, roll-off route optimization, and dumpster container tracking.
Route board
Daily dispatch, container moves, driver assignments, and route notes in one view.
Container status cards
Empty, delivered, full, pulled, blocked, overdue, and billing-ready states.
Billing and dispatch handoff
Verified service events can feed billing and customer follow-up.
Proof workflow
Input, review, evidence, output.
Modeled on the live Geospatial Solutions demos: the page should show what the buyer sends, what they review, what evidence stays visible, and what they receive.
Input
Depot routes, container list, dispatch process, billing handoff, and top daily failure points.
Review surface
We shape the product workflow around route board, container states, driver events, and dispatcher review.
Evidence
Each service event keeps route context, status, driver note, exception, and billing readiness visible.
Output
Early access workspace, pilot plan, and integration scope.
Source and limits
Technical trust should stay visible.
Confidence
Product fit should be proven on one depot and a small dispatcher group.
Caveat
Existing billing and dispatch systems determine integration scope.
Source
Container records, route sheets, driver events, billing exports, customer stops, and service notes.
QA boundary
Dispatcher review, driver confirmation, exception handling, and service-event validation.
Export path
Early access workspace, depot pilot, route board, status exports, and integration plan.
Before the first call
What you send · What you get
No vague discovery phase. You bring four or five things, we return a specific plan you can evaluate.
→ What you send
- 1Depot location and truck count
- 2Current dispatch process (manual, software-assisted, none)
- 3Service area boundaries and customer mix (commercial, residential, roll-off)
- 4Billing platform and integration needs
← What you get back
- 1Route benchmark vs current dispatch (typical day, sample 5 routes)
- 2Fuel + labor savings projection at 90-day mark
- 3Instrumentation recommendation (cellular GPS vs driver-app)
- 4Pilot scope with fixed fee and 60-day measurement plan
- 5Integration architecture for billing + customer service
Deliverables
What you walk away with
- Optimized daily routes deployed to your dispatch system
- Live container tracking and service verification dashboard
- Billing automation tied to verified delivery events
- 15-25% fuel reduction and 1-2 additional pickups per truck per shift (typical)
How we work
A scoped path from sample data to running system
No open-ended retainers. No "discovery phases" that bill for months without producing anything you can evaluate.
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01
Depot audit
We instrument one depot — current routes, container locations, customer service windows — and benchmark fuel and labor against current ops.
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02
Instrumentation
Cellular GPS on every container or driver-app tap-to-confirm at pickup. We size the right approach for your fleet and operating model.
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03
Shadow mode
Optimized routes run alongside your current dispatch for 2 weeks. Dispatchers see both, drivers run current, we measure the delta.
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04
Switchover
Full cutover with 30-day support. We monitor the dashboards, you run the operation. Switch to retainer or self-serve at the end.
Live on geospatialsolutions.co
Click into the actual work
These open the real, interactive demos on our main site — not screenshots, not videos. Click around before you decide to talk to us.
Why teams trust us
- Built by GIS engineers with 10+ years in spatial logistics
- PostGIS, Mapbox, and custom routing algorithms
- Designed for SMBs running 5-50 trucks
Private beta
Get early access to DumpsterOS
Free during beta. Limited spots for early adopters.
No credit card. We reply within one business day.
Questions teams ask before they engage us
Common questions, answered honestly
How is this different from generic waste-hauler software?
Roll-off is a different beast — variable stop locations, customer-pull triggers, demand-driven scheduling. Software built for residential garbage misses these patterns. We're built for roll-off and front-load operations specifically.
Do we need to put GPS on every dumpster?
Two options: cellular GPS units on every container (highest accuracy, ~$8-15/container/month) or driver-app tap-to-confirm at pickup (no per-container cost, depends on driver discipline). We size the right approach during pilot.
How does the billing automation work?
Service-verified invoicing. When a container is picked up, the system logs the timestamp, GPS location, driver, and service type. That event triggers the invoice line item in your billing system — no manual entry, no disputes.
What about temporary roll-offs vs ongoing customers?
Both supported. The system handles one-time delivery/pickup contracts and ongoing service customers with different scheduling logic. Most operators run both — we don't make you pick one.
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Book a 15-minute demo
Pick one depot. We will show you the savings in 60 days.
Single-depot pilot: instrument your routes, run optimization in shadow mode for 2 weeks, switch over, measure for 6 weeks. Fixed pilot fee, usage-based pricing if you continue.
Get DumpsterOS early access