To remain competitive, Wolverine needed to increase its speed to
market. Which meant they needed a solution that would allow
them to provide their global users fast and reliable access to their
business-critical application. Wolverine business leadership
required that the solution be in production for users in the United
States, Europe, and China within 120 days of the project start. Due
to processor requirements needed to run the application and the
single database, a typical on-premise solution would not meet
their global user’s needs.
The RomansCAD® application that Wolverine uses runs on a
centralized database. It must reside in one location and cannot be
distributed globally. Wolverine’s power users had significant
3D graphical rendering requirements within the application, and the Task Worker Use Case required access to the application for data entry.
Wolverine tried to make this solution work via their existing infrastructure by moving their Citrix Virtual Desktop Infrastructure (VDI) environment into
their demilitarized zone (DMZ) while using on-premise NVIDIA graphics cards in their servers. Unfortunately, this solution didn’t deliver the required
performance to their end-users in China who needed 3D graphical rendering. The China power users experienced too much latency to do their jobs
effectively. Wolverine also set up the RomansCAD® application in an Azure China data center for data entry end-users and used scripts to
synchronize the database with the main production database. Again, this solution was determined untenable for the long-term and did not solve the
main challenge to provide 3D rendering to Wolverine power users in both China and the United States.