Acoustic Predictive Maintenance

Every failure
has a sound.
We hear it first.

The first software-first platform that converts acoustic signals from rotating and flow systems into actionable maintenance intelligence, no hardware required.

82%
of industrial facilities face unplanned downtime annually
$50B
lost globally each year to unplanned equipment failures
No sensors. No wiring. No installs. Trained on real industrial sound data Reduce emergency repair costs Cut unplanned downtime Industrial Fans · Pumps · Compressors Mid-sized manufacturing plants No sensors. No wiring. No installs. Trained on real industrial sound data Reduce emergency repair costs Cut unplanned downtime Industrial Fans · Pumps · Compressors Mid-sized manufacturing plants

Failures are predictable.

Rotating and flow systems, compressors, pumps, industrial fans, are mission-critical. Yet maintenance stays reactive because existing solutions only alert after damage is done.

  • 01
    Reactive by default
    Most mid-sized plants run-to-failure not by choice, but because they have no earlier signal.
  • 02
    Sensors miss early-stage faults
    Hardware-based vibration sensors only trigger after a threshold is crossed. By then, the damage is done.
  • 03
    Manual inspection catches nothing
    Acoustic faults invisible to human inspection are detectable by AI weeks before catastrophic failure.
44%
facilities experience a major failure every month
73%
of mid-sized manufacturers have no predictive system in place
57%
explicitly run-to-failure maintenance strategies

Three steps.

Machine setup
Recording
Step 01

Capture

Set machine context, then record 30 seconds of operating sound.

Live spectrogram
Step 02

Analyze

Proprietary acoustic AI model processes the signal in real time.

Analysis results
Step 03

Act

Detected risk factors, recommended actions, and next check interval.

Backbone of manufacturing,
energy, mining and logistics.

Mid-sized manufacturing plants running rotating and flow systems.

Reactive Predictive
Maintenance Manager

From firefighting to planning

hover →

You don't know a failure is coming until the machine stops. Emergency repairs disrupt schedules, strain crews, and spike costs, leaving your team in permanent firefighting mode with no time to plan ahead.

Health scores per asset weeks ahead. Plan your team, not react to crisis.

↓82% Q1 Q2 Q3 Q4
Plant Operations Director

Downtime becomes the exception

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Unplanned stoppages don't just cost repair time, they cost production targets, customer commitments, and the trust of every stakeholder who sees downtime as a leadership failure.

Resonix turns failures into scheduled maintenance events. Your line doesn't stop.

Before
34 HEALTH SCORE
With Resonix
72 HEALTH SCORE
Reliability Engineer

A health score for every asset

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Sensor installs require CapEx approval cycles, installation downtime, and complex calibration, and you still catch most faults too late to prevent damage.

Software-first. Deploy on existing devices. Catch faults earlier than any vibration sensor.

Built by engineers who understand both worlds.

Dikshitha
Dikshitha
Co-Founder
MS CS Indiana University· B.Tech ECE · Startup Summer Founder's Cohort at The Mill · Ex-SDE at Optum UHG
Product Engineer
Building scalable, secure systems that unite engineering rigor with product-driven design.
Preetham
Preetham
Co-Founder
MS CS Indiana University · B.Tech Mech Eng · Ex-SDE at Boeing
AI/ML Engineer
Focused on the practical integration of AI into complex software systems.
Jahnavi
Jahnavi
Co-Founder
MS CS Indiana University· B.Tech ECE · Ex-SWE at eBay, Bounteous
Mobile App Developer
Engineering software where scale, reliability, and impact matter.

Stop reacting.
Start predicting.