Increase Efficiency with iGeos AI module integrated in EasyCore

iGeos AI-driven modules are designed to automatically detect, classify and visualize  key sedimentological features in siliciclastic core images.

iGeos modules utilize advanced deep learning frameworks to enhance accuracy, efficiency, and consistency in subsurface characterization and has been integrated in EasyCore as an optional module. 

Bioturbation Intensity Detection
The automated bioturbation image classification module is
designed to provide rapid and reliable ichnological analysis by automatically assigning bioturbation index (BI) classes to geological images of cores and outcrops.

Sedimentary Structures Detection
The automated sedimentary structure detection module provides a modern solution for identifying and classifying sedimentary structures directly from geological core images. Recognition of features such as cross-bedding, laminations, conglomerates, and mud drapes is critical for facies analysis and reservoir characterization, but the manual process is time-intensive and vulnerable to human bias.

Terms and Conditions 

Proprietary software Modules

 Developed by Dr. Korhan Ayranci and Dr. Umair bin Waheed at King Fahd University of Petroleum and Minerals (KFUPM) 

iGeos offers:

iGeos AI modules

  • Integrated with EasyCore
  • Accelerate core interpretation workflows
  • Offers advanced Core Image Analysis for Siliciclastic Systems
  • Offers bioturbation Intensity Identification tools
  • Accelerate analysis and reduce manual workload
  • Enables comparison between AI output and expert judgement
  • Built for learning, validation, and researchi