Data Extraction

Extract structured material data from scientific literature, databases, and web sources using automated pipelines.

Data Extraction

Extract structured material data

Extract structured material data from scientific literature, databases, and web sources using automated pipelines.

Start Extracting

Problem Statement

Raw scientific data is scattered across diverse formats and inconsistent structures, making it hard to retrieve and standardize manually.

Our Solution

Our Data Extraction system automates:

  • Fetching relevant documents using smart queries
  • Parsing different formats using specialized pipelines (PDF, OCR, HTML, etc.)
  • Structuring data into consistent schemas

Key Features

  • 🧾 Format-Agnostic Parsing – Extract from HTML, PDF, CSV, image-based documents
  • 🧠 NLP + ML-Based Extraction – Understand context to capture relevant values
  • ⚙️ Configurable Pipelines – Tailor extraction logic to your dataset type
  • 📚 Metadata Capture – Log source, publication date, and reliability flags

Workflow Overview

  1. Fetch sources using the fetcher engine
  2. Parse content based on file type
  3. Identify relevant material properties
  4. Store structured data in database

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Frequently asked questions

The system fetches content from ScienceDirect, PubChem, Google Scholar, Material Project, and other trusted databases.

It supports HTML, PDF, XML, CSV, and image-based content using OCR and NLP parsing pipelines.

It uses NLP, machine learning, and custom rule-based parsers to ensure precise and structured output.

Yes, extraction profiles can be configured for specific material types, properties, and document formats.

We continuously improve accuracy with validation loops, similarity checks (e.g., doc2vec), and human-in-the-loop reviewing.

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