PHYSICS-BASED PREDICTIVE MAINTENANCE SOLUTIONS

Accurate, Real-Time Anomaly Detection for Industrial Assets

Discover IET’s physics-based anomaly detection systems, not a Black box built on anomaly detection algorithms.

Get real-time alerts that keep your operations running smoothly, prevent costly failures, and boost equipment efficiency.

PHYSICS-BASED PREDICTIVE MAINTENANCE SOLUTIONS

Accurate, Real-Time Anomaly Detection for Industrial Assets.

Discover IET’s physics-based anomaly detection systems, not a Black box built on anomaly detection algorithms. Get real-time alerts that keep your operations running smoothly, prevent costly failures, and boost equipment efficiency.

Who We Are

Turning Physics into Reliability

We fuse innovation with engineering to provide actionable insights that protect critical assets, prevent downtime, and improve operational efficiency. We are dedicated to advancing reliability for the future.

Our Solutions for Equipment Reliability

We provide end-to-end predictive maintenance solutions from continuous equipment monitoring to real-time anomaly detection with alerts including diagnostic summaries based on physics, customized solutions, and 24/7 expert support.

Proven Results Across Critical Industries

See how physics-based anomaly detection prevents failures and saves millions

Subsea Leak Detection - Acoustic Diagnostics

Challenge:

Need for reliable detection of small-signal leaks

What We Did:

Designed physics-based acoustic monitoring system

Results:

0 false positives over 5+years of deployment

Backspin / Blowout Event Detection

Challenge:

Dangerous backspin events lacked early warning signals

What We Did:

Modeled equipment instabilities using multi-segment linear modeling

Results:

Real-time alerts prevented catastrophic system failures

Oil & Gas - Subsea ESP Reliability

Challenge:

Recurring ESP failures causing production loss

What We Did:

Applied physics-based anomaly detection to analyze historical data

Results:

Identifies precursors weeks early; $14M+ documented value

Valve Extension - Shell Deepwater

Challenge:

Short, unpredictable valve lifecycles

What We Did:

Modeled degradation using physics-based feature extraction

Results:

Extended valve life and improved reliability saving the client an estimated $2.5 million over the field's lifespan

Trusted by Industry Leaders Worldwide

What engineers, operators, and experts say about IET

“Jim and Terry bring a great deal of experience... IET is our go-to for digital signal processing and embedded systems.”

Tina Grenier

IMS Consulting & Expert Services

“They listened, delivered, and exceeded expectations. The system worked flawlessly and fit within budget.”

Eddie Cramp

Motion Lab Systems

Recognized by Industry Partners

Featured by MathWorks for advancing physics-based industrial diagnostics.