Extricator

Data extraction simplified with machine learning and Artificial Intelligence.Extricator combines AI-powered data capture with Cognitive Process Automation to make invoice processing more efficient and intelligent.

Streamlining and Automating Invoice Data Processing with AI

Unlike traditional OCR systems, AI processes unstructured and complex data with maximum efficiency and with up to 70% reduction in costs.

Avail Smart Data Extraction Services for Your Business with Extricator



Improved Operational Efficiency

Eliminate manual data processing with AI-powered software, machine learning algorithms, and smart analytical tools.


Accuracy

Extricator offers error-free and validated data extraction from complex layouts producing accurate AI-driven results that are fully-customizable.


Quick Processing

Extricator integrates data extraction processes with AI-enabled engines which is eight times faster than manual processing.


Smart Automation

Powerful machine learning technology automates invoice data capture and intricate formats with best-in-class annotation software.


Easy implementation

This cloud-based AI tool is easy to implement via RPA and API that are fully compatible with different formats and systems.


Secure

Extricator’s deep learning AI services adhere to the highest security standards that are trusted by a myriad of enterprises around the globe.


Automated AI Solutions

Extricator’s invoice data capture streamlines backend services. Our pre-trained AI models and robust machine learning pipeline software work towards delivering a seamless service.


Intelligent Extraction Process

The Extricator extensions intelligently simplify complex customization processes. It combines cognitive processing with versatile deep learning models to meet custom invoice automation needs.


Fast and Structured AI-driven Results

We assist in processing high-volume documents using powerful AI and machine learning tools. Extricator automates and extracts data in formats that can be easily imported into systems with minimal human intervention.