GeneXus is the Software Development Platform that takes advantage of the benefits of Low-Code and Artificial Intelligence to simplify and automate the tasks of creating, evolving and maintaining Multi-Experience and Multi-Platform applications. By modeling knowledge with GeneXus and generating the latest technologies, companies can create systems that respond and adapt faster to changes and new realities of business and markets, providing an eternally young code.
With GeneXus, it is possible to efficiently create any type of web application. You can learn how to do it whether you are a beginner or an experienced professional in the field and create state-of-the-art, engaging solutions in no time. This means you will be able to create, test, deploy, and manage applications in an agile and effective way.
This is about the skills required to use GeneXus for developing Angular web applications that run on any device.
GeneXus allows you to build 100% native mobile solutions for both Android and iOS devices. You can create modern, agile, and secure applications for different types of mobile devices (Smartphones, Smartwatches, Tablets, etc.).
Application development with GeneXus requires a combination of skills. A fundamental one has to do with the logic of the language, regardless of the specific implementation platform of the final application. It involves in-depth knowledge of the most important objects, including how to specify them, and how they relate to the different parts of an application.
The software industry requires agile and continuous delivery. To achieve this goal, organizations must have a DevOps culture. DevOps is a work methodology and evolving philosophy that promotes better and faster application development and rapid release of new or revised software features or products to customers. In addition, DevOps promotes seamless ongoing communication, collaboration, integration, visibility, and transparency between application development (Dev) and technology operations (Ops) teams.
Tools for design automation and modeling in GeneXus.
