8 hours ago
Massive Starlink outage hits tens of thousands across US
Starlink, the
satellite internet
network operated by
Elon Musk
's
SpaceX
, was restored for most users in the United States late Monday(August 18) after a brief but widespread outage that left tens of thousands reporting
connectivity issues
.
According to data from Downdetector, outage reports surged past 43,000 by mid-afternoon before declining to about 2,800 at 2:13 pm ET. The crowdsourced platform tracks service problems by collecting user submissions from multiple sources.
Whether the outage was caused by the same software vulnerabilities identified last month is still unknown.
Previous global failures
Monday's outage follows a rare but more severe
global network disruption
in late July, when Starlink was offline for roughly 2.5 hours across multiple continents. At the time, Starlin CEO Elon Musk apologized publicly on X, calling the disruption 'unacceptable' and pledging to address the root cause.
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That incident had wide-ranging consequences, including a temporary loss of connectivity for Ukrainian forces relying on Starlink in combat zones, underscoring the system's importance for both civilian and military operations.
Critical infrastructure
Starlink has grown into one of the world's largest satellite constellations, with more than 6,000 satellites in orbit. It delivers
high-speed internet
globally, particularly in rural and underserved regions. The network has also become vital in war zones, disaster recovery, and aviation.
Because of its central role, even short disruptions draw scrutiny from governments and businesses that depend on the service. Monday's outage, though brief, again highlighted concerns about the resilience of satellite-based internet.
What's next
SpaceX is scheduled to conduct its next
Falcon
9 launch, deploying another batch of
Starlink satellites
. The company has not said whether these launches are intended to address stability issues, but officials have previously emphasized expanding capacity and improving reliability as the network scales.
