This device is built on a prototype robotic self-preservation unit. If it was less unstable it could have been tuned to 'keep maintenance' on its host. A part of the device consists of multiple, inactive, picometer-accurate monomolecular drilling arms.

This device is built on a prototype robotic self-preservation unit. If it was less unstable it could have been tuned to 'keep maintenance' on its host. A part of the device consists of multiple, inactive, picometer-accurate monomolecular drilling arms.

This device is built on a prototype robotic self-preservation unit. It can be used to 'keep maintenance' on its host with nanobots. A part of the device consists of multiple picometer-accurate monomolecular drilling arms. They are used to extract molecular-size pieces from the notum core of the device. The pieces can be used as ammunition by a solar-powered weapon.

This device is built on a prototype robotic self-preservation unit. It can be used to 'keep maintenance' on its host with nanobots. A part of the device consists of multiple picometer-accurate monomolecular drilling arms. They are used to extract molecular-size pieces from the notum core of the device. The pieces can be used as ammunition by a solar-powered weapon.