In a rare astronomical event, twin X-class solar flares erupted from northern sunspots, causing a ripple effect across Earth’s atmosphere.
These powerful solar eruptions led to significant ionospheric ionization and excited the planet’s magnetic field, amplifying the global electric circuit.
Following the solar flares, speculation arose regarding their potential impact on communication and infrastructure networks. Many questioned whether the flares were responsible for major network outages experienced globally.
The NOAA Space Weather Prediction Center, tasked with monitoring solar activity, downplayed the possibility of the solar flares causing widespread network disruptions.
Despite their assertion, a multitude of networks, including cellular, internet, banking, and social media platforms, encountered serious issues simultaneously.
This broad spectrum of network outages casts doubt on NOAA’s assessment, as the interconnectedness of the affected systems suggests a more significant event than initially presumed.
During the aftermath of the twin X-class solar flares, a cascade of network outages affected both cellular and website services worldwide.
Cellular networks experienced widespread disruptions, affecting the ability of users to make calls, send texts, and access mobile data services.
Additionally, major websites and online platforms encountered significant issues, including but not limited to Google, social media sites such as Facebook and Twitter, banking services, e-commerce platforms like Amazon, and email services such as Gmail.
The outage extended to other essential online services, including Microsoft products, DoorDash, and even satellite internet provider Starlink.
Moreover, experts highlight the increasing vulnerability of technology in the face of a weakening magnetic field, further complicating the understanding of the disruptions.
While the exact cause of the network outages remains uncertain, the prevailing belief is that the twin X-class solar flares played a significant role.
