I propose basically the following: make a block which can be connected to docked ship core, and which will will allow taking control of that block it is connected to, maybe in somehow limited way (f.e., can not switch to other docked cores while controlling one, and/or can not undock while controlling remotely).
Remember, in Star Wars Battlefront 2 there were displays by interacting with which you could remotely control turrets, while physicaly still being inside of the ship?
This mechanic can even be expanded to allow remote control of undocked cores, i.e. not being directly or inherently docked to the ship where control module belongs. For instance, a limitation can be a range of control (simply lose control if distance is greater than X), and/or vulnerability to EMP strikes (lose control on a enemy's special weapon (not necessarily the existing EMP module) activation at some range) etc.
This can also theoretically be a full replacement for the existing 'core switch' system, which currently uses some kind of teleporting mechanic.
It also can play nicely with upcoming 'duty stations' and NPC's interaction with those stations in general and with theese proposed remote control modules.
Remember, in Star Wars Battlefront 2 there were displays by interacting with which you could remotely control turrets, while physicaly still being inside of the ship?
This mechanic can even be expanded to allow remote control of undocked cores, i.e. not being directly or inherently docked to the ship where control module belongs. For instance, a limitation can be a range of control (simply lose control if distance is greater than X), and/or vulnerability to EMP strikes (lose control on a enemy's special weapon (not necessarily the existing EMP module) activation at some range) etc.
This can also theoretically be a full replacement for the existing 'core switch' system, which currently uses some kind of teleporting mechanic.
It also can play nicely with upcoming 'duty stations' and NPC's interaction with those stations in general and with theese proposed remote control modules.