TrueSight™
TrueSight™ is our intelligent software platform that transforms complex motion into undeniable insight. It’s the brain of the Iris aiOne™ ecosystem, designed to help you see everything and miss nothing.
Seeing is Believing. But Only if it’s the Truth.
In vibration analysis, seeing the problem is half the battle. But many visualization tools can be misleading, creating animations by stretching or interpolating data from a few points. This can hide the true nature of a problem or, worse, create a false one. Making a critical decision requires more than just a picture; it requires an accurate, trustworthy, and complete representation of reality.
TrueSight™ Delivers Undeniable Reality.
TrueSight™ is fundamentally different. Our patented algorithms are the only ones in the world that leverage every single pixel of the camera as an individual sensor. This allows TrueSight™ to measure the true motion and calculate the true values of every component visible in the frame. There is no guesswork and no interpolation—what you see is the real, unfiltered motion of your asset. This is the foundation of genuine insight and the only way to make decisions with absolute confidence.
See Everything. Miss Nothing.
See Everything. Miss Nothing.
TrueSight™’s primary strength is its ability to analyze the full-field data from the Iris MA™ camera. This gives you the complete picture, showing you how different components interact and revealing the root cause of issues that single-point sensors would miss entirely.
Miss Nothing with Integrated Sensors
We know you can’t always see every component. That’s why TrueSight™ seamlessly connects data from traditional accelerometers. This allows you to get precise, high-frequency data from bearings and other hidden points while still seeing the overall structural motion in context.
Automate Your Analysis Setup in Seconds.
Instantly identify and analyze every asset in your field of view. With a single click, TrueSight ID uses intelligent recognition to automatically find and create measurement points on all components in the video. This eliminates the tedious and time-consuming process of manually drawing regions of interest, allowing you to go from initial setup to a complete set of spectral measurements in seconds. It’s the fastest way to ensure a comprehensive analysis and get the critical data you need to solve the problem.
Instantly Validate Asset Health against industry standards.
TrueSight Limits compares measured vibration levels to a built-in library of standards or your own custom thresholds, providing immediate pass/fail feedback and color-coded visuals to pinpoint areas of concern.
The World’s Fastest Modal Analysis.
Drastically reduce modal testing time and complexity. TrueSight Modal uses the full-field video data to perform Operating Deflection Shape (ODS) and modal analysis faster and more intuitively than ever before, turning weeks of testing into a matter of hours.
The Best of Both Worlds: Video and Accelerometers.
TrueSight Accel seamlessly integrates data from our wireless accelerometer with the full-field video from the camera. This allows you to capture precise, high-frequency data from bearings and other hidden points while still seeing the overall motion of the asset in context.
Visualize the Dynamics of Rotating Machinery.
TrueSight Rotate transforms complex rotational vibration data into an intuitive, animated view of your asset’s true operational deflection shape, allowing you to confidently diagnose issues like imbalance, misalignment, and shaft bending with visual evidence.
Analyze High Frequency and Transients.
Many critical machine components and have motion at frequencies that are over a couple hundred Hz. TrueSight HighSpeed is engineered to capture and dissect these high-speed, high-frequency phenomena. By recording with a high frame rate, it allows you to visualize high-frequency vibration modes, see complex deflection shapes in fast-moving parts, and troubleshoot elusive problems that only appear at full operational speed. This provides the essential data needed for performance optimization, design validation, and solving your most challenging dynamic problems.
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