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Community Bot
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You are missing botnets of GPUs.

Honestly, I do not think botnets are such a big problem. Botnets succeed because they are invisible to the victims (some trojans even include an anti-virus to clean the system). If an infected computer has 100% CPU usage, it will not stay infected for long. Stealing credit card data is still a lot more profitable than running a crippled mining botnet.

So I would say that the scrypt key derivation function, from nealmcb's answernealmcb's answer at your other question, is be a pretty good choice.

You are missing botnets of GPUs.

Honestly, I do not think botnets are such a big problem. Botnets succeed because they are invisible to the victims (some trojans even include an anti-virus to clean the system). If an infected computer has 100% CPU usage, it will not stay infected for long. Stealing credit card data is still a lot more profitable than running a crippled mining botnet.

So I would say that the scrypt key derivation function, from nealmcb's answer at your other question, is be a pretty good choice.

You are missing botnets of GPUs.

Honestly, I do not think botnets are such a big problem. Botnets succeed because they are invisible to the victims (some trojans even include an anti-virus to clean the system). If an infected computer has 100% CPU usage, it will not stay infected for long. Stealing credit card data is still a lot more profitable than running a crippled mining botnet.

So I would say that the scrypt key derivation function, from nealmcb's answer at your other question, is be a pretty good choice.

fix my name, make other transparent change due to silly "6 char" edit minimum
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edit approved Sep 14, 2011 at 2:28
nealmcb
edit approved Sep 14, 2011 at 2:28
nealmcb
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You are missing botnets of GPUs.

Honestly, I do not think botnets are such a big problem. Botnets succeed because they are invisible to the victims (some trojans even include an anti-virus to clean the system). If an infected computer has 100% CPU usage, it will not stay infected for long. Stealing credit card data is still a lot more profitable than running a crippled mining botnet.

So I would say that the scrypt key derivation function, from nealmbc'snealmcb's answer at your other question, is be a pretty good choice.

You are missing botnets of GPUs.

Honestly, I do not think botnets are such a big problem. Botnets succeed because they are invisible to the victims (some trojans even include an anti-virus to clean the system). If an infected computer has 100% CPU usage, it will not stay infected for long. Stealing credit card data is still a lot more profitable than running a crippled mining botnet.

So I would say that the scrypt key derivation function, from nealmbc's answer at your other question, is be a pretty good choice.

You are missing botnets of GPUs.

Honestly, I do not think botnets are such a big problem. Botnets succeed because they are invisible to the victims (some trojans even include an anti-virus to clean the system). If an infected computer has 100% CPU usage, it will not stay infected for long. Stealing credit card data is still a lot more profitable than running a crippled mining botnet.

So I would say that the scrypt key derivation function, from nealmcb's answer at your other question, is be a pretty good choice.

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nmat
nmat
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You are missing botnets of GPUs.

Honestly, I do not think botnets are such a big problem. Botnets succeed because they are invisible to the victims (some trojans even include an anti-virus to clean the system). If an infected computer has 100% CPU usage, it will not stay infected for long. Stealing credit card data is still a lot more profitable than running a crippled mining botnet.

So I would say that the scrypt key derivation function, from nealmbc's answer at your other question, is be a pretty good choice.