It has always been annoying to talk with armchair generals, which is why I tend to try and refrain from it.
Yes I'm sure a real general like yourself must find it frustrating to talk with someone who merely does reading.
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It has always been annoying to talk with armchair generals, which is why I tend to try and refrain from it.
"Drone hacking" has been a constant fear pretty much from the moment drones were introduced. In practice, however, it's a bit more limited than it seems. The Iranians are believed to have managed something of the sort (although the Iranian regime has a long history of lying about stuff like this) by using radio jamming to cut communication from the drone to its handlers and to the GPS satellites it uses to navigate, then feeding it spoofed GPS data to manipulate its flight once it switched to autopilot. It wasn't "hacking" in the sense of accessing the operating system, as military drones do not use operating systems which are vulnerable to hacking (although some civilian drones do), more exploiting a weakness in the drone's navigation system.
Anyone in a warzone could pick up a radio, try to find the frequency the enemy are communicating on and tell them to go walk into a minefield. It wouldn't work because military communications are encrypted.
Yes I'm sure a real general like yourself must find it frustrating to talk with someone who merely does reading.
Your knowledge of conflict is clearly gained from books. It has always been annoying to talk with armchair generals, which is why I tend to try and refrain from it.
Your mistake is presuming the number variables in a game of Basketball (a game with set rules, and easily measurable attributes) are the same as in a combat scenario (a situation with no rules, and difficult to measure variables, even without human involvement).See, I don't get that. To me a predictive algorithm which can predict the best way to win a basketball game can also predict the best way to win a one-on-one dogfight or a thousand-ship space battle. From there it's a very short leap to plugging that predictive algorithm directly into the controls. The human then only has to tell the algorithm to "go and win that battle" and it will.
We are already at the point where computers can beat humans at Go, at chess, at stock trading and now at basketball. Arguing that winning battles is somehow different is, to my mind, an artificial distinction.
An overly simple explanation, but substantially correct for today's level of technology. As a computer scientist it is my firm believe that P != NP (if it did it would essentially be possible to guess a random number within a polynomial number of steps regardless of that numbers complexity), so cryptography is fairly safe for the moment.Disclaimer: I am not a computer scientist.
It is my understanding that with the ever-growing availability of processing power, the eventual fate of cryptography and of all hacking depends upon the solution to P = NP. Depending on what the outcome of that is, either all data can be made entirely secure or all data can be trivially compromised by anyone who feels like it. We don't yet know which one is the case but either way, security isn't going to be an issue.
Your mistake is presuming the number variables in a game of Basketball (a game with set rules, and easily measurable attributes) are the same as in a combat scenario (a situation with no rules, and difficult to measure variables, even without human involvement).
Actually living it does give one a perspective that you lack without it. Would you like someone who has read about surgery to operate on you, or someone who has actually done it before?