LieberLieber Software + SparxSystems CE: Together at embedded world 2017


LieberLieber Software and SparxSystems Central Europe will be presenting exciting innovations in model-based software development at their joint stand #449 in hall 4 at embedded world 2017. The newest highlights: Enterprise Architect 13 and LieberLieber LemonTree. Vienna/Nuremberg, …..2017, embedded world – For LieberLieber and SparxSystem Central Europe, the year 2017 started with the premiere of […]

LieberLieber Software: LemonTree 1.2 Optimized for Version Control Systems


Just in time for embedded world 2017: LieberLieber introduces the new version 1.2 of LemonTree, optimized for collaboration with version management systems. This update provides for improvements in performance and the diffing & merging of model versions. Vienna, March 2nd, 2017 – A variety of systems exist to manage different versions of code that emerge […]

LieberLieber Software: Coordinator for EUROSTARS project


LieberLieber Software is heading a new European initiative to lower the maintenance costs of highly-available safety-critical software systems. Following smaller precursor projects, a consortium headed by LieberLieber has now started to develop a cost-saving modeling and testing environment for safety-critical software systems as part of a EUROSTARS project. The intention is to develop a modeling […]

Fresh Model Versioning with LemonTree

After many years of supporting a number of organizations in handling their model versioning challenges, LieberLieber has now released its new model-based versioning tool as a standard solution. LemonTree is a combination of scientific and practical excellence, filling a long-standing need in the marketplace. Vienna, September 20th, 2016 – When it comes to the model-based development of software and systems, […]

Coordinating Round-Trip Engineering with Heterogeneous Engineering Models in the AML.hub


(This is an excerpt from the September 20 edition of the CDL-Flex Industry Newsletter. Download the entire PDF newsletter here.) Software and systems engineering projects require the cooperation of several engineering disciplines, such as electrical, mechanical and software engineering. However, in engineering tool networks the distributed engineering of automated systems often relies on point-to-point data exchange[2], which a) does not […]