Frederik Haaning Abstract The following report details the considerations for revising the construction of a product to a modern technology, but with the aid of theory and analysis, it is supposed to be understood as a general application for older models or existing technology to consider adapting a newer, emerging one that might be paradigm changing. A scale with an ethernet link is used to show what can be done through the use of clever system structuring, centered by the tools provided by Google Web Toolkit (GWT), this project has created a communication system that allows more complexity to be added to the system, yet simplifying the interaction between operator and equipment. Even though the system gets more complex, the structural & performance enhancing benefits using GWT proves to be superior for the object-oriented programmer. The project details how these conclusions are drawn, as well as how the relatively slower initial speed of project building with JavaScript pales in favor of the maintainability and scalability of a GWT project. Note that report thesis language is Danish. Type Bachelor thesis [Industrial collaboration] Year 2016 Publisher Technical University of Denmark, Department of Applied Mathematics and Computer Science Address Richard Petersens Plads, Building 324, DK-2800 Kgs. Lyngby, Denmark, compute@compute.dtu.dk Series DTU Compute B.Sc.-2016 Note Electronic version(s) [pdf] Publication link http://www.compute.dtu.dk BibTeX data [bibtex] IMM Group(s) Computer Science & Engineering