Alphabet unveils app to provide air-traffic control for drones


This undated image provided by Google shows a Project Wing drone vehicle during delivery. Google's secretive research laboratory is trying to build a fleet of drones designed to bypass earthbound traffic so packages can be delivered to people more quickly. The ambitious program announced Thursday, Aug. 28, 2014, escalates Google's technological arms race with rival Amazon.com Inc., which also is experimenting with self-flying vehicles to carry merchandise bought by customers of its online store. (AP Photo/Google)

The company that brought you free digital maps and email wants to do the same thing for your drone. 

Wing LLC, an offshoot of Alphabet Inc’s Google, on July 16 unveiled a new app it calls OpenSky that it hopes will become the basis for a full-fledged air-traffic control system to manage the expected growth of this new class of flying devices. 

It’s been approved to manage drone flights in Australia, where it is free. Wing has been working on demonstration programs with the US Federal Aviation Administration and is also holding discussions with other countries on getting its app approved, according to James Burgess, Wing’s chief executive officer. 

“This is Wing’s effort to try to make drone flying easier and safer for all operators,” Burgess said in an interview. “We envision a future where it’s easy to access the sky and all drone operators are collaborative, able to follow the rules and work within the constructs of whatever aviation regulation and rules are in place in a country.” 

Wing isn’t alone in attempting to create a system that helps drone operators plan flights, ensure they adhere to legal restrictions and prevent mid-air collisions. Numerous companies, such as AirMap Inc and Iris Automation Inc, are developing similar products and have been conducting tests with FAA. 

But Wing, with its ties to the global data behemoth Google and its simultaneous attempt to create a vast drone delivery network, brings a new heft to the arena. 

For companies like Wing, Amazon.com Inc’s Prime Air and scores of others seeking to use drones for deliveries, having a robust air-traffic system for small drones flying at low altitudes is critical. Their business model for robot-like devices zipping across the skies won’t work unless they can keep track of each other and avoid collisions. 

“It’s a fundamental part,” Burgess said. “Because, for Wing to do the advanced delivery operations and provide that service that we envision, drones will have to share the skies safely and be able to operate in a highly automated fashion while still being compliant and interoperable with everything around them.” 

Helping build the air-traffic system and inducing all drone operators to participate will help Google reach its goal. 

Both Burgess and Reinaldo Negron, who heads Wing’s drone air-traffic efforts, said they welcome participation by other companies. Australia’s Civil Aviation Safety Authority has created a computer platform that will allow multiple competitors to provide a similar service as Wing. 

While the US hasn’t finalised its drone air-traffic plans, officials have said that they anticipate a similar system. Unlike the air-traffic network for traditional aircraft, which is operated by the government, drone tracking and management will be done by private companies, the officials have said. 

The company has made 80,000 test flights using its OpenSky app in three continents. It is available to Australian users of Apple Inc and Android operating systems. There is also a PC version. 

In its initial guise, it will be free to anyone. Burgess declined to speak about Wing’s future plans for whether the app would contain advanced features for which the company would charge a fee. 

So far, systems such as OpenSky allow users to plan a flight. The Australian app tells drone pilots whether a flight is legal and also provides notifications of no-fly zones, such as a sporting event. 

As more and more drones become equipped with tracking devices, such apps may become the underpinning of an air-traffic management system for low-level drone flights that uses computers to automatically keep flights flowing orderly. 

When civilian drones burst onto the scene several years ago, there were few limits on who could fly them and enforcement of aviation regulations was spotty. As their use has exploded, so have safety incidents and the FAA has gradually begun adding restrictions. 

Nasa has been crafting a framework for how drone traffic could be monitored and the FAA is working on regulations to require that the devices send out some type of radio beacon that will identify them, both to prevent midair collisions as well as to ensure they aren’t used illegally. 

Wing in April was the first US drone company to receive government approval as an airline. The delivery flights the company envisioned haven’t begun yet. – Bloomberg


   

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