TECHNOLOGY TODAY

MacMillan Mushroom Multinational's Heavy Industries division announced that it has begun researching the feasibility of stratospheric airship technology and that the goal of this project would be to create a "stratospheric satellite".
The stratospheric satellite project is aimed at developing a cheaper alternative to satellite technology that - without need of rocket boosters - can attain high altitudes, above the jet stream and most weather, in the stratosphere approximately 13 mi (20 km) above the surface of the New Earth.
The future emissions-free, high-altitude stratospheric airship would provide a stationary communications platform for various types of wireless signals usually carried by communications towers or satellites.
A single unit could send broadband, mobile phone and digital television and radio signals to a large area.
In comparison, lag times would be reduced by a factor of nearly 2000 for geostationary satellites, and 15 for low orbiting satellites but with a smaller coverage area. When compared to terrestrial communications towers, stratospheric satellite coverage would be larger, with lag times being more a function of internal communications equipment rather than distance.
Estimated broadband coverage of 300,000 mi² (777,000 km²), roughly the size of the Lonestar Republic, is planned. Wireless signals could be transmitted to and from a 200 mi (320 km) diameter, but terrain features and man-made structures could partially or locally interfere with the signal.
The advantage of a stratospheric satellite would include maintainability, as it can land for repairs, modifications and upgrades, and its cost would be relatively affordable compared to launching a satellite into orbit.
Aside from research into stratospheric satellite technology, the MacMillan corporation is also developing the local Shroomanian airship industry - hoping to follow the lead of the Bear Republic and Canissia.

MacMillan has constructed the first-ever Zeppelin-facility in Shroomania.