Optical Mark Recognition
Precise processing of forms
Optical Mark Recognition (OMR) is a technology for reading checkboxes and markings such as handwritten crosses or circles in forms of all kinds. Our technology delivers maximum precision and speed, while supplementary technologies can also be used for integrated document processing if required.

Speed, that is second to none.
Up to
8.000
Pages per hour
The Konfuzio OMR is suitable for all typical handwritten markings.

Tick mark

Crosses

Circles
Individual markings

Most accurate processing even with deviating markings
Read in a real use case how Konfuzio processes all relevant data fields of a declaration of official duties.
Public health
Patient questionnaires
Standardized questionnaires are often used to record health data and histories. OMR enables their automated extraction so that the data they contain can be used in a structured way.
High-quality basis from health data for analyses.
Administration
Ballot paper
Ballot papers are among the most typical use cases for OMR. They often only contain crosses and can therefore be read particularly quickly and without additional technologies.
Precise and timely determination of election results .
Education
Multiple choice tests
Standardized tests consisting of multiple-choice questions appear in large numbers in the education sector and are frequently reused. OMR is therefore a suitable solution for cost-efficient evaluation.
Fast evaluation of examinations and relief in training operations
FAQ
Frequently Asked Questions
01.
Is a physical OMR device required?
No, Konfuzio works with digitized documents in PDF or image formats. If you first need a solution for scanning your forms, we will be happy to advise you on the appropriate options.
02.
Are manual controls possible?
Yes, control stations can be used for certain deviations of the markings to maximize the correctness of the data acquisition.
03.
Can the Increase precision?
Yes, about training examples and human corrections the precision of marker detection can be continuously increased.