Three layers. One platform. The work that needs doing gets done.

ClearPath senses real-time conditions at service points and tracks the location of assets that move. It decides which points need attention and sends the work to the team that does it. Here’s how the three layers work together.

See the three layers
The Three Layers

Three things make ClearPath work.

Sensors report what’s happening. The platform decides what to do about it. A partner owns the customer relationship. Each layer does one job. Together, they replace calendar-based service with demand-triggered dispatch.

Sensor layer

Sensors at every service point report real-time conditions: how full a bin is, how low a dispenser is running, the fluid level in a tank, and the location of an asset that moves. The signal is real, not an estimate based on a schedule.

Dispatch layer

The platform reads every signal, applies thresholds and priority rules, and decides which points need service now. The route is built in real time.

Partner interface

ClearPath goes to market under the partner’s brand, set up for their industry and connected to their operational systems where that applies. The customer buys from the partner.

Layer One: Sensors

Sensors that fit the job.

Every service point gets a sensor matched to what’s being measured, and assets that move get location tracking. How it’s measured changes by industry. The job stays the same.

In waste and recycling, sensors measure accumulation: how full the bin is. In restroom consumables and venue and course operations, they measure depletion: how much paper, soap, sand, or other supply is left. In fleet fueling, they measure fluid level across vehicles spread over many locations. For assets that move, the platform also tracks location. The pattern is the same in every case: a physical condition or position becomes a real-time signal.

The sensors do one job well: they make the invisible state of every service point visible to the platform. They report at a pace that fits how the operation runs.

Real-time signal

Per-stream measurement

Reporting pace matched to the operation

Built for its environment

Layer Two: Dispatch

Logic that turns signal into work.

The dispatch layer is where ClearPath earns its keep. It’s the difference between raw sensor readings and a real operational result.

Sensor data alone is noise. The dispatch layer reads every signal across every service point and applies threshold rules set up for the operation. It weighs priority and routing, then makes a dispatch decision: which points need service now, which can wait, and which route makes sense for the points that need attention.

The decisions update continuously. A bin that wasn’t on the list ten minutes ago is on it now if it has crossed the threshold. A route in progress can be reordered if a higher-priority point comes in. The signal sets the pace, not the schedule.

This is work calendar-based service can’t do. A calendar can’t see which bin is full. The dispatch layer can.

Threshold logic

Priority decisions

Continuous re-sequencing

Route assembled in real-time

Layer Three: Partners

Always under the partner's brand. Always the partner's own.

Every ClearPath deployment runs under the partner’s brand. The platform underneath is the same, and the customer-facing experience belongs to the partner.

That means the mobile view the custodian opens, the dashboard the supervisor checks, and the connection to the partner’s billing and operational systems all run under the partner’s name. The customer buys from the partner, with the partner’s relationship and support behind the sale.

ObjectSpectrum runs the platform. Partners sell it under their own brand. The two roles stay separate.

Partner-branded

Set up for each industry

Connected where it applies

Customer relationship stays with the partner

The Workflow

Four steps, on a loop.

The cycle runs continuously, and every signal starts the next dispatch.

Calendar-based service runs in fixed cycles set in advance. ClearPath runs in cycles set by what is happening in the operation. The schedule used to be the input. Now the signal is.

Sensors report

Every service point reports its state in real time: accumulation, depletion, fluid level, or location, depending on the industry and whether the asset moves.

Platform prioritizes

The dispatch layer reads every signal, applies threshold rules, and decides which points need service now.

Teams act

Custodians open a mobile list. Drivers get a reordered route. Fuelers get a list of vehicles that actually need fuel.

Cycle repeats

Sensors keep reporting, and the next signal is already coming in. Dispatch updates in real time.