Abstract: A firearm security device blocks use or manipulation of functional components of a given firearm absent a validated user. The firearm security device includes a pair of hubs, a plurality of shackles, a trigger-locking shaft, a two-factor locking mechanism, a microcontroller, and a global position system (GPS) module. The pair of hubs along with the plurality of shackles allows the firearm security device to be secured to a firearm. The pair of hubs also protects the two-factor locking mechanism, the microcontroller, and the GPS module. The trigger-locking shaft prevents the trigger of a firearm from being pressed by an unwanted user. The two-factor locking mechanism prevents removal of the present invention from an associated firearm by an unwanted user. The microcontroller manages the two-factor locking mechanism and the GPS module. The GPS module allows the firearm security device to be tracked and, therefore, allows an associated firearm to be tracked.

Abstract: A firearm security device blocks use or manipulation of functional components of a given firearm absent a validated user. The firearm security device includes a pair of hubs, a plurality of shackles, a trigger-locking shaft, a two-factor locking mechanism, a microcontroller, and a global position system (GPS) module. The pair of hubs along with the plurality of shackles allows the firearm security device to be secured to a firearm. The pair of hubs also protects the two-factor locking mechanism, the microcontroller, and the GPS module. The trigger-locking shaft prevents the trigger of a firearm from being pressed by an unwanted user. The two-factor locking mechanism prevents removal of the present invention from an associated firearm by an unwanted user. The microcontroller manages the two-factor locking mechanism and the GPS module. The GPS module allows the firearm security device to be tracked and, therefore, allows an associated firearm to be tracked.