In 2003, Dewesoft played a role in replacing obsolete paper recorders at NASA's Kennedy Space Center. Dewesoft engineers worked in NASA spaces during this development, writing interfaces so the software could interact directly with the spacecraft's PCM data and NASA's ScramNet data bus. This work is described in a NASA report.[9]​.

Data captured by DewesoftX can be exported to third-party data formats for further analysis or archiving purposes. These formats include:[10]​.

In 2002, Dewesoft 5.0, the first commercially available version of the software, was patented by the United States and European Union patent offices. Knez and Smith, with their colleague Matija Tuma, wrote an article on the evolution of PC-based data acquisition systems that was published in the May issue of Sound & Vibration Magazine.[6]​.

The US Patent Office issued two patents to Knez covering key aspects of the Dewesoft software system.[7]​[8]​.

In 2003, Dewesoft 6.0 was released. This release introduced new features for power, telemetry, and automotive analysis. One of the most important features of this software was CAN BUS interface, so that digital data could be read directly from the numerous electronic control units of a vehicle. This release also included recording data from camcorders and synchronizing them with analog and digital data. An interface to the aerospace PCM telemetry card was also introduced. A set of software tools for analyzing electrical power quality was released as a software plug-in for version 6. The architecture was also modified to easily support software plug-ins, which could be developed by both in-house and third-party software developers. An improved math engine made it possible for users to create their own functions. arithmetic and algebraic.[5]​.

In 2008, Dewesoft 7.0 data acquisition software was released. The graphical user interface was completely redesigned to better organize and accommodate the many plugins that had been developed over the previous seven years. This was also the last version of the software to support data acquisition hardware from Dewetron and other third parties.[5]​.

In 2012, DewesoftX was launched. This version exclusively supported Dewesoft-branded data acquisition hardware, although certain specialized third-party interfaces were still supported. DewesoftX was no longer offered as a retail product, but was simply included with all Dewesoft acquisition systems.[5]​.

In 2015, DewesoftX 2 was released. The code for this version was rewritten using parallel processing to run calculations and draw graphics faster than previous versions.[5]​.

In 2017, DewesoftX 3 was released in the first 64-bit version.[5]​.

On December 26, 2017, the company was awarded US Patent 9,853,805 which covered many important aspects of DewesoftX software, including synchronization and buffering of data.

On July 16, 2019, the company received US patent number 10,352,733 covering key technical aspects of the SuperCounter technology developed within the DewesoftX software.[8]​.

In December 2020, DewesoftX 2020 was released. "X" was officially added to the product name and "2020" was officially added to describe the version. Interim versions are listed by adding a period and an integer after the number, such as “DewesoftX 2020.1”.[5]​.

Much of the Delphi code has been rewritten in the C++ software language to achieve higher performance.[5]​.

In 2003, Dewesoft played a role in replacing obsolete paper recorders at NASA's Kennedy Space Center. Dewesoft engineers worked in NASA spaces during this development, writing interfaces so the software could interact directly with the spacecraft's PCM data and NASA's ScramNet data bus. This work is described in a NASA report.[9]​.

Data captured by DewesoftX can be exported to third-party data formats for further analysis or archiving purposes. These formats include:[10]​.