OCR Services

AI-based Intelligent OCR Solutions

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Intelligently Extract Text & Data with KritiKal's OCR Services

We provide AI-based optical character recognition (OCR) services and custom OCR development solutions that enable organizations to efficiently extract and convert data into a machine-readable format. Integrated with machine learning and computer vision capabilities, our OCR solutions allow businesses to automate data digitization for better decision-making and achieve greater business efficiency.

As one of the top OCR service providers, our engineers have worked on various applications of OCR such as vehicle license plate recognition, container text identification, industrial inspection, document digitization, etc.  We have experience in designing custom OCR solutions based on client-specific requirements; including real-time optimized embedded electronic implementations of OCR. The solutions include localization of regions containing text in images, and then using the core OCR engine to ‘read’ text out of these sub-images.

APPLICATIONS OF OCR

OCR Vehicle Surface

Vehicle Surface Text Recognition

OCR Industrial Inspection

Industrial
Inspection

Document OCR

Document Digitization

FEATURES

KritiKal’s Robust OCR Engine helps you increase efficiency across various domains.  Here are the features that make it the best in the Industry:

  • Robust across different font types, sizes, symbols
  • Ability to segment and recognize characters, words, text lines, paragraphs and full pages
  • Ability to split and recognize glued characters, as well as to glue and recognize broken characters
  • Hi-performance OCR engine, with pre-processing and de-skewing and normalization techniques 

Upto 100% accuracy is achievable when the print and image quality is good. With drop in image quality, the accuracy drops gracefully, and can be better than or close to what human beings can read.

200 to 600 Characters Per Second (CPS)is readily achievable depending on the CPU speed. 

Color, gray scale or bi-tonal images with a 200 DPI or greater resolution can be used as input. Custom solutions have been built around OCR on videos, integrating frames with varying text resolution (and motion blur). 

The output includes ASCII or UNICODE character strings, and confidence values (for decision/data fusion). We have also combined character level output to interpret word or higher level data.

The OCR Engine supports Linux and Windows based platforms. Custom embedded platform implementations have also been made, optimized for memory and run-time.

Benefits

High Accuracy & Less Operation Cost

Automating the data digitization process helps in reducing the cost and errors as it minimizes manual work.

Superior Data
Security

KritiKal's OCR Services allow raw data to be stored in secured digital formats to prevent any un-authorized access.

Improved Customer Experience

Digitally stored data can be retrieved at blazing speeds so that customers can quickly access their data.

Easy Data
Recovery

Data stored in secure servers remains safe. Even in case of any disaster, it can be recovered easily.

The Cutting-Edge in OCR Technology

Data entry is the process of extracting useful information and storing it in a computerized system or ERP software. The process is important for organizations to structure business data into …
Optical Character Recognition (OCR) technology has been around for almost a century. It’s a great solution for converting handwritten text or text image into machine readable digital format.
KLiPR
TRAZER Service enables smooth functioning of the toll management system. As it caters different traffic conditions, it delivers 99% accurate traffic data results.
Data Digitization
Container OCR
The system performs selective mosaicing of frames captured by cameras, which are positioned to capture video of top and side view of the container. It also provides transaction logs.

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Optical Character Recognition (OCR)

About KritiKal's OCR Engine

OCR is used for translating ‘images of text’ into ‘text’. Such text is then understandable by machines, and can be used for further processing. KritiKal has developed a strong in-house OCR engine, which has powered various products and applications like vehicle license plate recognition, container text identification, industrial inspection, document digitization etc. We have experience in designing custom OCR solutions based on client specific requirements; including real time optimized embedded electronic implementations of OCR. The solutions include localization of regions containing text in images, and then using core OCR engine to ‘read’ text out of these sub-images.

 

Features of KritiKal's OCR Engine, Solutions

  • Capability:
    • Robust across different font types, sizes, symbols
    • Ability to segment and recognize characters, words, text lines, paragraphs and full pages
    • Ability to split and recognize glued characters, as well as to glue and recognize broken characters
    • Hi-performance OCR engine, with pre-processing and de-skewing and normalization techniques

  • Accuracy: 100% accuracy is achievable when the print and image quality is good. With drop in image quality, the accuracy drops gracefully, and can be better than or close to what human beings can read.

  • Speed: 200 to 600 Characters Per Second (CPS)is readily achievable depending on the CPU speed.

  • Input: Color, gray scale or bi-tonal images with a 200 DPI or greater resolution can be used as input. Custom solutions have been built around OCR on videos, integrating frames with varying text resolution (and motion blur).

  • Output: The output includes ASCII or UNICODE character strings, and confidence values (for decision/data fusion). We have also combined character level output to interpret word or higher level data.

  • Platform: The OCR Engine supports Linux and Windows based platforms. Custom embedded platform implementations have also been made, optimized for memory and run-time.

Applications of OCR

  • Traffic & transportation industry
  • License plate recognition system
  • Container number identification
  • Automatic recording of the text written on the vehicle surface
  • Industrial inspection
  • Document imaging
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