Mobile connectivity for private networks

Organizations that have created private mobile networks, emergency services or the military, for example, can benefit greatly from seamless and reliable connectivity into public mobile networks. tyntec enables them to expand the communication from a private network and connect to public mobile networks, so that users can make and receive voice calls and texts to users around the world.

There are many different scenarios in which organizations require private mobile networks:  military forces that require their own dedicated mobile communications channels, construction companies working on remote projects where there is no mobile phone coverage or emergency services looking to develop secure telephony. In these scenarios, seamless connectivity and the ability to reach and connect to public mobile networks can increase the utility of these services for the users by enabling private network users to call and text their friends, family and colleagues on a global basis. 

The role of providing universal telecoms services such as SMS and voice is clear: such services work on any device and nearly every phone user understands how to use them – as such they are powerful, global communication channels.

Seamless connectivity between public and private networks can be facilitated by allocating private network users with a dedicated ‘virtual’ one number.  This number then becomes the convergence point between the private network and the public mobile world.

tyntec’s tt.One service can enable this convergence through the provision of international mobile phone numbers powered with SMS and voice connectivity, as well as the translation and transcoding capabilities required to facilitate the seamless and rapid flow of information between public and private networks.  

tyntec can ensure truly seamless integration through its unique quality and simplicity promise. The company’s technical infrastructure means that it can ensure stable and scalable connectivity between public and private networks.