Unbelievable, what bonding DSL, UMTS and LTE makes possible
Connecting regional offices and ships
Connecting offices all over the world and meeting increasing demands for bandwidth and reliable access to mission critical applications is a common challenge for modern global corporations. Because their network infrastructure has developed over the course of their growth, many of them still rely on expensive, low capacity MPLS lines. Sonardyne, a pioneer in providing maritime sensing services for over forty years, is replacing an existing MPLS infrastructure with a robust Viprinet VPN solution for interoffice and mobile communications. This UK corporation, headquartered in Yateley, Hampshire, has remote offices in Brazil, Singapore, and the USA, as well as several research and development ships. Interoffice and mobile communications are critical to their operations. Their regional offices increasingly depend on access to centralized ERP and CRM systems, and their ships need reliable and continuous connectivity, especially to accurately report GPS correction data in a timely fashion.
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.
Stable Internet for Earthquake Relief
After the grave earthquake in middle Italy in October 2016, Viprinet supported Italian Institute for Geophysics and Vulcanology INGV at setting up a stable communications network in the affected region. Tragic natural catastrophes like earth quakes often leave IT and communications infrastructures destroyed or at least insufficient. In order to coordinate rescuers’ operations on site and to organize subsequent reconstruction, installing a ready-to-use communications infrastructure becomes a high priority according to disaster relief. Not only need numerous organizations, authorities, and rescuers on site to be organized, but also a communications infrastructure between the hurriedly established local situation rooms and the central offices all over Italy must be installed quickly in order to broadcast relevant data e.g. from earth quake measuring stations or drone cameras to and from the affected regions.