We analyze how quality translates to value for you. Accordingly we suggest and implement quality assurance processes.
We analyze 22 quality indicators of software or technical documentation and compare the results with the industry standard.
We constantly monitor and visualize relevant quality indicators in your software development or technical writing process.
Quality Monitor™ is a web-based quality analysis tool for software and technical documentation. Software and other design specifications and documentations can be uploaded. Then Quality Monitor™ performs standard or custom quality analyses. It is easily adaptable to the quality needs of a company or project and can be harmoniously integrated in existing development and build processes. Quality Monitor™ is a web service for analyzing and visualizing architecture and internal quality of large IT systems. It extracts information from a system's source code or other specifications and documentations of the system. Then it performs analyses and applies quality metrics.
Q-Tools collect information about the project schedule, budget, and customer satisfaction. These tools help IT managers to reduce costs and improve customer satisfaction. They can be used as plug-ins to Quality Monitor™ or as stand-alone web services.
timeloQ™ is a web service that helps with planning and budgeting.
QuickVotes™ allows you to quickly compile questionnaires giving you feedback from customers and stakeholders.
QuickDecide™ is a web service supporting simple decision making using the Analytical Hierarchical Process.
Qanalytics™ is a web analytics tool. It monitors users interacting with web based technical documentation.
Qlones™ is a web service for clone detection. It finds copies in codes and documentations that you can simply upload.
Danfoss offers their Plus+1 Guide development environment, which allows the graphical design of controller software (PLC). Both the environment and the developed controller codes are safety critical and must meet the highest quality standards while being developed by different teams all over the world.
We developed a Danfoss specific quality monitor suiting their quality requirements and a tool for monitoring quality improvement and deterioration over versions and development sites. This required a parser for extracting information from Delphi, Pascal and Graphical source code, and Structured Text for analyzing software quality metrics.
Our quality monitor web tool allows the continuous assessment of the Plus+1 Guide quality, thus greatly helping improve it. Quality levels are monitored and immediate action can be taken if any trend should suggest deterioration.
