From High-Fidelity Data to Real-Time Intelligence
Serving Critical Infrastructure
Power disturbances cost U.S. businesses an estimated $119 billion to $188 billion a year.
Most start inside the facility, and the failures they cause often go undiagnosed.
Rising electric demand and grid complexity will make it worse.
These sectors feel it most:
Why This System Is Different
Conventional tools only sample, average, or wait for a trigger. We deliver power system insight you can trust, built on four principles:
Continuous, Full-Fidelity Waveform Data
We capture complete waveforms continuously, as Continuous Point-on-Wave (CPOW) data rather than averages and aggregates, preserving the harmonics, timing distortion, and sub-cycle events that other systems miss.
Edge-First Intelligence
Intelligence runs at your edge, and your data stays inside your trust boundary. The same architecture runs diagnostics air-gapped, on premises, or in the cloud.
Physics-Grounded AI
Deterministic electrical models define boundaries. AI interprets operating context and deviations. Together they deliver explainable, root-cause insight in real time.
Infrastructure You Own
Your waveforms, power quality metrics, and visualization are yours, free to use. Advanced AI analysis and expert monitoring are there when you need deeper insight.
The EQ Platform
AI-guided diagnostics built on continuous waveform data.
Physics-grounded, explainable, human-in-the-loop.
Analysis for Your Team
For Facility Managers
Track the KPIs that matter and ask the AI why they moved, so you decide with evidence.
For Energy Managers
Use one platform to track power quality, demand, and efficiency so you can cut waste without adding risk.
For Maintenance Teams
See waveform-level behavior, confirm fixes, and schedule work before small issues become failures.
For Engineers
Find root cause from full-resolution waveform data in minutes, without losing big-picture context.
Building a New Lens on Power
The EQ platform processes every waveform around the clock and turns it into actionable insight.
continuously streamed
sub-cycle latency
recorded to date
Questions
What is Continuous Point-on-Wave (CPOW) monitoring?
CPOW monitoring records every sample of the voltage and current waveform, around the clock, instead of averages or short windows around a trigger. EQ Wave records it at 32,000 samples per second per channel, so any disturbance can be found and examined after the fact.
Is Energy Quotient event-triggered?
No. Events are still detected, but they do not decide what gets recorded. Every cycle is kept, and event detection runs on that full record, so a disturbance just under a threshold is still there to find.
Does it need a cloud connection?
No. EQ Coherence records and serves the full-resolution waveform history on a gateway at your site, and EQ Sight runs from it in the browser. It works on isolated and air-gapped networks; remote access and cloud sync are optional.
How is AI used?
EQ Syntropy works as an AI analyst for your power system. Ask it a question in plain language about any circuit and any moment on record: it retrieves the waveforms in under a second, runs signal processing and standards engines on them, writes its own analysis when a question calls for it, and finds similar past events by their waveforms. It also watches every circuit continuously for changes in condition. Every answer cites the measurements behind it, and engineers decide what to act on.
How is CPOW different from a power quality meter?
A power quality meter is built to summarize and alarm; a CPOW installation keeps the evidence. It monitors around the clock like a meter, in more detail than a portable survey, so when equipment trips, the waveform from before, during, and after is already on record. See the comparison.
See the Platform in the Control Room
Book a session and work with live waveform data from our lab, with an engineer to answer your questions.