Unbelievable, what bonding DSL, UMTS and LTE makes possible
Internet for every contingency
One second of inattentiveness is enough to risk a major fire. The fire brigade rush to the place of the incident, and soon, questions arise: Are enough fire fighters present? Are we equipped with the right tools? Which chemicals need to be neutralized? These are questions for experts which are best kept in the command center to be available for more than one emergency team. However, only talking about the scene and describing the difficulties is fairly unfeasible, so emergency services need a stable and reliable mobile Internet connection that is suitable for video streaming regardless of location as well as of eventual bystanders calling or texting friends and family. Incendium, a Danish live streaming company, meets these demands by using Viprinet technology.
Connecting a North Sea island
The island of Wangerooge in the German North Sea is not only a good place for travelers or sea birds. Here, the Institute of Oceanography of the University of Hamburg operates a measuring station for the WERA-system to monitor surface current velocities, ocean wave height and wind with the help of HF radar waves at different places at the North Sea. As the station was installed in 2009, the carrier attached great importance to a reliable data transfer. Moreover, the new technology should provide steady remote access for maintenance operations. Thus, a Viprinet solution was chosen.
E-Learning sped up
Slow Internet speeds and frequent outages were the major hurdles stopping Emmanuel Anglican College (EAC) from transitioning to a digital learning platform. Situated in Ballina in northern NSW, EAC’s regional location meant the school was literally positioned at the very end of serviceable ADSL, meaning connectivity was extremely cumbersome and unreliable. To achieve the school’s goals of enabling online learning for their students, EAC turned to Viprinet and their Australasian partner Wired Sky for the solution.