Platform
An on-premises edge platform for electrical infrastructure. Circuit-level visibility, predictive asset health, and grid-ready control — designed and engineered in New Zealand against critical-infrastructure requirements.
Single Platform
A purpose-built edge device installs at the main or sub-distribution board and uses non-intrusive load monitoring to identify every connected asset by its electrical signature. Machine learning models run locally — optimising energy, detecting degradation, and coordinating grid participation.
All processing happens on device. Operational data does not leave the site.
How It Works
Install at the circuit level. Integrate with existing BMS via open protocols. No equipment replacement.
NILM identifies every device by its electrical signature. No per-machine sensors.
Digital twin builds from occupancy, equipment, and seasonal behaviour.
Predictive and prescriptive AI drive cost, reliability, and grid-revenue outcomes.
Core Capabilities
Single-point measurement replaces hundreds of individual sensors by identifying every device via electrical signature.
Occupancy patterns, usage routines, and seasonal cycles learned from operational data.
A live model enabling scenario simulation, demand forecasting, and tariff-plan comparison.
Identifies abnormal signatures; surfaces equipment degradation weeks before failure. Roadmap: autonomous controlled shutdown.
Coordinated control of solar, storage, and flexible loads for demand response, VPP participation, and distributed flexibility.
Model ROI for solar, wind, and storage investment. Simulate tariff plans across retailers. Continuous procurement optimisation.
Security and Privacy Architecture
Designed against critical-infrastructure practice. Every platform decision prioritises the protection of operational data.
Integrations
No vendor lock-in. Integrates with existing BMS, automation, and DER infrastructure.
Deployment
Survey the site to identify savings, reliability, and grid-flexibility opportunities.
Certified partner installs the device at the distribution board and configures integrations. Minimal disruption.
Visibility from day one. Optimisation and predictive models improve continuously.
Request a pilot and quantify the impact in your environment.