Early and appropriate treatment in medical emergencies can save lives and minimize long-term harm. Ideally, treatment should start in the ambulance while it is on its way to the hospital. Furthermore, if the patient has a potentially serious condition, directing them to the appropriate hospital and unit is also vital, so the medical team there can ensure that the necessary treatment resources are available. This is where telemedicine and eHealth solutions come into play. Transmitting relevant patient data like physiological parameters to specialists in the hospital, and making it possible for the ambulance crew to stream high-definition video from the ambulance facilitates major improvements in patient care. Falck Group, a leading
Nordic-based health solution company with a global presence in 45 countries, has equipped ambulances in Denmark with Viprinet technology to enable the transmission of diagnostic information including live video images directly to medical professionals.​

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.

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.​

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.

Important news is broadcast from big cities; the actual event, however, often takes place in far remote areas. To report from there on an event using digital broadcasting technology can be managed only via expensive satellite technology due to lack of network coverage and bandwidth of individual providers. For that, so-called SNG (Satellite News Gathering) vehicles have to be provided which transmit video and audio signals to the respective broadcast stations via satellite links. With their mobile subcompact hotspot, tividoo, a company from Langenlonsheim, Germany, provides an efficient and economical alternative.

As a world-class spice manufacturer, the Moguntia Food Group dares the difficult balancing act between tradition and modernity. Corporate ethics and quality standards are time-honored, while recipes and production technology are state-of-the-art. In order to remain competitive at all times, the Moguntia Food Group invested in its corporate network at an early stage in order to be able to connect all locations via terminal servers. This also enables central production control, which in turn requires a highly secure, round-the-clock Internet connection. For this purpose, the Moguntia Food Group turned to Viprinet.

Leading professional sports clubs not only is a challenge in sports itself but also needs economic success. Trouble-free processes, for instance in ticketing, and innovative digital platforms for integrating fans and sponsors ensure important sources of revenue for the club. For that, the club depends on a resilient Internet connection. German Soccer Bundesliga club 1. FSV Mainz 05 has been writing success stories in professional soccer. As modern pro sports club with creative ideas, 1. FSV Mainz 05 is using innovative solutions in order to keep up with competitors. By relying on Viprinet bonding technology, the club now has at hand a 100% resilient and encrypted Internet connection for stationary and mobile use cases.

In the broadcasting industry, ISDN connections have been used for years for setting up reliable audio connections. Many broadcasters are hesitating to move replace their well-known and stable solution, mainly out of fear of quality problems when relying on poor broadband connections, as well as whether the connection happens to drop. Low bandwidth and packet loss as associated with mobile connections will have a strongly negative effect on the quality of the audio transmission, and reduce the joy of listening to the radio. To prevent that, Qmusic, one of the leading Dutch commercial radio stations with about 2.5 million people weekly tuning in, deploys a Viprinet WAN bonding solution for all their offsite broadcasting. They use Viprinet technology to bond several 4G mobile phone networks to get a solid audio connection to their studio in Amsterdam. Here’s why and how:

Radio broadcasts in remote areas are tough on network solutions: They demand sufficient bandwidth, low latencies, and simple configuration. Another decisive factor are concomitant costs, especially when non-government organizations (NGOs) are concerned. Hirondelle Foundation – Media for Peace and Human Dignity is such an NGO aiming to develop and support independent and neutral media. The foundation headquarters are in Lausanne, Switzerland, while their members operate in Mail, Niger, Central Africa, the Democratic Republic of the Congo, Guinea, Burma, and Tunesia. For that, Hirondelle founds radio stations in troubled regions and war zones. Each of the foundation’s stations is considered an individual project and employs mostly locals. In addition, all projects are connected to accounting in the Lausanne headquarters.

Outdoor live broadcasts from remote areas are generally considered the ultimate test of mobile network solutions. Industry requirements for these kinds of deployments include many challenging features, all of which come with the expectation of low operational costs: ample bandwidth, continuous uptime, low latency, and quick, simple set-up. P4 Radio, Norway’s leading private radio station has nearly a 25% market share, a million daily listeners, covers many tours, and frequently broadcasts from remote locations. To meet their exacting standards, they deploy Viprinet technology for mobile and remote connectivity.