Discover what makes DarkVision’s technology the world leading solution in industrial asset inspection.
We innovate across the entire tech stack. Our team designs, builds, and sells cutting-edge technologies for the most challenging industrial inspections.
It all starts with high-quality data. Our high-density arrays are designed to capture the highest resolution acoustic datasets possible.
Cutting-edge electronics and cloud-based machine learning models turn terabytes of signals into usable data that can be analyzed and rendered.
Huge point cloud datasets spanning over thousands of meters are rendered into detailed photorealistic visuals by proprietary visualization software.
Designed and built in-house to capture the highest quality volumetric data in the world. Our arrays are optimized in various geometries to unlock proprietary full-waveform-based imaging modes and techniques.
Built to work in conditions where others can’t.
Transducers Per Array
The latest chipsets, SoC, and embedded architectures drive our high-speed acoustic arrays. Disruptive digital signal processing techniques capture and process our field data in real-time at rates up to 614Gb/s.
Cloud-based machine vision, AI, and software algorithms process terabytes of raw acoustic data into high-resolution point clouds of intuitive information. These massive datasets are analyzed with parallelized GPUs on AWS to detect and measure defects in any material.
The Industry’s largest library of labeled high-resolution acoustic data from real commercial assets
Acoustic Data Recorded
Powerful rendering software and proprietary analysis engines reveal detail in submillmetric resolution. Powerful defect detection algorithms identify surface textural indications and volumetric defects as small as 0.01”. Deformation, corrosion, breaches, erosion, inclusions, and cracks in industrial assets are precisely identified and quantified.
We set the highest bar in industrial imaging. DarkVision delivers the highest resolving acoustic scans, the highest defect detection rates, and the most intuitive defect visualizations from the harshest environments known to man.Applications