Our Technology

Better Data.
Broader Intelligence.

GES AI turns better electrical data into predictive intelligence.

  • High-Resolution Measurements

    RMS every 20 ms (4,000 samples/sec) for fast and accurate capture of electrical phenomena.

  • Loose Connection Detection

    Early identification of loose connections and abnormal resistance trends.

  • Fault-Indicator Parameters

    Measurement of unique parameters that indicate developing faults — beyond standard V, I and PQ.

  • Complete Electrical Infrastructure View

    End-to-end visibility: incoming supply, switchboards, UPS, generators, ATS/STS, critical loads and more. Not just the panel — the entire electrical chain.

  • Synchronized Data

    All parameters are time-synchronized on the same time-stamp to reveal the true relationship between events.

  • Patented Technology

    Unique measurement and analysis methods protected by registered patents.

GES-AI

AI-Powered
Digital Electrical
Engineer

  • Pattern Recognition

    Detects subtle patterns across equipment and time.

  • Early Fault Detection

    Identifies anomalies long before they become failures.

  • Engineering Insights

    Delivers actionable insights engineers can trust.

  • Better measurements.
  • Deeper understanding.
  • Earlier action.

GES AI

Not just monitoring.
Engineering intelligence.

GES AI turns real-time electrical data into clear insights, early warnings, and confident engineering decisions.

See the solution
GES three-phase voltage and current capture through a fault event

  • See the data

    Continuous. Accurate. Always available.

  • Understand what matters

    AI-powered analysis highlights what’s important.

  • Know what to do next

    Actionable recommendations to prevent failures.

Beyond standard metering

What a meter shows you,
and what GES shows you.

Conventional instruments report voltage, current and power quality — the state of the system right now. GES measures the parameters that change while a fault is still forming, on one synchronized time base, across the whole chain rather than a single panel.

Per-phase and stray current — GES software screen

Per-phase and stray current

R, S, T, neutral, earth and stray current on one synchronized time base — which is what makes an imbalance obvious instead of invisible.

Contact-resistance trending — GES software screen

Contact-resistance trending

The screen behind the loose-connection case: a step change in contact resistance shows up here long before anything gets hot.

See it against your own boards.

ESP will map which panels to instrument first and what GES should be watching there.

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