AT&T says it has restored service to 60% of Puerto Rico's population, launches limited LTE connectivity in remote areas in partnership with Project Loon
About a month after Hurricane Maria's devastating landfall on Puerto Rico, and a couple of weeks after the FCC gave clearance …
Context & Ripple Effects
A month after Hurricane Maria knocked out cell service for most of Puerto Rico, AT&T's ground restoration has reached 60% of the population, and it is now layering on Alphabet's balloons: limited LTE in remote areas under the FCC authorization to fly 30 Project Loon balloons for six months. The recovery is running on two tracks — terrestrial rebuild and aerial stopgap.
The money and the regulatory path were set earlier: the FCC released $77M from the Universal Service Fund for communications restoration in Puerto Rico and the US Virgin Islands, and AT&T had already been testing LTE-carrying drones for disaster areas since February. The follow-up coverage shows what the balloon experiment actually delivered: internet service to about 100K people, roughly 3% of the island.
First-order effects
- Roughly 40% of Puerto Rico's population remains without AT&T service a month after Maria, with the remote-area gap now partially covered by Loon's limited LTE rather than repaired towers.
Second-order effects
- Alphabet gets its first real-world deployment data at carrier scale — the six-month FCC window turns an experimental program into an emergency infrastructure vendor, and carriers like AT&T gain a template for outsourcing dead-zone coverage instead of rebuilding every site.
Third-order effects
- If the ~100K-people outcome holds as the benchmark, disaster connectivity starts to look like a layered market — carriers restore the core, aerial platforms fill the tail — pushing regulators toward standing emergency airspace authorizations rather than ad-hoc waivers after each storm.
The trend: Disaster response is turning telecom recovery into a hybrid of carrier ground crews and airborne platforms, with the FCC's approval cadence deciding how fast the aerial layer scales.