Automate the capture of form data using dynamic 2D barcodes
Many parts of your organization still rely on paper forms to
capture critical information. While paper forms are familiar
to end users, processing them can be costly. Capturing data
from paper is not only inefficient, but it also introduces
expensive errors.

Automate paper forms processing
Adobe LiveCycle Barcoded Forms can
replace less efficient forms processing
alternatives for organizations that need to
process high volumes of “fill-and-print”
paper forms. With Adobe LiveCycle
Barcoded Forms, you can enhance fillable
Adobe Portable Document Format (PDF)
forms with dynamic 2D barcodes, allowing
your organization to automate paper
forms processing. This will help you reduce
processing costs and errors and save you
time. What’s more, with Adobe technology,
you can process both electronic and paper
forms in a single, unified environment, so
you can provide faster and more accurate
services to end users. Adobe LiveCycle
Barcoded Forms allows you to:
- Eliminate manual data entry and
lower forms processing costs
- Improve data accuracy in core systems
- Streamline mission-critical processes
- Provide end users more options for
forms submission
- Ease the transition to electronic
forms processes
Adobe LiveCycle software is built on a
common server architecture based on
Java 2 Enterprise Edition (J2EE) and
XML, allowing for easy integration into
enterprise infrastructures by providing
Java APIs and support for Web services
protocols. Adobe LiveCycle is optimised
for IBM WebSphere, and can be
deployed on JBoss application servers.
Author, update, and decode
Adobe LiveCycle Barcoded Forms leverages
industry-standard technology to
author, update, and decode 2D barcoded,
fillable PDF forms. Because two-dimensional
barcodes are machine-readable
symbols that store information along
the height and width of the symbol, they
provide significantly higher data capacity
than a typical one-dimensional barcode.
The 2D barcode encodes user-supplied
information in real time during form
fill-in. When the form is printed and submitted
by fax or mail, you can use Adobe
LiveCycle Barcoded Forms to efficiently
and automatically decode the barcode and
send the extracted user-supplied form
data to the next step of your organization’s
processing system.
When the barcode is read successfully,
captured data is a 100 percent match with
the information supplied by the form
end user, and no human intervention is
required other than mail handling. The
barcode’s built-in error correction increases
successful reads to very high levels, even
in consumer-level and faxed workflow's.
- Form authoring: Adobe LiveCycle
Designer 7.0 or Adobe Acrobat® 7.0
Professional with the Adobe LiveCycle
Barcoded Forms 7.0 barcode authoring
tool allows form designers to incorporate
2D barcode capability into their fillable
Adobe PDF forms.
- Form fill-in: End users can fill in an
Adobe PDF form using Acrobat 7.0 or
Adobe Reader® 7.0 software. As a user
enters information, the data is dynamically
encoded into the 2D barcode in real time.
- Form processing: The Adobe
LiveCycle Barcoded Forms 7.0 decoder
automatically scans completed forms,
reads 2D barcodes, and extracts user supplied
information as XML data or
in another standard format specified
by the form author.
How it works.

Paper-based form submission
- The organization designs and deploys a 2D barcode-enabled, fillable Adobe PDF form.
- The end user completes the form using Adobe Reader® software.
- The end user prints the form and submits it by mail, fax, or hand delivery.
- Upon receipt, the organization scans the form to extract user-supplied information from the 2D barcode and supplies the data to core systems.
Electronic form submission
- The organization designs and deploys the same 2D barcode-enabled, fillable Adobe PDF form as described in the paper-based submission section above.
- The end user completes the form using Adobe Reader.
- The end user submits the form electronically (online).
Next Steps
Request additional information
View LiveCycle ES Flash Demos
View Case Studies
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