Security Encryption by alphabanklogs

Security Encryption by alphabanklogs

Security Encryption

If you are working in a checking circle or doing any criminal behavior, your prosperity and future life intensely rely upon how great your protections are.

In the event that “federals” will get into your path, they ought to have no pieces of information to denounce

you – so you should be arranged and begin to think about your security at this moment.

Encryption is one of the most important

“basic” parts of security in the modern world, so, it’s really important to

understand how it works, even if you work with “safe” carding schemes. When your data transfers between different servers in an unencrypted state, it’s really easy to catch it and use it against you. That’s why it should be changed in a way that won’t allow anyone except you and the server to understand it.

Between that points, it looks like a bunch of chaotic symbols, so it could be transformed into something useful only by someone who has a decryption key. There are two types of encryption: symmetric and asymmetric, which difference is in the key exchange process.

Security Encryption by alphabanklogs
Security Encryption by alphabanklogs


Symmetric encryption

is a kind of process, where the same key is used for encryption, as for decryption. It could be useful and convenient for situations where clients and servers “know” each other and exchange information frequently. The main trouble in such a method is that both sides have to make an agreement before the exchange process – they have to somehow

get the same key. It can’t be transferred via open channels, because intruders can easily compromise it and later get all the information you send as “secured”. That kind of encryption is working well when you need to send data

between your own devices and completely fails when you are working with unknown servers on the web. If you have established relationships with someone at carding forum, and have the ability to exchange keys by a secure, non-web method, it seems the best option.

So, that’s why asymmetric encryption exists. There are two keys: “open”, or “public”, one, which is known to everyone and used for encryption, and “private”, or “closed”, one, used for decryption. For example, you get an “open”

key from the server, where you want to send a message. You encrypt it, send and after that someone sniffs it – but instead of confidential information intruder gets a set

of useless symbols. At the same moment, the server receives the same data but has the ability to make it readable – because the usage of a “closed” key allows transforming a “random” message into its initial view.

One more theoretical thing you should know about is the encryption algorithm. Simply put, it’s just a bunch of operations, which are performed over data to make it look “random”, but at

the same time let it be decrypted by the special key – remember, only one key should be able to perform such operation! Security Encryption

One of the most important parts of encryption, which you could change, is the block size. In short, it’s the size of information that will be encoded before the algorithm’s key will change. You may ask a very common question – why can’t we simply set that size to the minimal available amount each time? The answer is obvious: the smaller the block size is, the bigger is required computation time. So, each time you want to encode something, you have to choose between time losses and safety – and for carders, we could recommend always choosing the second option.

When you are using asymmetric algorithms,

you will have an opportunity to choose between two options: encode your message by using the public key of another person or using your personal one. The first option allows you to keep your information safe: no one except the server could get the original message. Otherwise, the second option gives another side opportunity to identify you. No one could compromise your secret key; so, when the server receives such a message, it could be sure, that exactly what you send it.

There are bunches of crypt algorithms that are used now. Let’s take a short look at them.

The most used symmetric methods are:

  1. Data Encryption Standard (DES) was developed by IBM in 1977 and approved by the USA government as an official standard. It uses the Feistel method with a 56-bit key and 64-bit block size. It could look kind of insecure because of its small key size, but still, it took a highly appreciated place in cryptography. 3DES is a modern version of that method that eliminates the main problem of DES – 56-bit key size.
  2. RC6 (the newer and more secure version of RC5 and RC4) is a block cypher that has dynamic block size, key length, and round amount. It is used in SSL and TLS protocols, WEP, WPA, and other security systems, so it’s a highly reliable choice.
  3. Advanced Encryption Standard (AES) is an algorithm that was made on DES basics and has a 128-bit block size and 128/192/256-bit key length.
  4. It is a commonly used standard for different symmetric systems, so, usually, when you know that symmetric security encryption is used probably you are dealing with AES

Such methods are used in different spheres:

files encryption (7-Zip, WinRAR, and so on), disk security software (TrueCrypt, VeraCrypt and etc.), and even at web – HTTPS is a symmetric encoding protocol, so, when you are connecting to your favorite carding forums you are dealing with that method.

Let’s take a look at asymmetric algorithms:

  1. Rivest-Shamir-Adleman (RSA) is one of the most commonly used options. It is based on factorization solving problems – so it’s hard to compromise keys for messages.
  2. ECC, or Elliptic curve cryptosystem, is one of the modern methods. Based on the problem of computing discrete logarithms on elliptic curves, it offers high-secure message transferring. Nowadays it becomes more and more popular, so you will meet it sooner or later.

So, that was a short course into the encryption sphere. We’ve shown you the basics of encoding, that will be highly useful even if everything you are dealing with is carding – it is always important to know how your security software works or how it processes information. The more you know, the safer you are – especially when your activity is connected with illegal activity, such as carding.

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