System Design
The platform is organized as four cornerstones, each an independently licensable capability, spanning the path from the physical measurement to analysis and action.
The four cornerstones
- EQ Wave™ — the sensor cornerstone and physics interface. EQ Wave is a Waveform Measurement Unit (WMU) that performs Continuous Point-on-Wave (CPOW) capture: uninterrupted, sample-by-sample recording of electrical waveforms at 32 ksps. A WMU is to waveforms what a PMU is to synchrophasors: a defined device class for high-resolution measurement.
- EQ Coherence™ — the data substrate. Coherence handles ingestion, filtering, query, analysis, and the APIs that other software and machines use to reach the data. EQ Sight™ is its user interface, the human connector to the substrate.
- EQ Syntropy™ — the cognition layer. Syntropy provides physics-grounded analytics and agentic AI, attaching to Coherence through its APIs as a consumer of substrate data.
- EQ Resolve™ — the control and corrective-action layer. Resolve produces bounded, authorized control commands in response to substrate state and Syntropy outputs. It acts as an authorized actuator responding to human operators or authorized control systems, not as an autonomous decision-maker.
EQ Forensics™ is a bespoke power-quality investigation service, not a productized component. It is delivered as an engagement that uses the cornerstones as the instrument.
How data flows
A deployment is a set of distributed EQ Wave nodes measuring at the points of interest, feeding an edge gateway that runs Coherence and Sight. Analysis and AI run against the substrate at the edge, with selective cloud augmentation where a customer chooses it. Raw waveforms default to staying on-site; exports and uploads are explicit choices. This local-first default, and the human-in-the-loop and bounded-control postures above, are deliberate.
The measurement interface is deliberately isolating: EQ Wave connects to the gateway over optical fiber, giving complete electrical separation from the monitored system with no conductive path back to the digital side. The operator-facing detail of the sensor, the gateway, and data access is in the Platform Guide.