I finally have a name for the second AI, Shiruka!
Idea for Laura's 2nd shift. Finally gave up on trying to integrate all weapons at once. This is probably the only other second shift I've conceptualized that actively uses equipment quantization as a key function.
Scwarzer Regen 2nd shift would have two forms.
First form grants Scwarzer Regen with support units on the back and two flight assist units that propel the unit via PIC. The PIC unit is actually advanced to the point it can match speeds with most units equipped with boosters, sometimes even surpassing them in acceleration and speed. The back unit and PIC pods combined grant Schwarzer Regen a combined amount of 10-20 wire-guided daggers, though these daggers can be controlled like tentacles, it is common practice to use the wires to just retrieve the knives. This form also has a physical lance for close range combat, and also functions with the AIC as a powerful throwing weapon.
The other form is an artillary mode. Schwarzer Regen can summon up to 4 PIC assisted railguns. The weapons are extremely powerful as PIC is used to conserve as much kinetic energy as possible, increasing the destructive ability by at least 20%. To reduce recoil, the railguns' rear unit has a PIC generator. This generator produces a PIC base that makes sure the railgun won't move even against the extreme recoils. The PIC basement from the railguns also serve a second purpose as spherical AIC shielding for Scwarzer regen, each cannon adds another PIC basement as well as another layer of AIC shielding. The drawback to this system is that Scwarzer Regen cannot move while the railguns are engaged.
The Schwarzer Regen's 2nd shift retains the plasma blades from its predecessor as well as the AIC system. However certain changes to the overall system allows Scwarzer Regen to generate two AIC fields at once or move while one AIC is active. The range however is still limited and moving too far away will disengage the AIC. Unlike most IS, the Scwarzer Regen's physical structure has been reformed for ease of use. Using remnant data from the VT system, Scwarzer Regen's frame is now capable of much greater flexibility using selective-morph pieces. This means that even without PIC assist, the motions of running and physical movement are no longer an issue. Beyond inherent weight, many forms of locomotion are assisted by recycled kinetic forces, this also stabilizes the frame so the feeling of walking on stilts is eliminated. With this physical system in place, PIC usage is lessened, freeing up more processing ability to apply inertial control to other applications.