Three engines. One shift.
The operation pays for itself.

Every ClearPath deployment delivers value in three ways: fewer trips, coverage that holds at peak, and reallocated labor capacity. They are three views of the same shift from calendar to demand.

See the engines
Why Three Engines

Three engines.
The same operational shift.

Calendar-based service spends labor on trips that didn’t need to happen. ClearPath replaces the calendar with real-time signal, and the savings show up in three places.

The three aren’t separate features. They’re three views of one mechanism: dispatch driven by need, not schedule. Which one matters most changes by industry and by buyer. The underlying math stays the same.

Engine 1: Eliminate Unnecessary Servicing

The trips that don't matter stop happening.

Most scheduled service calls find nothing to do. The truck arrives at a half-empty dumpster. The custodian walks into a fully stocked restroom. The fueler pulls up to a vehicle that doesn’t need fuel. The trip happens because the schedule said so, not because the work was there.

ClearPath sends service only to points that signal a need, so the trips that didn’t need to happen stop happening.

The savings look like this: fewer truck trips, fewer custodian trips to empty points, fewer wasted miles, and less wear on vehicles and equipment. The hours freed up from wasted trips are labor cost that comes back. For operations that run trucks, fuel and maintenance costs drop along with labor costs.

This engine matters most to operations directors and fleet managers whose trips are costly and whose trip frequency is set by the calendar.

Engine 2: Protect Peak Demand Coverage

Coverage holds when demand spikes.

Calendar-based service is fragile under heavy demand. When demand spikes during a stadium event, a holiday weekend, flu season, or a campus move-in, scheduled routes can’t expand fast enough. Bins overflow. Dispensers run dry. Sharps containers exceed capacity. The points where service is most visible are the points that fail first.

ClearPath sees demand in real time and sends service to match it. Peak demand gets covered without staffing everyday operations for the peak.

For operations teams, the savings show up as overtime avoided and contract labor not called in. For compliance teams, they show up as overflow events prevented. In sharps, an overfilled container is a citable violation of the federal OSHA Bloodborne Pathogens standard.

This engine matters most to operations directors at event-driven venues, compliance officers in regulated industries, and anyone whose service failures at peak demand are costly.

Engine 3: Reallocate Labor Capacity

Your team gets to the work they couldn't before.

The hours freed up from wasted trips don’t vanish from the budget. They become capacity. Some operations use that capacity to cut labor cost: fewer new hires that growth would have forced, less contract labor, and less overtime. Most use it to cover work the team couldn’t get to before.

That work is deeper cleans, deferred projects, training time, and the quality work that always slips first under pressure. Operations directors talk about wanting to do this work and never having the room for it.

The labor question looks different. The team you have can do more of what matters.

This engine matters most to operations directors and facilities managers in labor-intensive operations, where wages are the largest line item, hiring is hard, and the next full-time hire is a real cost weighed against other uses.

Compounding Effect

The engines reinforce each other.

The three pay back faster together than any one would alone. Each one strengthens the next.

Trips eliminated free up labor.

Every wasted trip that disappears gives labor hours back. Fewer trips produces the capacity that reallocated labor puts to use.

Reallocated labor protects peak coverage.

The capacity that reallocated labor produces becomes the buffer for surges in peak coverage. Peak demand events stop requiring emergency staffing.

Protected peaks reduce emergency labor.

Peak demand events that used to break the schedule no longer trigger emergency overtime and contract calls. The emergency labor that peak coverage prevents becomes more capacity for fewer trips and reallocated labor.

Illustrative Scenarios

What the math looks like in practice.

Three illustrative scenarios from different kinds of operations where ClearPath’s math has been validated. The numbers are rounded. Your actual figures come from a first conversation about your specific operation.

The mid-sized institutional campus.

A 300-bin, 750-stream university campus running a three-FTE custodial team on calendar-based rounds. Labor recovered from wasted rounds runs around $29,000 annually. Overtime and contract labor avoided adds another $12,000 to $18,000. The next FTE hire that growth would have forced, worth roughly $46,000 fully loaded, doesn’t need to happen. Total operational value in year one: roughly $87,000 to $93,000.

The event-driven venue.

A 200-bin, 400-stream event venue running 76 events a year. Per-event staffing right-sized by one staff member returns about $10,500 annually. Event-day overtime avoided adds $2,800. Total: roughly $13,000 to $20,000 in hard-dollar savings, plus operational continuity that’s hard to price but lands in every event report.

The compliance-driven operation.

Consider a hospital or medical waste operator running calendar-based sharps service across 50 locations. The compliance buyer’s math is risk-adjusted. An overfilled container is a citable violation of OSHA’s Bloodborne Pathogens standard, which requires that containers be replaced routinely and not allowed to overfill, and no injury has to occur for the citation to land. Federal maximums run to $16,550 for a serious violation, and repeat findings across locations multiply rather than average. ClearPath’s overflow prevention turns the math from “what do I save in labor?” to “what is one fewer citation worth?”

By Vertical

Your industry determines which engine matters most.

All three engines apply to every industry. The one that carries the business case changes with what the buyer cares about most.

Waste and recycling

Reallocate Labor Capacity
Labor-intensive operations where custodial and hauler routes run on the calendar no matter how full the bins are. The decision comes down to how much capacity is lost to wasted trips, and how much of it can be recovered.

Sharps and medical waste

Protect Peak Demand Coverage
Compliance-driven operations where an overfilled sharps container is a citable violation under federal OSHA’s Bloodborne Pathogens standar. No injury is required. The decision comes down to how consistently containers get serviced once they reach their threshold.

Restroom consumables

Reallocate Labor Capacity
Facilities operations where calendar-based restroom rounds take up most of the custodial workload. Peak coverage protects the guest experience on event days and during flu season.

Venue and course consumables

Protect Peak Demand Coverage 

Event-driven operations where a service failure at peak is both an operational problem and a guest experience problem. Getting it wrong on a game day or tournament weekend costs far more than the platform does.

Fleet fueling

Eliminate Unnecessary Servicing

Fleet operations spread across many locations, where a single trip is costly and most scheduled fueling stops find vehicles that don’t need fuel.

Shredding & document destruction

Reallocate Labor Capacity 

Route-based operations where the driver’s time inside the building is labor nobody invoices for: walking floors and emptying consoles that weren’t full. The decision comes down to how much of that time comes back, and how many more stops the same trucks can make in a day.