Analytics for Mining


AI & Cloud Software Suite and SaaS enabled Platform for AI and Analytics Team to focus on Mining Data Management, Annotation Automation, Model Management for Mining, MLOps Automation and Mining data security


Solutions / glosys Analytics / Mining

glosys Mining AI Overview

glosys Mining AI, One of the components of glosys AI Platform, provides AI & Cloud Software Suite and SaaS Applications and Services for AI and Analytics Team to focus on Mining Data Management, Annotation Automation, Model Management for Mining, MLOps Automation and Mining data security in the digital world

Features We offer

Mining Data Management



glosys Mining AI manages Mining data sets in terms of data extraction, transformation, loading and processing effectively

Mining Annotation Automation



glosys Mining AI focuses on auto-annotating, Mining image and video annotations, interpolate and fine tune the performance of the annotator for Mining data

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Mining Models Management



glosys Mining AI leverages construction of Mining ML Pipelines, Auto-ML to develop production-ready Mining AI, Model Workflows, Models Hub and Model Metrics for Mining data

Mining MLOps Automation



glosys Mining AI harnesses the power of construction of Mining CI/CD AI Pipelines using built-in neural networks, python SDK, webhooks and advanced orchestration

Mining Data Security



glosys Mining AI protects and secures image and video data using security features such as roles management, profiles and permissions management, access control and field level security

Model Types glosys Mining AI leverages

Object Detection & Localization

Detect and locate the presence of multiple objects within an image, drawing bounding boxes around them to indicate their position and size

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Object Classification

Identify and assign a label or multiple labels to images based on the presence or absence of specific features or patterns within the image

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Captioning & Action Recognition

Automated process of generating textual description of an image, identify and classify human actions or movements within a video using action recognition

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Semantic Segmentation

Divide an image into distinct regions or segments, and assign labels representing the category of objects or features they belong to, to each individual pixel

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Instance Segmentation

Detect and delineate individual object instances within an image, and assign a unique label to each pixel that belongs to that instance

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Object Tracking

Follow or track the movement of one or more objects within a video sequence by detecting and matching features across frames.

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Usecases for Mining

Prospectivity Mapping of Critical Minerals



Analysis of Geophysical data such as Electrical, ElectroMagnetic (Magnetotellurics/VLF), Gravity and Magnetic, Depth data (Borehole)
Analysis of Geochemical data such as chemicals through rock powders, Lithium, Cobalt, Venadium

Plate Tectonics Models for Mineral Exploration



Focus on Deep sea sediment thickness, Oceanic Crustal or lithospherical properties, Downgoing Plates, Overriding Plates
Subduction Convergence Kinematic Statistics Generation using Gplates python library
Predicting the emplacement of Cordilleran Porphyry Copper (Cu) Systems
To generate copper mineralization prediction maps

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Lithological Mapping Via Remote Sensing



Analysis of Lithology Types such as Quartz Monsonite, Dacite, Colluvium(hill), Scree and Talus (Slumps, Creek, Landslides, rockfall), Kurinigi, Mullai, Marutahm, Neiyathem, Pallai, Andesite (Igneous rock), Sandstone and shale (sedimentary rock), Younger Composite Fans and Terraces, Riverbed and Recent Alluvium, Older Composite Fans and Terraces, Light Red to Gray Sandstone

Geostatistics on Mineral Exploration



Extract chemical and physical parameters of complex surfaces
Focus on Summary Statistics on Geochemical data like Ore Geology
Map sand dunes for massive ore deposits

Remote Sensing for Mineral Exploration



Analysis of Features such as Lithological Units, Alteration Zones, Tectonic Structures (Fault, fold, shear zones) and Indicator Minerals (Path finding elements)
Analysis of Evidential Maps such as Lithological Map, Alteration Map, Structural Map, Minerals Map

Samples Analysis & Report Generation



Obtain accurate mineralogical information about inaccessible targets
Analysis of Samples using Optical Petrological microscope, Laser Raman Spectrometer, EPMA Instrument and reports are generated

Meet Your AI for Mining Objectives & Needs