So why can't the wired reflexes have some component that still transmits at normal neural speed when it loses power? I mean it would kind of suck if your cyberware was faulty and you were walking down the street and just died because you have no central nervous system. That seems kind of dumb to me. I'd think redundancy would be built into something so critical wouldn't you?
This is where I come back to consistency of the rules and their implementation.
QUOTE
That said, not all
devices are completely useless when bricked. A vibrosword
is still sharp, a roto-drone glides to the ground
on auto-gyro, a lock stays locked. The firing pin on an
assault rifle might not work, but its bayonet works just
fine for stabbing smug hackers. And you can’t exactly
brick a katana, ne?
devices are completely useless when bricked. A vibrosword
is still sharp, a roto-drone glides to the ground
on auto-gyro, a lock stays locked. The firing pin on an
assault rifle might not work, but its bayonet works just
fine for stabbing smug hackers. And you can’t exactly
brick a katana, ne?
A vibrosword is still sharp ("you can't brick a katana") and a roto-drone still glides to the ground on auto-gyro,* and firing pins on an assault rifle is jammed.
This is where the problem comes in.
The firing pin gets jammed. This is not something that should occur based on the rules for electronic devices and bricking because last I checked this was a mechanical operation. I don't see how bricking the smartgun system would produce this effect unless it uses electronic firing in which case there is no firing pin to jam.
Now we've opened up a whole can of worms. According to this one example we have a failed computer locking up the physical operation of the device, ruining its base functionality.
Unfortunately they offered no examples involving cyberware. If your arm is bricked, can you bend the elbow? If your leg is bricked, will it support your weight? If your eyes are bricked, can you still see?
None of these questions are answered and if the answer is "no" then what happens when you ask "if my cybernetic spinal chord is bricked, can I still move?"
The answer is "no."
The problem is that the answer probably is no based on the examples provided. Firing pins jam, electronics shut off, doors stay locked. Your cyberarm cannot process the electronic signals from your brain, it won't move. It's functionally a broken collar bone (or elbow in the case of a lower limb replacement). Your leg? Well that depends on if the joins lock up or swing free when the device is bricked. Could go either way.
But your spine?
Processing electrical signals is what it does. If it can't do that any more (all the electronic parts have failed) then I guess you're paralyzed.
The source of the problem is that the rules are silent on what happens to cyberware and the general rules (and fluff) that are all we have to determine what happens does not look like this:
QUOTE
The device that is bricked loses its wireless bonus, as well as any other wireless features, but otherwise continues to function.
We don't have that. Instead we have
QUOTE
Catches fire, emits smoke, causes sparks, stays locked, jammed firing pin, and floats to the ground
There is NO interpretation of this which can be applied to cyberware and non-cyberware consistently that does not either:
a) results in bricked reaction enhancers leaving you paralyzed (because all electronic functions cease, and so do some mechanical ones)
b) results in bricked assault rifles still being guns (because the mechanical failures are non-sense)
*Questionable, as when I've seen demonstrations of this it still involves some degree of control over the aircraft. That is, the controls still work, but the engine isn't revving. In real helis the controls are all manual run on muscle power (in the most extreme of cases). For model aircraft the electronics are still functional and receiving input from the remote control device. But if the computer itself fails and is no longer running on autopilot..?