Frequentis and its technology partners, Austrian mobile radio provider A1, Italian LTE mobile core network provider Athonet and Spanish MCPTT application provider Nemergent, united to demonstrate the rapid establishment of safety-critical LTE communication infrastructure “at the network edge” during a serious incident. It was a breakthrough demonstration in mission-critical mobile services as it pioneered services based on the latest 3GPP standards such as MC-PTT.
In the event of a crisis, every second counts. Being able to quickly and cost-effectively build up a communication network, and get a picture of the deployment situation, brings significant advantages to safety-critical communication. Mobile communications standards offer new possibilities in safety-critical broadband communication, the LTE mobile radio standard enables this in the form of MCPTT.
During the demo in Austria last week a crisis flood scenario was set up in a power plant. Different terminals and LTE networks made up the solution, consisting of an LTE network from A1, and a 5G-ready complete LTE mobile core network including IMS (IP Multimedia Subsystem) from Athonet, winners of the 2016 GSMA Global Mobile Awards. In addition, Nemergent provided a core element, the MCPTT client and server components, while Frequentis provided the control room solution with their Multimedia-Collaboration Platform 3020 LifeX, enabling cross-coupling (LTE, TETRA, Emergency Telephone Calls) and mixing media as well as tacking the resources on the embedded geographical information system (GIS).
During the demo, mobile broadband network coverage was combined with a deployable micro system, allowing private and group calls to be established between professional field units and the dispatcher, providing tracking and location information. Emergency teams wearing helmet mounted cameras were able to stream live HD video to the control room that allowed the command teams to direct personnel and resources more effectively and efficiently in response to events on the ground. Command personnel and on-the-ground teams could communicate as a group using the built-in standards-based on Push-To-Talk functionality. The demo also allowed video streaming from an operating power plant in a second location in Carinthia, showing the resilience of the solution to support network communications for critical national infrastructure during a crisis.
"The LTE technology is currently being implemented worldwide in the safety-critical domain. Preliminary work and the roll-out are already in progress in various countries. With our 3020 LifeX public safety platform, we are well prepared for current and future public safety demands. New technologies such as broadband, apps or smart devices will further accelerate the development of high-performance applications in the field of safety-critical applications", said Frequentis technology board member Hermann Mattanovich."
“Since we deployed the world’s first LTE network for public safety in a real disaster situation in 2012, Athonet has continued to innovate and lead the industry in bringing digital solutions to the public safety market comprising the most advanced network features. This new multi-vendor effort to pioneer standards based Mission Critical Push-To-Talk deployments over LTE networks was made possible by combining Frequentis’ 3020 LifeX, Nemergent’s highly flexible PTT functions and Athonet’s virtualized EPC and IMS” said Gianluca Verin, CTO of Athonet.
“The new wave of 3GPP-specified mission-critical communications opens a new world of opportunities to end users and interoperable solutions providers. Yet, the industry needs to adapt the technology to different deployment models, including public mobile broadband networks and private LTE networks. This exercise allowed us to better understand the insights of hybrid deployment models, showing how the Nemergent virtualized MCPTT solution enables agile deployments and inter-domain interoperability”, added Jose Oscar Fajardo, CEO of Nemergent Solutions SL.
For the German language PR please click the pdf below.