featherlite Framework For Developers

Short Induction Periods For New apixxo Users
There are many way in which new apixxo users profit from the featherlite framework. The apixxo development environment consists of the  framework and tools provided by Eclipse DIE. The principles governing software development are easy to learn and intuitive as they follow the spoken language. After only two weeks, software developers who already possess knowledge of object-oriented programming can use the platform productively. If required, apixxo can provide training and support.  

Reduce Time-To-Market

1.   Preconfigured Software Components Accelerate Development Processes 

All preconfigured components are designed to cover clearly defined sets of functions. Proven components already exist for most standard functions. These components are easily and simply combined, allowing complex programmes to be created rapidly. Tests and simulations can be conducted at runtime.  

2. Additional Data Fields and Functions

apixxo’s flexible and dynamic data model is easily extended by additional data fields and functions. Projects can be realized following the principles of extreme programming. Clients can refine their requirements during the course of projects, allowing for an interactive communication between programmer and customers. If project enhancements are required at a later date, the solution is simply enhanced through the integration of further data fields and functions, negating the risks caused by workarounds or complicated add-ons.

3. Rapid Roll Out

Developers can test all processes, functions, material and data flows as well as optimization algorithms extensively and during runtime before any solution goes live. Troubleshooting and bug fixing are supported by sophisticated mechanisms

Preconfigured Solutions

Preconfigured solutions are used to capture typical customer requirements. These components simplify programming tasks.

Algorithms

apixxo possesses extensive know-how in the conceptualization, programming and implementation of algorithms that optimize and automate processes in manufacturing and logistics.