ELECTRICAL GROUND TRUTH

Green dashboards are the most expensive color in the building

Standard monitoring samples once a second. Failures move in milliseconds. Verdigris reads 8,000 samples a second, catching them before alarms fire and freeing the 15 to 25 percent of capacity that slow data leaves stranded.

2+ GW

Peak demand monitored

20M+

Sq ft global deployments

10K+

Power equipment monitored

Trusted on critical infrastructure worldwide.

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8 kHz vs 1 Hz. A physics difference.

A 200 ms harmonic spike from a degrading rectifier looks like a normal reading at 1 Hz. At 8 kHz, the same event produces 1,600 data points - enough to identify the failure signature.

See how detection works

T-Mobile, 800+ rectifiers, validated

Caught 21 days before failure.

$1.3M to $3M projected 3-year value, 6:1 ROI

T-Mobile deployed Verdigris across 800+ UPS rectifiers. 4% showed active electrical degradation. Standard BMS alarms had fired on zero of them.

Continuous waveform analysis caught the harmonic shifts that precede equipment failure. The result: 21 days of runway to schedule replacement before any breaker opened, and a 5-month payback.

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Reliability First

See what your monitoring missed.

Continuous waveform analysis catches the degradation that threshold-based alarms structurally cannot.

A degrading rectifier shifts the ratio of its 5th and 7th harmonics weeks before any threshold trips. Continuous waveform analysis makes that signature unmistakable. Once-a-second polling never sees it.

See it on your equipment

The degradation signature, in the frequency domain

H5 / H72.55→1.94+24%

H5/H7 ratio: H7 climbs +45% while H5 barely moves (+11%), so their ratio collapses from 2.55 to 1.94 (-24%). Aggregate THD drifts far less (+19%) and never trips an alarm. The ratio is the early diagnostic. THD is not.

The harmonic ratio shifts weeks before any alarm

From main switchgear to every circuit

Full power chain measured: 13 nodes from main switchgear through every sub-panel and circuit, all measured continuously. 1 fault visible at every level above it.

A fault stays visible at every node above it

Every circuit, from main switchgear down

Per-circuit measurement spans the full power chain, so a fault is visible at the breaker where it lives and at every node above it.

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Stranded capacity. Find it.

Per-circuit data reveals capacity that aggregate metering hides.

A Fortune 50 NYC data center cut chiller energy 19% once it could act on validated operating limits instead of conservative nameplate derating.

Nameplate, derated, and the measured-safe envelope

Conservative derating strands 15-25% per circuit

Three ways to start.

Get a free rectifier health audit

We deploy continuous waveform monitoring and flag the specific units at risk in your facility over 4 weeks. Free assessment, no hardware commitment.

Request your free audit

Detect degradation weeks before failure

Continuous waveform analysis flags equipment degradation that threshold alarms structurally cannot, with runway to act before a breaker opens.

Explore Signals

How one operator found stranded capacity

Circuit-level visibility revealed over 1 MW of recoverable capacity at a single facility, with roughly $100M projected across the portfolio.

Read the case study