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We discussed a lot about password encoders and how security leverages them for violating the password.

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So let's try to quickly recap what we discussed in this Section four.

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At the very start of this section, we verified hotspring security, trying to validate the passwords

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by default and in the cases of hasheem.

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And we also discussed about the general terms, what is encoding encryption and hashing out, what's

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the difference between them?

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And finally decided that hacking is the most optimal way of handling and storing the passwords inside

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your application and that database.

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And also we looked at what is a password encoded interface, what kind of methods that we have to override

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if we want to implement that.

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And we saw there are two important methods inside it.

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One is encode and other one is Matyas.

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We also discussed about what the various passwords and codes which are provided by spring security by

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default, and decided that secret password encoder and a script password encoders as the most powerful

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password in Congress.

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And any application can use them safely without any issues or daily discussions.

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We also updated our application by implementing a secret password and and at the same time maintaining

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user details in the database with the hash tag password that follows the script.

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Algate and at the end of the section, we also discussed the importance of the crypto package that is

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provided by spring security and what kind of features that it provides in terms of key generators,

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encryption and decryption of that data.

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So with this, we are done with the password encoder, which is the most important component in the

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authentication flow of spring security.

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If we have any questions, please feel free to post in the Q&A and I will see you in the next room.

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Thank you.

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By.