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ABBYY FineReader Engine

Product
Developers: ABBYY
Date of the premiere of the system: 2013/10/24
Technology: EDMS - Streaming Recognition Systems,  Application Development Tools

Content

Main article: OCR - Optical Character Recognition

ABBYY FineReader Engine is a set of software tools for functionality developers for optical text recognition solutions.

2021

Use in Entera Service to Quickly Enter Data into 1C Accounting Systems

Enter has presented a service for quick data entry into 1C accounting systems. With the help of ABBYY FineReader Engine, the service implements automatic detection of document types, recognition of all necessary items and verification of the correctness of information. ABBYY announced this on May 17, 2021. Read more here.

Red OS Compatibility

On January 26, 2021, RED SOFT announced that it had tested product compatibility with ABBYY under a technological cooperation agreement. The test results confirmed the correct operation of the ABBYY FineReader Engine process product with the RED OS operating system (manufactured by RED SOFT).

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How the user feels in the operating system environment is an important indicator of its effectiveness. He should have access to all the tools necessary for work. ABBYY products are among the most popular, so compatibility with them definitely expands the capabilities of RED OS, - comments Rustamov Rustam, Deputy General Director of RED SOFT.
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When developing and creating technologies, ABBYY adheres to the principles of cross-platform. We strive to ensure that the company's intelligent information processing and business process analysis solutions work equally well on all operating systems and devices, helping customers improve efficiency, solve time-consuming business tasks and attract customers. Cooperation with RED SOFT will allow us to provide more opportunities for processing documents and data for Linux users, - comments Dmitry Shushkin, CEO of ABBYY Russia.
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2020

Adding Rosselkhozbank to the mobile application

On August 4, 2020, Abbyy announced that Rosselkhozbank had simplified and accelerated remote service for legal entities in the mobile application. ABBYY FineReader Engine in the Rosselkhozbank application extracts about a dozen attributes necessary to form a payment: the name of the organization, TIN, KPP, account number, BIC, name of the current account, payment basis and others. It remains only to check the data and confirm the transaction. Read more here.

Adding to the mobile application of the bank "Point"

On March 12, 2020, ABBYY announced that Tochka has supplemented the mobile application with ABBYY artificial intelligence technologies. Read more here.

2018

OS compatibility on ALT platform

On December 25, 2018, it became known that BASEALT and ABBYY successfully tested the developer toolkit ABBYY FineReader Engine 11 and 12 versions for Linux with Alt Linux SPT 7.0, Alt Workstation 8, Alt Server 8, which allows you to recommend ABBYY recognition technologies for embedding in applications running OS ALT.

ABBYY FineReader Engine 12

On June 6, 2018, it became known that ABBYY introduced ABBYY FineReader Engine 12, an improved developer toolkit for recognizing information from scanned paper and PDF documents, images and photos, as well as screenshots from device screens, including industrial displays. The presented version, created using convolutional neural networks, uses natural language processing and machine learning technologies. With their help, you can determine the type of document not only by external features, but also by its meaning, revealing the slightest differences between different categories.

Features of the version:

  • Intelligent classification: The technology independently identifies external and semantic features characteristic of documents. Performance can be adjusted by establishing a balance between completeness and accuracy of classification.

  • Improved analysis and restoration of the logical structure of the document using algorithms based on artificial intelligence and technologies ABBYY-ADRT (Adaptive Document Recognition Technology). ABBYY FineReader Engine divides the document into separate pages and analyzes the design and content of each of them. When exporting to various file formats, an accurately recreated document is obtained with complete preservation of formatting elements, for example, fonts, headers and footers, columns, etc. Significantly improved the quality of recovery of tables: cells with text, dashed borders, line colors.

  • Faster and more advanced export to. XML

  • It became possible to save files in HTML 5 and ALTO 3.1 formats. In addition, documents can now be exported to PDF formats: PDF 2.0, PDF/UA, PDF/A-2b and searchable PDF/A-3b, which is especially important for archival storage.

  • More reliable encryption: support for 256-bit AES encryption and support for unicode characters allows you to use passwords regardless of the operating system.

  • Cloud support: Now you can deploy applications using ABBYY FineReader Engine on cloud platforms such as Microsoft Azure.

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author = Dmitry Shushkin, CEO of ABBYY Russia
"In ABBYY FineReader Engine, we used technologies in the field of machine learning and natural language processing, which allow us to most accurately classify documents by meaning and recognize useful data. These capabilities will be particularly sought after in data loss prevention systems, machine vision technologies, and enterprise content management platforms where rapid document recognition plays an important role. "
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ABBYY FineReader Engine 12 provides out-of-the-box code samples to help accelerate application development. With their help, you can solve the most common problems of intelligent document processing.

ABBYY FineReader Engine supports 208 recognition languages, including the introduced version adds Farsi and Burmese. The technology also allows you to recognize documents that contain several languages ​ ​ at once. This expands the capabilities of companies when bringing solutions to the international market.

2016: ABBYY FineReader Bank

ABBYY FineReader Bank is a solution for automating the entry of data from payment documents into the banking information system. The solution was developed for the banking industry, taking into account its peculiarities, in order to simplify the work with the most popular documents: payment orders, payment requirements and collection orders.

2013: FineReader Engine 11

On October 24, 2013, ABBYY announced the release of FineReader Engine 11 - SDK, which allows you to add functions of optical text recognition (OCR), hand-to-hand character recognition (ICR), optical mark recognition (OMR), barcode recognition and conversion of documents into PDF files to the created solutions. The SDK is released simultaneously for Windows, Linux and Mac platforms.

Version 11 introduces the automatic classification function for sorting documents in incoming batches into predefined types (for example, invoices, invoices, contracts, certificates, policies, etc.). The pre-classifier is trained on a small set of documents representing the type to be defined. The type is determined by graphical and text characteristics. The new feature allows you to classify documents at speeds of up to 120 pages per minute per processor core.

FineReader Engine 11 has improved work with PDF format: exporting to PDF has become faster by 12%, compressing the background of the document allows you to reduce the size of files by 50%, adding export to the standard for archiving PDF/A-2 adopted in Europe and the USA. Fully supported 64-bit architecture. A number of possibilities have been added to improve the quality of recognition of images obtained using a camera. The new API allows you to extract data from all fields of the business card and export it to CRM systems or other programs. The quality of recognition of Arabic, Chinese, Japanese and Korean has been improved. In total, the toolkit recognizes printed texts in 202 languages, completed by hand forms - in 126 languages. The new version includes dictionary support for Latin, the Azerbaijani language, as well as a pre-revolutionary version of the spelling of the Russian language.