Facilities and campuses
Utilities tracked and billed across tenants and wings; sustainability compliance from the same data.
Hierarchical resource tracking
Compare input against output across complex monitoring networks.
A tracking and reporting system for power, water, gas or any continuous utility. It organises meters into a parent-child tree, compares total intake with downstream consumption and surfaces losses, double-counting and silent meters automatically.
A moment with AI Energy
Main grid intake 12,480 kWh. Building Wing A 4,210, Production Line 2 3,890. Meter #14 has been silent for two hours, so the system fills the gap from its history and still reconciles the site to within 0.3%. The one branch that does not add up is a leak.
The problem it removes
Nobody can say which wing, which line or which tenant consumed what, a dead meter leaves a hole in every total, and losses hide in the difference between what came in and what was used.
Capability 1
Infrastructure as a dynamic tree: supply at the top, branching into wings, zones, lines or machines, so related streams are grouped and compared.
02 / 06Capability 2
When a sensor or meter goes offline, missing readings are estimated from historical patterns so reports and totals stay complete.
Capability 3
Continuous comparison of inputs with outputs; imbalances flag leaks, double-counting or transmission losses.
Capability 4
A web console for point-and-click analysis, custom time ranges, node health review and an archive of browser-ready reports.
Capability 5
Utilities tracked and billed across multi-tenant spaces or output lines, supporting fair cost allocation and sustainability reporting.
Capability 6
Teams are alerted when data stops arriving from any node, before the gap becomes a month of estimates.
How it works
Operations
Live status, detections with the clip or image that triggered them, who was notified and what happened next. Per room, per car, per gate, per site.
| Inputs | Power, water, gas and other continuous meters; environmental sensor networks |
|---|---|
| Model | Parent-child tree of sites, zones, lines and equipment |
| Analytics | Gap-filling, reconciliation, benchmarking across matching periods |
| Console | Web; custom ranges, node health, report archive |
| Workflow | Map the site → aggregate streams → smooth the gaps → audit the balance |
Integrations
Deployments
Utilities tracked and billed across tenants and wings; sustainability compliance from the same data.
Intake linked to output lines and machinery to find units that use disproportionate resources at peak times.
Long-distance flow monitored from intake to destination; leaks isolated where downstream totals stop matching.


Questions
The system estimates its readings from historical patterns, marks them as estimated, alerts the team and keeps the site totals reconciled.
Yes. Dispersed sites sit under one tree and are compared over matching periods.
Any continuous stream: electricity, water, gas, steam, compressed air, and environmental sensors.
NT-04 · AI Energy
A floor plan, deck plan, yard layout or garden drawing is the best start. Hardware is sourced from factories Outsource China inspects, and delivered on one contract.
Related