We provide Cloud Computing services
to allow for the most accurate assessments
to allow for the most accurate assessments
Principle
ZephyCloud is the back-end service developed by ZephyScience to connect its modeling chains with the cloud-computing suppliers to perform burst cloud computing.
This allows any user of ZephyScience software to launch multiple calculations simultaneously with high calculation resources (core power), even without having access to high-performance machines internally.
ZephyCloud is the back-end service developed by ZephyScience to connect its modeling chains with the cloud-computing suppliers to perform burst cloud computing.
This allows any user of ZephyScience software to launch multiple calculations simultaneously with high calculation resources (core power), even without having access to high-performance machines internally.
Business model
The business-model of ZephyScience’s software services relies on a pay-as-you-go system.
This is charged on a cores-per-hour basis, with costs increasing with calculation time and number of processors used. The used calculation resources are charged in ZephyCoins. Amount of ZephyCoins spent during a run is depending on the user's rank (Bronze, Silver or Gold).
The business-model of ZephyScience’s software services relies on a pay-as-you-go system.
This is charged on a cores-per-hour basis, with costs increasing with calculation time and number of processors used. The used calculation resources are charged in ZephyCoins. Amount of ZephyCoins spent during a run is depending on the user's rank (Bronze, Silver or Gold).
ZephyCloud allows to launch clusters of machines effortlessly for each project, which solves the queuing issue in CFD and therefore gets rid of the unwanted compromise between time and accuracy.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 783913.
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 783913.