This AI model has been customed trained on a custom dataset and running locally on a mobile phone.
Custom trained Vision AI model detecting 3 types of compressor
baldes from a CFM engine with a
confidence of 80%-92% ⭐⭐⭐⭐⭐
For preserving privacy, no cloud compute has been used in this instance, however bigger more accurate models can run on a private cloud
Detection of a missing bolt on Landing gear assembly, is it possible?
Yes!, Confidence of 92%-95% ⭐⭐⭐⭐⭐
Landing gear inspection of a Avro Vulcan B2 airplane.
This AI model has been customed trained on a custom dataset and
running locally on an edge device (mobile phone).
Aircraft skin inspection with a mobile phone ?
Yes!
Helicopter inspection using AI model for rivet detection. Custom build AI model for inspection of rivets on aircraft skin, automatically counts, tracks and assigns an ID for each rivet and builds report.
The AI Return on Investment tool was developed to help you quantify and present the business case for implementing AI models, such as those used in AiVisualMRO. It provides a quick assessment to support organisations evaluating the adoption of AI solutions. 04-May-2026
Within the industry, missing bolts or incorrectly fitted bolts can lead to serious damage, even if the likelihood of such errors is low. That's why, after each assembly operation, it's good practice to have an AI system double-check the work and record for future analytics. 04-May-2026
Detection of dents, scratches, and other forms of foreign object damage (FOD) using AI. In this example, an AI model is deployed on an edge device (an Android unit), enabling real-time visual inspection and alerting technical staff whenever an anomaly is detected. 06-May-2026
A comprehensive PowerPoint presentation containing all the information from this site, along with additional insights. (Slide 10) includes an AI Capability Rating: from easy to difficult, providing a clear indication of the effort required to validate and deploy these AI models. 12-May-2026
Visual AI MRO is an advanced AI solution designed for visual inspection and maintenance, monitor repair, and other operations. AI models Taylored to your needs, automatically detect defects like scratches, dents, corrosion, and more with 87%-99% accuracy.
Our AI models analyze images from any camera, or boroscope to automatically identify and classify defects. The system is trained on your specific images, ensuring maximum accuracy for your use case.
Visual AI MRO delivers impressive results: 58% overall cost saving on visual inspection, 80% time saving on report generation, and 87% accuracy in automatic defect detection.
Yes! these AI models can be trained on your own images and run locally on your infrastructure for maximum privacy and security. Your data never leaves your system, unless you want it to. This is perfect for Aerospace and defence sector where most of the data analysis and AI models need to run privately