Engineered Intelligence

Chapter 1 of 7

Industrial Condition Intelligence

AI-native predictive analytics for mission-critical infrastructure.

Gas turbine compressor section with a diagnostic overlay: a vibration trend leads to a flagged location and a ‘Degradation Trend Detected’ alert for compressor blade vibration at an early stage.

From asset signals to condition intelligence and planned maintenance action.

SibylCor diagnoses the equipment—it doesn’t just detect the signal. By combining engineering-informed models, operating data, and diagnostic reasoning, the platform identifies developing failure mechanisms earlier and gives operators more time to plan the response.

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The Stakes

Chapter 2 of 7

The cost of not knowing early enough.

Data center hall with rows of illuminated server racks.

Why Now

Chapter 3 of 7

The operating environment has changed. Maintenance operations and planning have to change with it.

Refinery distillation towers and process piping lit against a sunset sky.

Critical industrial assets are being asked to operate under higher utilization, greater operational complexity, and tighter performance requirements.

At the same time, the cost and consequences of unplanned downtime continue to rise. These realities require a more intelligent, integrated approach to asset health and maintenance.

The Problem

Chapter 4 of 7

The problem isn’t more data. It’s knowing what the data means.

Critical assets already generate large volumes of operating data. Existing systems can often tell you that something changed—but not always what changed, why, or what may happen next.

SibylCor adds the reasoning and diagnosis needed to answer the questions that matter.

Six sources of operating evidence — Sensors & Instrumentation; Control & Operations Data; Maintenance & Inspection Records; Engineering & Design Information; Operational Context; External & Environmental Data — converge on SibylCor Industrial Condition Intelligence.
  • Sensors & Instrumentation
  • Control & Operations Data
  • Maintenance & Inspection Records
  • Engineering & Design Information
  • Operational Context
  • External & Environmental Data
SibylCorIndustrial Condition Intelligence

The Questions That Matter

  1. What is happening now?
  2. Why is it happening?
  3. How severe is it?
  4. What will likely happen next?
  5. What should we do about it?
  6. What is the risk and cost if we don’t?

Why SibylCor

  • Your infrastructure is already the sensor.

    Through Electric Signature Analysis, SibylCor is designed to read the voltage and current waveforms your motors already produce—using the current and potential transformers already in place. No proprietary hardware.

    How Electric Signature Analysis works
  • What does an unplanned failure actually cost?

    SibylCor is designed to compute the Total Cost of Risk for every monitored asset: process unavailability, degraded efficiency, emergency procurement and missed operating windows.

    Explore Total Cost of Risk

Applications

Chapter 5 of 7

Built for your most critical assets.

  • Data Centers

    Keep critical infrastructure online with earlier detection and fewer surprises.

    Explore Data Centers
  • Power Generation

    Reduce unplanned outages and extend asset life across your fleet.

    Explore Power Generation
  • Oil & Gas / LNG

    Improve reliability and safety for critical rotating equipment and facilities.

    Explore Oil & Gas / LNG
  • Maritime

    Maintain operational readiness and reduce voyage-disrupting failures.

    Explore Maritime

The Company

Chapter 6 of 7

Experienced team. Established technical foundation.

SibylCor combines experienced technology and finance leadership with a founding team of engineers whose expertise spans industrial analytics, energy infrastructure, maritime systems, manufacturing, and other mission-critical environments.

The technical team brings an established history of working together on complex engineering and industrial analytics challenges.

Learn About SibylCor

Get Started

Chapter 7 of 7

Better decisions start with understanding the condition earlier.

If you are responsible for the reliability, performance, or lifecycle of critical rotating equipment, we would like to hear about the problems you are working to solve.

Rotating machinery with a diagnostic target marker and a live vibration waveform.
  1. Operating Evidence

    Signal behavior deviates from expected condition.

  2. Diagnosis

    Likely developing failure mechanism identified.

  3. Confidence

    Evidence supports the diagnosis.

  4. Intervention Window

    Condition understood early enough to plan the response.

Start a Conversation

One critical asset class, one narrow engagement—starting where the consequence of failure is already understood, with a low-risk path to validate SibylCor.

Discuss a first engagement