
at the same time the impact of a failure of one of these systems, for example, uh weather data, even though yesterday someone said like, "Yeah, the weather is anyway wrong, the prediction for tomorrow." Um but for like uh air traffic management, it's very important to have accurate weather weather data for like maritime transportation, uh the weather data actually matters. It's uh it's not just about your daily use to know if it's will be tomorrow sunny or not. Um and also in a in a military context, it's very very important for your uh country to know how the weather will be um in a certain location. Next is imaging capabilities. Um of course, it's nice to have a Google Maps
view of uh the venue here, like you can see where the building is. Um but at the same time, like uh high-frequency updates of images are actively used in in military uh context as well. Um so, this is very valuable information. Uh for example, like Planet Labs um does this. Um Then we have of course telecommunications. Uh you have of course like your more traditional services, um but then there is now also, for example, for the new iPhone, you can send emergency messages with your iPhone. So, what happens if you want to send an emergency message and it's not going through? Uh that's that's a pretty high risk. Now with every new new new telephone out
there, um there's the new 5G NTN standards coming out. out. So, non-terrestrial networks for 5G. So, you will see in the very near future more and more providers like Deutsche Telekom, Starlink providing you with mobile phone access over satellite.