Loon offers service in Peru after earthquake

Loon
Loon is upping its game when it comes to the ability to respond in disaster scenarios. (Loon)

Loon’s efforts in laying the groundwork for its technology are paying off. The company this week said it was able to provide internet service in Peru by Tuesday afternoon after a magnitude 8.0 earthquake hit the region on Sunday morning.

The reason it reacted in such a lickety-split manner has to do with the fact Loon was already testing its balloons over Peru—not right over the impacted region, but close enough that it could respond far faster than in previous expeditions.

Over the past few months, Loon has been in negotiations with Telefónica on a commercial contract that would use Loon’s balloons to extend mobile internet access to unserved and underserved areas of Peru, according to a blog post by Loon CEO Alastair Westgarth.

Sponsored by VoltDB

Webinar: The Hidden Inflection Point in 5G: When the Changing Definition of Real-Time Breaks Your Existing Tech Stack

Rethink your definition of real-time to match the changing reality brought to the forefront by 5G. Your users expect milliseconds, in-event decision making. Is your tech stack ready?

“In the past month, these efforts had accelerated to the point where we had begun installing infrastructure and intermittently testing with balloons serving LTE over the region. The progress was very encouraging,” he wrote.

When the earthquake struck on Sunday, engineers were able to quickly re-direct a group of balloons to the impacted area. Early Tuesday morning, the first balloons began serving LTE to users below—and more are on the way.

RELATED: Loon highlights value of mobile carrier partnerships in Puerto Rico

Those who have been following Loon may remember that in early 2017, Loon worked with Telefónica to respond when flooding impacted northern regions of Peru. Later in 2017, Loon provided service with AT&T and T-Mobile after Hurricane Maria struck Puerto Rico. Back then, it took about four weeks for the balloons to begin providing service, whereas in this recent situation, it was able to start providing service in about 48 hours because it already laid the building blocks for the network.

Before providing service, Loon needs to install ground infrastructure, integrate with a mobile network operator’s network, get the appropriate regulatory approvals, launch balloons and navigate them to a desired location. “However, with Loon already active in a country, as is the case in Peru, our ability to respond to a natural disaster can be measured in hours or days rather than weeks,” Westgarth wrote.

It’s come a long way since it’s early days. Last summer, what was known as “Project Loon”—for its “loony” beginnings as part of Google—advanced to become an entity unto its own, graduating from X to become a new independent business within Alphabet. This year, Loon is working to launch commercial service, including in Africa, to bring mobile internet access to unserved and underserved communities.

Read more on

Suggested Articles

Huawei’s smartphone unit shipments in the first quarter of this year were just shy of 49 million, the lowest figure for eight quarters.

AT&T’s 4G LTE network ranked fastest and most consistent, while T-Mobile’s 5G coverage dwarfed that of its two competitors.

Rosenblatt analyst Ryan Koontz said it’s a “$1 billion opportunity that Nokia may lose” and that “these sorts of decisions only come every 7-10 years.