Sleeper Offensive Relics

This collection of electronic devices represents the core of the computerized functionality behind the Sleeper weapons systems. An amalgam of advanced calibration and tracking devices, they are the driving force behind the frightening accuracy and efficiency of Sleeper armaments. The subroutines have been coded into various devices which were then secreted away inside an ultra-hard metallofullerene alloy container. They show barely any sign of age, serving as an almost perfect example of Sleeper weapons design. Pristine, working examples of Sleeper technology such as this are extremely rare and even more valuable. With the right skills and equipment, they can offer great insights into the scientific pursuits of the ancient race that designed them.

This collection of electronic devices represents the core of the computerized functionality behind the Sleeper weapons systems. An amalgam of advanced calibration and tracking devices, they are the driving force behind the frightening accuracy and efficiency of Sleeper armaments. The subroutines have been coded into various devices which were then secreted away inside an ultra-hard metallofullerene alloy container. A small tear in the container's seal has exposed them to centuries of radiation however, leaving them barely functional. Even despite this, a skilled scientist could still possibly extract enough information to reverse engineer one.

This collection of electronic devices represents the core of the computerized functionality behind the Sleeper weapons systems. An amalgam of advanced calibration and tracking devices, they are the driving force behind the frightening accuracy and efficiency of Sleeper armaments. The subroutines have been coded into various devices which were then stored inside the facility from which they came. Exposed to countless centuries of radiation after its walls began to erode, the subroutines are barely recognizable, offering only the most rudimentary glimpses into Sleeper weapons design. It would take a skilled researcher and a good amount of luck to successfully reverse engineer anything functional from such a broken mess.