Over 2,500 Telecom Towers Knocked Offline by Heavy Rains in Sindh

Heavy rains across Sindh, especially in Karachi, caused a massive breakdown in telecommunications, leaving thousands of mobile phone users disconnected for hours.

According to officials from the Pakistan Telecommunication Authority (PTA), more than 2,500 telecom towers went offline due to the storm. The outages hit multiple areas at once, adding to the challenges already faced by residents dealing with waterlogging, traffic blockages, and power failures.

Restoration Efforts Underway

PTA teams launched emergency operations soon after the disruption. Within the first 24 hours, around 1,800 towers were successfully restored, allowing mobile and internet services to return to most parts of Karachi. Officials confirmed that work on the remaining sites is still ongoing.

“The teams are working day and night to ensure that connectivity is restored across all affected areas,” a PTA representative said.

Why the Outage Happened

The breakdown was triggered mainly by power failures and hardware damage at the tower sites caused by heavy rainfall and strong winds. With electricity supply cut in several parts of Sindh, telecom operators struggled to keep their infrastructure running.

To prevent prolonged blackouts in the future, the PTA has directed local administrations to ensure timely and stable power supply to telecom towers, especially during emergencies.

Current Situation

Authorities report that services in most urban pockets of Karachi are now functioning normally, while restoration work in remote and low-lying regions of Sindh is still in progress.

The regulator also assured that it is maintaining constant coordination with both telecom operators and local governments to fast-track the recovery process.

Bigger Picture

The incident has once again highlighted the vulnerability of Pakistan’s telecom infrastructure to extreme weather. With climate change fueling more intense and frequent rains, experts stress the need for stronger backup systems, resilient tower designs, and improved power arrangements to avoid similar disruptions in the future.