Generator runtime
Track running state and operating hours to support usage review and service planning.
GoSense PowerGuard
Make generator and fuel behavior visible.
Bring runtime, fuel-level movement, consumption context, refilling events, supported electrical signals, maintenance history, and tamper indicators into one review path.
Hardware, signal compatibility, accuracy, connectivity, and return assumptions are proposal-dependent and subject to technical survey.
ObserveRuntime, level movement, and supported load signals.
InvestigateRelate unusual changes to refill, use, location, and maintenance.
DocumentKeep evidence and follow-up without claiming automatic theft prevention.
Monitoring scope
Signals that support a better investigation.
The exact bill of materials and supported measurements follow a survey of the generator, tank, electrical panel, operating pattern, and installation constraints.
Fuel level & refilling
Review level movement, consumption context, refills, and sudden changes against the approved sensing method and tank geometry.
Current & load
Include current or load signals only where the selected hardware, panel arrangement, and electrical safety design support them.
Tamper indicators
Record approved enclosure, sensor, or wiring indicators as investigation evidence; final coverage depends on the installation.
Maintenance context
Relate operating hours, observed events, inspections, and service records to the asset and site workflow.
Responsible claim
Detection supports investigation.
PowerGuard helps teams detect unusual fuel-level changes and investigate potential loss or tampering. It does not claim to eliminate theft, prevent every failure, or prove the cause of a change on its own.
- Tank shape, fuel movement, temperature, vibration, and installation affect readings.
- Accuracy is confirmed only for the approved sensing and installation design.
- ROI depends on baseline consumption, operating discipline, site conditions, and response.
Example workflow
From change to reviewed action.
Workflow automation is configured only after the rule, duration, recipients, review authority, and failure handling are agreed.
Measure
Capture the approved fuel or runtime signal.
Validate
Check identity, time, and input quality.
Compare
Relate change to operating and refill context.
Flag
Highlight a configured unusual pattern.
Investigate
Review site evidence and maintenance records.
Record
Document the reviewed outcome.
FAQ
Common questions.
Can PowerGuard prove fuel theft?
No. Monitoring highlights unusual level changes and when they happened. Establishing the cause needs supporting site evidence and human review.
How accurate is the fuel reading?
It depends on the sensing method, tank geometry and installation. Accuracy is stated in the proposal for the approved design, after the tank and site are surveyed.
What does discovery need from us?
Generator count and ratings, tank shape and size, fuel type, access to the electrical panel, site connectivity, and who reviews an unusual change.
Can it work with our maintenance records?
Yes. Runtime hours and events can be related to service history, either in GoSense360 business modules or through a scoped integration with your system.
PowerGuard discovery