Impact Lab


Subscribe Now to Our Free Email Newsletter
June 30th, 2014 at 10:54 am

CNN and Georgia Tech are teaming up to explore using drones for news coverage

drones

Drones could cover certain stories for media outlets much more effectively than humans.

Drones are useful in multiple ways: from delivering packages to acting as lifeguards to being spies for the military to providing Internet coverage. Now media outlets are looking at the use of drones for their reporting, especially since drones can get into areas that people, or helicopters, cannot. This summer, CNN and Georgia tech are teaming up to research the usage of drones for news coverage.

IL-Header-Communicating-with-the-Future

 

 

The CNN/Georgia Tech team will be looking at not just access to airspace via drones, but also at personnel and safety issues. They’ll be sharing their findings with the Federal Aviation Administration (FAA), which is currently developing new regulations for unmanned aerial vehicles. Considering the FAA has banned the use of drones for all commercial purposes, including news gathering, a large news organization like CNN wants to have some say in any rules that regulate them.

David Vigilante, CNN’s Senior Vice President, Legal, said:

“Our hope is that by working cooperatively to share knowledge, we can accelerate the process for CNN and other media organizations to safely integrate this new technology into their coverage plans.”

Drones could cover certain stories for media outlets much more effectively than humans. In areas where transportation is all but impossible, drone coverage could provide valuable information. For example, a drone could fly into a major disaster area and record video footage of the damage. Drones could also be used for investigative journalism. Of course, for that to happen, the FAA has to approve it first, so we’ll see if CNN and Georgia Tech’s research affects any rulings the agency makes.

Photo credit: CNN

Via Dvice

IL-Header-Communicating-with-the-Future

Comments are closed.

Colony square1