Telstra previews “cell on wings” for emergency coverage

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Telstra has previewed new drone swarm and mobile “cell on wings” technology designed to provide mobile connectivity and search and rescue functionality in natural disasters and other emergency situations.
The company has developed a mobile small cell mounted on a drone to temporarily boost mobile network coverage in a local area.
As well as providing critical communications capabilities, the mounted small cell can ensure Telstra’s mobile network is capable of supporting the use of drones in emergency situations.
The new drone swarm is meanwhile a group of drones flying in formation and controlled by a single pilot, designed to use computer vision to map an area affected by fires or floods.
It uses computer vision capability to help identify specific objects, such as people in need of rescuing, and assess the overall scale of damage over a large area.
“In the future, 5G will allow operators using this type of technology to run missions end-to-end with an extensive data uplink capability,” Telstra CTO Håkan Eriksson said in a blog post.
“This would mean being able to stream large sets of live data (such as high resolution video) back to operators in real time, and back to the server for even more intelligent decision making.”
Telstra has already been using drones to inspect the damage to its network in the wake of natural disasters and assist with the repair process.
Questions & Answers
Q.What is the primary purpose of the 'cell on wings' technology being developed?
What is the primary purpose of the 'cell on wings' technology being developed?
The 'cell on wings' technology involves a mobile small cell mounted on a drone. Its main purpose is to temporarily boost mobile network coverage in a local area during natural disasters or other emergencies.
Q.How does the new drone swarm help in emergency situations beyond providing communication?
How does the new drone swarm help in emergency situations beyond providing communication?
The drone swarm uses computer vision to map affected areas and identify specific objects, like people needing rescue. It also helps assess the overall scale of damage over a large area, such as after fires or floods.
Q.How will 5G technology enhance the capabilities of these new drone systems in the future?
How will 5G technology enhance the capabilities of these new drone systems in the future?
5G will allow operators to run missions end-to-end with extensive data uplink capabilities. This means streaming large sets of live data, like high-resolution video, back to operators and servers in real-time for better decision making.
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