In this case, there is a way to crack it: cryptography-using codes and passwords to protect information. If you encrypt the information before sending it, the eavesdropper won't know what you said or wrote. The good news is that it took more than ten years for the government to agree to use it widely. We finally have encryption software that can be coded, and it also has the function of proving our identity in cyberspace like a "digital signature". We can't see the password, but it does exist, and it will play a role every time your computer tells you that you will enter the password "safe mode". I warn you, there are no passwords in thousands of medical records and credit card databases.
Now more and more behaviors are related to the physical world of keyboard operation. Password plays an important role in the conversion between telephone equipment, PDA and ultra-digital TV, and we will do more research on it in the next few years. Can our e-mail and telephone systems establish stronger encryption and digital signatures? Does encryption really have the advantage of sending "digital currency" instead of paper money, so that we can send the money in the store?
The problem is that in the struggle for encryption, the first battle in the digital age will become straightforward. When people enjoy digital communication and e-commerce becomes very important in the economy, coding and authentication, an almost magical encryption technology, will be very popular. But all these need the guidance of the government. We should not only pay attention to the interests, but also worry that terrorists and drug dealers will use this figure to protect themselves. Finally, the question boils down to this: Are we all deprived of privacy in the process of trying to prevent these dangers?
Pure manual translation took an hour, please check it!