Fixed condition sensors watch every asset around the clock, and a patrol rover walks the site — so a developing hotspot gets flagged and inspected minutes before it becomes an outage.
Book a PilotCritical assets — transformers, switchgear, rotating equipment — are usually checked the way they always have been: a technician walks the site on a schedule and logs what they see. That works until the fault develops between rounds. A transformer running hot, a bearing starting to vibrate, a gas reading drifting off baseline — none of it waits for the next scheduled walk.
A periodic walk-round only tells you the condition at the moment someone looked — not what happened an hour before or after.
Sending a person to check every asset, every shift, is slow, repetitive, and puts them near live equipment more often than necessary.
A slow thermal rise or a small vibration shift looks like noise on a single reading — the pattern only shows up when it's trended continuously.
By the time an asset trips, the outage, the emergency callout and the downstream disruption are all already happening.
Fixed sensors track transformer temperature, vibration and gas at a substation while a patrol rover moves across the map. When a thermal hotspot starts developing, an insight flags it, a rover inspection confirms it, and the asset is restored — roughly 48 seconds before it would have tripped. This is the same engine and scenario running at demos.barquecontech.com, embedded live below.
From a fixed sensor or a rover pass to a confirmed alert on the dashboard — the same path the live demo above runs on.
Temperature, vibration and gas readings on critical assets
Moves the site on a route, inspecting on schedule or on dispatch
Aggregates sensor and rover telemetry from across the site
Trends readings and flags a developing fault ahead of a threshold breach
Flags, dispatches and confirms — all visible to the operations team
The building blocks we combine to fit the assets and the site you actually run.
Temperature, vibration and gas sensors mounted on transformers, switchgear and rotating equipment.
An autonomous rover that walks a defined route and can be dispatched to inspect a flagged asset up close.
Collects readings from fixed sensors and the rover and forwards them for analysis.
Continuous trending against baseline so a developing fault is flagged ahead of a hard threshold breach.
Live asset map, sensor trends and rover position in one view for the site team.
A flagged reading routes to the duty team and can trigger a rover inspection for confirmation.
Inspection data is only useful where your team already works — we integrate rather than replace.
Push confirmed findings into the maintenance system your team already schedules work orders from.
Correlate sensor and rover readings with the operational data your control room already watches.
Route flagged and confirmed events to SMS, email or a channel your operations team already watches.
Concrete outcomes from watching assets continuously instead of on a periodic round.
unplanned outages once a developing fault is flagged and confirmed before it reaches a trip threshold.
manual rounds, with the rover handling routine and repeat passes near live equipment.
warning on a developing issue, from continuous trending instead of the next scheduled inspection.
Directional outcomes based on what continuous condition monitoring and patrol-rover inspection make visible — we'll size the specific case against your assets during a pilot.
Watch a hotspot get caught live, or tell us about your critical assets and we'll shape a pilot around them.