A telecom tower in Harnai district was attacked and badly damaged this week, and the consequence was immediate and total: PTCL landlines went dead, DSL broadband stopped, and Ufone mobile coverage vanished across the surrounding areas. Not degraded. Gone.
The detail worth sitting with is not the attack itself but the word "and". One tower was carrying landline, fixed broadband and mobile service for a whole district. In Karachi or Lahore, losing a site means your phone hands over to another one and you notice a bar of signal disappear. In Harnai, there was nothing to hand over to.
Why one tower carries everything
Rural network economics are brutally simple. An operator builds where the revenue justifies the spend. In a district with modest population density and low average revenue per user, the business case supports one site, not three — and certainly not a redundant fibre ring back to the nearest exchange. So a single tower ends up carrying voice, data and backhaul for everyone within range, with a single link connecting it to the rest of the country.
That design works until something happens to it. Then a district loses the ability to call an ambulance, a shopkeeper loses card payments, a student loses an online class, and a family loses the only way to reach relatives working abroad. The outage is not an inconvenience layered on top of normal life; for the duration, it removes the infrastructure that normal life now runs on.
What restoration actually involves
Repairing a damaged site is not a matter of flipping a switch. Crews have to reach the location, assess structural damage, replace whatever electronics were destroyed, restore power, and re-establish the backhaul link. In a secure urban area that is a day's work. In a district where the tower was attacked, teams also need a security arrangement before they can safely deploy — and that coordination is usually what determines the timeline, not the engineering.
Operators sometimes bridge the gap with a cell-on-wheels: a portable site with a satellite or microwave link that restores basic coverage while permanent repairs proceed. Whether that happens here depends on equipment availability and, again, on whether crews can be protected.
The structural fix nobody wants to pay for
There is a well-understood answer to this problem: redundancy. A second physical route for backhaul, so that cutting one link does not isolate a district. Battery and generator backup sized for days rather than hours. Site-sharing arrangements so that competing operators are not all dependent on the same single structure.
None of it is technically difficult. All of it costs money in exactly the places where the revenue is thinnest, which is why the Universal Service Fund exists — a pool built from operator contributions specifically to finance coverage that the market will not fund on its own. Outages like this one are the argument for spending it on resilience, not only on new coverage. A second tower nobody needs on a good day is precisely what a district needs on a bad one.
Until that calculation changes, the pattern will repeat: a single point of failure, a whole district offline, and a repair timeline that depends on conditions no engineer controls.