While the problem of data protection has already been taken into account to a certain extent in legislation, the technical problems for implementing data protection by means of the confidentiality of the data to be transmitted have so far been solved very unsatisfactorily.
The transmission of data via radio or broadband cable is more or less public. In any case, no guarantee is given for the confidentiality of the transfer.
The risk of misuse cannot be excluded. With regard to the transmission of data via radio or cable, this danger cannot be eliminated by technical means.
The user himself must ensure the necessary security.
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This also includes ensuring the authenticity of the sender and manipulation protection of the message. For security reasons, it is therefore important to encrypt the information, data, texts, etc. In binare exponentiation rsa, it can be said that encryption is more secure the more complicated the operations on which encryption is based.
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The encryption methods, which can be described as classic, are symmetrical methods in which the binare exponentiation rsa and decryption keys are identical, i. As long as the relevant key is secret, the correspondingly encrypted message can be transmitted publicly. However, in order for the recipient to understand this message, it is necessary for the recipient to be sent the secret coding key by a trustworthy messenger.
This type of delivery of the secret key is cumbersome and time-consuming, especially when several recipients are to be provided with a confidential message.
Incidentally, in the electronic age it seems anachronistic to use couriers for the transmission of secret encryption keys. In contrast, the cipher methods according to the so-called public key code method represent a major advance in terms of thinking.
Mathematiker sagen dazu: XOR ist eine involutorische Operation, was bedeuten soll, dass sie ihr eigenes Inverses ist. Kennen Sie eine Abbildung aus der Geometrie mit dieser Eigenschaft? Für den besseren Überblick ist in den beiden folgenden Grafiken dargestellt, wie die verschiedenen Konvertierungs-Algorithmen beim derzeit angestrebten Zustand unseres Projektes zusammenarbeiten sollen.
These public key code methods are characterized by asymmetrical encryption. This means that two different keys are used for encryption and decryption. The asymmetrical method ensures that one key cannot be calculated from the other without additional information.
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One of the two keys can therefore be published. For this reason, these processes have been called "public key code processes".
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binäre option tagesendstrategie If a user of the public networks wants to exchange messages with other subscribers using a public key code method, he has to generate two keys E and D once. He makes the key E for encryption accessible to all other users via a public register, he keeps the key D for decryption secret. In addition, the general computing rules for encryption are also disclosed in some methods, without thereby endangering binare exponentiation rsa security of the confidentiality of the content of the encrypted messages.
The binary option signal providers of the binare exponentiation rsa is also not a problem. The security of the asymmetric method is based on the fact that it is practically impossible to calculate D from E. Anyone who wants to send a message to another user gets the key E from the published register, encrypts the message with it and transmits the code thus obtained in the insecure possibly digital network, for example binare exponentiation rsa public telephone network.
The addressed user recipient decrypts the received code with his secret key D and thus generates the original message. A secure binare exponentiation rsa channel is therefore unnecessary both binare exponentiation rsa the transmission of a key and for the transmission of the message itself.
The addressed user only receives messages that have been encrypted with their own key.
Therefore, he only needs to access his own key B. With these methods, easy availability of the keys is thus achieved.
The user is also relieved of the administration of an extensive personal key register. The key management takes place only once, and centrally in the register accessible to everyone, e.
Es verwendet ein Schlüsselpaar, bestehend aus einem privaten Schlüssel, der zum Entschlüsseln oder Signieren von Daten verwendet wird, und einem öffentlichen Schlüssel, mit dem man verschlüsselt oder Signaturen prüft. Der private Schlüssel wird geheim gehalten und kann nur mit extrem hohem Aufwand aus dem öffentlichen Schlüssel berechnet werden. Hieraus entstand RSA, das erste veröffentlichte asymmetrische Verschlüsselungsverfahren.
With this transmission procedure, all types of transmission networks e. In the embodiment of the public key code method described, the securing of the sender authenticity and the protection against manipulation of the message are not yet guaranteed. In principle, however, it is possible to transmit counterfeit-proof "signatures" in digital form, specifically binare exponentiation rsa the order in which keys E and D are used is interchangeable.
The sender can then generate a signature that is transmitted together with the encrypted message. The signature is an "extract" of the message encrypted with the secret sender key D.
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To check the authenticity of the sender, the recipient also generates the extract from the reconstructed message, decrypts the signature with the public sender key E and compares the binare exponentiation rsa. If they are identical, the message must originate from binare exponentiation rsa specified sender, since binare exponentiation rsa the sender knows the key D that matches the sender key E and with which the signature was encrypted.
With the signature, the message is also protected against manipulation. The sender cannot deny the transmitted message because the recipient has a signature for this message. On the other hand, the recipient cannot change the message because he cannot generate a signature for the corrupted message.