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https://catalogartifact.azureedge.net/publicartifacts/ltim.geoproquick-d241491a-45d0-45c4-840c-15fb99b0ea41/image5_LTIMEYGeoProQuiKLogo2.25vs2.25Inch.png

LTM Data & AI GeoProQuik

LTIMindtree Limited

GeoProQuik is a lightweight, web-based solution for subsurface data curation, ingestion, and visualization on the Microsoft ADME OSDU Data Platform (Azure).

GeoProQuik is a lightweight, web-based solution for subsurface data curation, ingestion, and visualization on the Microsoft ADME OSDU Data Platform (Azure).

The solution accelerates data ingestion for oil and gas operators, oilfield services (OFS) organizations, data providers, and product companies by standardizing quality checks, workflows, and governance for well and seismic datasets. Using business rules and advanced analytics within Microsoft ADME OSDU, GeoProQuik simplifies how subsurface data is prepared, validated, and managed before ingestion.

GeoProQuik enables users and data managers to quickly discover datasets through map-based selection, keywords, and data-type searches, reducing data discovery time by over 50% compared to conventional approaches. An integrated pre-ingestion layer supports data quality management by identifying inconsistencies, enabling curation, and preparing datasets for secure migration.

A built-in policy and entitlement management framework ensures data security and governance throughout the processing lifecycle. By bringing structure and intelligence to complex subsurface data workflows, LTM helps organizations rethink legacy data handling approaches and accelerate value realization from Azure-based energy data platforms.

Key features

1. Subsurface data QA/QC engine for Microsoft ADME OSDU Data Platform

2. Well and seismic data ingestion into OSDU on Azure

3. Data search and retrieval using keyword or map-based selection

4. Virtual Data Analyst capabilities for enhanced data insights

5. User, ACL, legal tag, and policy management

6. Centralized data management and storage within OSDU

7. Data curation through an integrated data editor

8. Data visualization using Microsoft Power BI

Proof of concept activities

Pre-assessment and infrastructure setup

  • Project kick off and team onboarding
  • Infrastructure deployment planning
  • OSDU deployment strategy finalization
  • Subsurface application and data discovery

  • Analysis of application and data landscape with SMEs and stakeholders
  • Preparation of business use case and data assessment reports
  • OSDU platform deployment in Microsoft ADME

  • Subscription creation for Microsoft ADME OSDU environment
  • Completion of prerequisite setup and checklist activities
  • Configuration of shared resources
  • Deployment of services within Kubernetes clusters
  • DNS and security configuration
  • Verification and validation of deployed OSDU R3 instance
  • Support for seismic storage infrastructure setup
  • Sample data migration and validation

    Stage 1 validation

  • Ingestion of OSDU forum-provided sample datasets
  • Stage 2 validation

  • Preparation of client datasets including well and well log metadata and quality checks
  • Manifest file preparation
  • Data ingestion using the GeoProQuik solution
  • Entitlement and obligation services testing across users, data, and service groups
  • Data search, visualization, and integration from the OSDU platform
  • Overblik

    https://catalogartifact.azureedge.net/publicartifacts/ltim.geoproquick-d241491a-45d0-45c4-840c-15fb99b0ea41/image0_LTMGeoproQuiK1.png
    https://catalogartifact.azureedge.net/publicartifacts/ltim.geoproquick-d241491a-45d0-45c4-840c-15fb99b0ea41/image1_LTMGeoproQuiK2.png
    https://catalogartifact.azureedge.net/publicartifacts/ltim.geoproquick-d241491a-45d0-45c4-840c-15fb99b0ea41/image3_LTMGeoproQuiK3.png
    https://catalogartifact.azureedge.net/publicartifacts/ltim.geoproquick-d241491a-45d0-45c4-840c-15fb99b0ea41/image6_LTMGeoproQuiK4.png