Data ingestion

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Transform unstructured engineering data into trusted planning inputs.

Overview

Tela in DrillPlan solutions helps engineers rapidly convert unstructured engineering information into structured, trusted data for well planning workflows. By leveraging AI-powered document understanding and intelligent extraction, Data Ingestion reduces manual effort, improves data quality, and accelerates planning activities.

Challenges

• Well planning depends on data from multiple sources, including reports, equipment specifications, offset well files, PDFs, spreadsheets, and vendor documents.
• Engineering information is often delivered in different formats and structures.
• Manual interpretation and data entry can be time-consuming and error-prone.
• Preparing data for planning workflows can delay engineering activities and decision-making.
• Inconsistent data handling can impact the quality and reliability of planning inputs.

Solution

• Transform unstructured engineering information into structured data ready for use in DrillPlan.
• Leverage Tela to understand reports, PDFs, spreadsheets, vendor documents, and other engineering data sources.
• Automatically extract relevant well planning parameters and information.
• Standardize data from disparate sources into trusted planning inputs.
• Reduce manual effort while improving data consistency and quality.

Features

• Unstructured Data Understanding – Interpret engineering information across reports, PDFs, spreadsheets, and other document types.
• Intelligent Data Extraction – Automatically identify and capture relevant engineering parameters for well planning.
• Standardized Data Ingestion – Transform disparate data sources into consistent, trusted inputs for DrillPlan workflows.

Benefits

• Eliminate Manual Data Entry – Replace repetitive copy-and-paste workflows with automated extraction.
• Handle Diverse Data Sources – Ingest information from reports, spreadsheets, PDFs, and vendor documents without manual reformatting.
• Improve Data Quality – Reduce transcription errors and increase confidence in planning inputs.
• Accelerate Planning Workflows – Spend less time preparing data and more time designing wells.
• Create Trusted Inputs – Standardize engineering data for more reliable and consistent planning decisions.