The deadly blasts resulting from pagers and walkie-talkies employed by Hezbollah in Lebanon have led to an extensive investigation into the origins of these products. This inquiry highlights the considerable opacity of the market for such outdated technologies, where consumers typically have minimal awareness of the items they are acquiring.
The incident involving the bombing of pagers and walkie-talkies by Lebanese Hezbollah, which claimed 37 lives and left nearly 3,000 injured, underscores the difficulties in ascertaining the precise failure point.wifi jammer
A European company has been accused by Taiwan’s Golden Apollo of licensing its pager brand, resulting in investigations into the origins of related products across Hungary, Bulgaria, Norway, and Romania.
How massive attacks took place simultaneously, injuring thousands
Time and place of the incident
On Tuesday at 3:45 p.m. local time, an explosion occurred in Beirut, Lebanon’s capital, and its effects were experienced in several other areas throughout the country.
Individuals who witnessed the event reported observing smoke ascending from the pockets of people, as well as hearing sounds that resembled small explosions, comparable to both fireworks and gunfire.
The surveillance video seemingly reveals an explosion erupting from the pocket of a man located in front of a store’s cash register.
As reported by Reuters, the series of explosions continued for nearly an hour subsequent to the initial explosion.
Following this, many wounded individuals converged on hospitals throughout Lebanon, and witnesses consistently recounted disorderly scenes in different places.
How do pagers explode?
A hacker attack might have caused the pager’s battery to overheat and explode. If this is indeed the situation, it would be an unprecedented occurrence. The attack is activated by signaling, a form of alphanumeric text messaging.
- Pagers can be modified to explode, typically by using them as radio communication devices to remotely trigger bombs.
- A pager is a device that receives radio signals and can receive wireless messages in a specific frequency band. An attacker could exploit this feature to control an explosive device.
- When the pager receives a specific signal, it can use internal circuitry to trigger a detonator connected to the explosive. This detonating device is usually a relay or switch that connects the explosive to the pager’s power supply.
Attackers typically prefer frequency bands with extensive coverage to ensure that pagers can successfully receive the signal. By employing signal jammers, it is possible to disrupt wireless signals in particular frequency bands, thus preventing pagers from receiving detonation signals.
