Measure a cycle from visible events

A cycle interval is meaningful only when its boundaries are clear. Validate the visible start and end events, timestamp behavior and interruptions before using camera observations to compare cycles or investigate variation.

Confirm detector support, camera suitability and the proposed event workflow before deployment.

Define a visible cycle

Illustration of visible start and end events marking a production cycle

Example

Without IVISIONStandard CCTV feed

With IVISIONIllustrative event overlay

The Process

How It Works

Define the start and finish before comparing time Help teams compare observed cycle intervals under defined conditions.

Define the boundaries

Choose unambiguous visible start and finish conditions.

Validate event timing

Compare detected times with representative manual or machine references.

Review interval variation

Check missing events, pauses and product changes.

Investigate the process

Use the verified intervals with engineering and production records.

Explore Your Options

Explore Related Capabilities

Dimension	Production-cycle monitoring	Production-speed analysis
Observation	A pair of supported visible events marking a cycle boundary.	Timed unit crossings or supported visible movement at a checkpoint.
Event criteria	The validated end event follows the corresponding start event.	Validated observations support a rate over a defined interval.
Monitoring setup	Agree cycle definition, interrupted cycles and timestamp handling.	Specify whether the metric is units per period or physical movement speed.
What it cannot establish	A visual interval may differ from machine cycle time and does not establish worker productivity.	Uncalibrated video does not establish exact distance, conveyor speed or maximum machine capacity.
Practical outcome	Help teams compare observed cycle intervals under defined conditions.	Help teams compare visible output pace at a defined checkpoint.