Speed up access to Hyperion application up to 60%
Solution to increase enterprise application performance and secure remote access Picture 1Source: Publicagenda.org Carlsber uses the Hyperion application for detailed reporting and analysis from over 70 global subsidiaries and corporate functions. Hyperion is centrally located at the company's data center in Copenhagen. However, the low application performance for users in some subsidiaries is hindering their efficiency and productivity. Many users also access the Hyperion application remotely when they travel or work from home, so Carlsberg needs to provide secure links that are easy to use for sensitive data in the application.
Mr. Niels Fabricius, Carlsberg Breweries Group Director, said: ' The process of experimenting with DX devices quickly indicates that we can significantly improve access and data loading time for Hyperion.Wide-scale deployment has improved to 60% of our network by optimizing traffic, thus bringing high profitability and cost effectiveness for Carlsberg when implementing this solution . '
DX devices are deployed in Carlsberg's data center to balance the input requirements and to remove loops, centralized tasks at the central processor (CPU) taken by the server system. , help servers work much more efficiently. By compressing enterprise web content, DX devices have reduced traffic through links, dramatically accelerating business performance management applications (BPM) like Hyperion. Carlsberg is currently assessing how other enterprise applications will work with Juniper Networks DX equipment, to further enhance enterprise performance.
Secure access for remote users
For global remote access to Hyperion S9, Carlsberg will deploy Juniper Networks SSL VPN devices, which allow Carlsberg remote employees to access information anytime, anywhere. Where from any virtual web-based device. Juniper's secure SSL VPN access technology provides access to mobile security based on web browsing via bandwidth, wireless connectivity, DSL and dial-up connections. The browser-based approach also enables mobile users to securely access linked network resources through unconnected endpoints, such as PCs. Secure VPN access solution authenticates each user's identity, verifies endpoint endurance and enforces access to specialized sources based on user licensing.