It seems that every month, some hacker kid and his friends tie together 1,000 machines and crack the newest encryption method in a few days of raw, brute-force computational battering.
大概每隔一个月，一些黑客及其朋友就会集合1,000台计算机，在最初的几天里强力进行计算破坏，从而使最新的加密方法崩溃。
Put another way, a 64-bit password would require 2 raised to the power of 64 attempts to crack it by brute force—in short, 18 billion billion attempts.
换句话说，一个64字节密码对那种使用蛮力破解密码的尝试从2升到了64，简言之，就是18万万亿次的尝试。
The larger the key, the greater the possible number of values and the harder it is to crack using brute force techniques.
密钥越大，可能值的数量就越大，使用蛮力技术破解它就越难。
The longer it is, and the more exotic the characters (punctuation marks, say), the less likely a brute-force effort to crack it is to succeed.
密码越长，字母(比方说标点符号)越奇异，蛮干试图破解它的成功可能性就越小。
One option a thief might try to crack your password is a brute-force dictionary attack .
一个选项一个小偷可能企图攻破密码是强力字典攻击。
Password entropy predicts how difficult a given password would be to crack through guessing, brute force cracking, dictionary attacks or other common methods.
密码熵预测给定的密码将是多么困难裂纹通过猜测，暴力破解、字典攻击或其他常见的方法。
Password entropy predicts how difficult a given password would be to crack through guessing, brute force cracking, dictionary attacks or other common methods.
密码熵预测给定的密码将是多么困难裂纹通过猜测，暴力破解、字典攻击或其他常见的方法。
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