Monitoring Solutions / Integrated Facility Monitoring
Tanks, pumps, generators, pressure and fire-system status on one dashboard for a campus or building, composed from the individual monitoring systems. A live demo shows the combined view on simulated data.
Book a Pilot Run the live demoPilot stageIntegrated facility monitoring is a bundle of the individual systems, so on a real site it is only as ready as they are. The combined site view is shown in a live demo on simulated data; most of the hardware and drivers behind it are not built (see the kit below). This is monitoring only. It is not a fire alarm or detection system and does not replace statutory fire safety equipment. No certifications.
Facility teams check tanks, pumps, generators and pressure in separate places, so a developing problem in one is seen late, if at all.
Each utility has its own panel or logbook.
Local alarms ring in a plant room and nowhere else.
Operators walk the site to read gauges.
There is no single history of what ran and what failed.
A combined site view of water level, pump and generator status and pressure readings. Fire-pump status is monitored only; we do not control pumps or claim fire-safety compliance.
A simulated tower on one screen: fire header pressure and jockey pump duty, water tanks, a diesel generator and the mains feeder. A leak, a draining tank, fuel slipping from an idle generator and a mains failure each raise an alert.
Simulated data for a fictional tower. It is monitoring only: it is not a fire alarm or detection system, and the buttons (dispatch technician, start transfer pump, start DG-1) are simulated operator actions, since we do not control pumps or generators. It does not mean the sensors or drivers behind these readings are built; see the kit below.
Several systems feed one site view. Each path is only as built as its own page says.
Level and status readings
Run and fuel readings
LoRa and Modbus, third-party
Readings stored per system
Combined view and alerts
Every reading uses one telemetry shape end to end, so a dashboard can move from simulated to live data without changes.
Each item carries its real status. None of our boards has been proven on silicon yet, and we hold no product certifications today.
See the water level and flow page. BQT-WL1 (Tank / water level node) is a signed design, not built.
Design signed · not builtSee the diesel generator page. Third-party controllers; drivers not built.
Third-party · drivers pendingThird-party transmitters with 4-20 mA or Modbus outputs. Nothing selected yet.
Third-party · not selectedStatus monitoring only, using our fire-system kit in the platform code. Not a fire alarm or detection system.
Built · not demonstratedOne view across the systems above. The platform supports multiple device types; a combined facility dashboard is shown in the demo above on simulated data.
Demonstrated in demoThird-party LoRa and Modbus gateways. We do not supply our own yet.
Third-partyWe extend your existing meters, controllers and systems rather than replacing them.
Data can be shared with a building-management system through our API during a pilot. BACnet is not yet supported.
Dashboard alerts first. Email, SMS and WhatsApp delivery is being built and enabled per pilot after verification.
Webhooks and API access for helpdesk or ERP tools during a pilot.
We publish no savings benchmarks we cannot source. Below: what the system changes, and a calculator that multiplies figures you enter.
place to see the state of the site's utilities.
visibility of a developing fault in any of them.
manual rounds to read gauges.
Saving = hours x cost per hour x assumed share. The percentage is your assumption, not a result we have measured. Nothing here is a guarantee or a benchmark.
Start with the system that hurts most, then add the rest to the same site view. We will say plainly what is ready.