TR201614619A2 - THE METHOD OF ENCRYPTING THE ELECTRONIC MAIL BY IDENTIFYING IT BY A DEVICE AND SUBMITTING IT UNDER PROTECTION - Google Patents

Abstract

The present invention relates to a method of encrypting and protecting the electronic mail used to secure the electronic mail by identifying it by a device. Creation of identification algorithm (2), creation of public key generation algorithm (3), protection of electronic mail (4), creation of an identified and protected electronic mail structure (5), association of electronic mail with encryption device (6) and encryption device The use of the electronic mail structure (5) identified and protected by using the authorized recipients is the result of the process steps.

Description

DESCRIPTION BY A DEVICE OF ELECTRONIC MAIL Identified, encrypted and PROTECTED RELATED METHOD Technological Field: This invention is about e-mail used to secure e-mails. pertaining to being encrypted and protected by a device relates to the method.

State of the Art: E-mail or e-mail means electronic mail. a regular letter in the digital environment. Sending and receiving digital messages to one or more recipients method. Modern electronic mail over the Internet or other computer networks. is working.

Electronic mail allows people to communicate with each other, to share documents and information. allows it to be done. Anywhere in the world faster with e-mail You can send a message to the person on the spot. In addition, pictures, music, Any type of file, such as video, can be sent. with a fast way of communication e-mails are an invariable communication tool especially in the business world today.

Electronic mail also includes the storage of incoming information and documents. it provides. E-mail users receive incoming e-mails in chronological order, Subject to title, sender, content, Etc. according to their structure, It allows marking and easy access.

In addition to the benefits of e-mail in the business world, there are also disadvantages. are available. These disadvantages are the most important problem of the digital world at the beginning. is cyber security. With the increase in internet speeds, the accessibility of the world becomes easier. The increase in unauthorized users who can access someone else's data from anywhere and becoming a threat is the biggest fear of computer and mobile device users. became like that. Unauthorized users, decrypting this data belonging to others, content modification, falsification and use other than its purpose.

Electronics, which has become indispensable for users in today's business world, The system can be easily deceived in the mails and unauthorized persons You can easily view the content. Unauthorized persons, malicious software from the user's e-mail application, the user's e-mail server, service providers from which the user receives service, or similar access the user's e-mails and view their content. or deceiving the system by changing its content with falsification.

The main problem of e-mails is the easy access of sender, recipient, user information. readable and lack of authorization level. Email belonging to someone else Once captured, its content can be viewed easily. The system is seized does not question whether he is the real user of the e-mail. This Due to the situation, the information and documents of the users are easily seized and financial and paves the way for moral damages to occur.

Various software methods have been developed for e-mail security today.

These methods work with the user information that needs to be remembered, or makes it dependent on the computer on which the software is installed. In some sites It runs on a central server and has dependencies. Central Follow-up of the e-mail security process created by using servers It provides the opportunity to be able to brings. In addition, these systems have a security against guided malware. it does not provide. The user's accessibility rather than the content of the e-mail. does not protect against this type of guided malware, as they control it.

As a result, electronic devices that can overcome the aforementioned disadvantages By ensuring the security of the mail, the information and documents received by the real recipients A new system that allows viewing of e-mails and prevents them from being intercepted technology is needed.

Description of the Invention: The present invention is an application of electronic mail, which can overcome the above-mentioned disadvantages. pertaining to being identified and encrypted and protected by a device method and its feature; real recipients by ensuring the security of e-mails Handling of e-mails, which enable viewing of information and documents received by It is an anti-pass system.

The intercepted e-mail tells the user whether he is the real user or not. does not question. Along with the product subject of the invention, the real data of e-mails to be opened by users by authenticating and its content it displays.

Electronic products created by users in the business world together with the product of the invention. mails are authorized by being identified with the developed algorithm structure.

Identified e-mails can be used by authenticating the user. is opening. E-mails created in this way are sent by their real recipients. can be viewed and used. by unauthorized users Even if it is captured using system vulnerabilities, its content cannot be viewed and cannot be used.

By the device developed with the subject of the invention, the user is a real user, user ID with something he knows + something he owns with two factor security is provided by validation. At the same time, thanks to the developed device, users can Without making any changes in the e-mail applications that you are used to, this technique with a simple structure without making any changes in the usage cultures in the applications. in e-mails without any knowledge and assistance from a technical person. security is established.

Thanks to the developed device, e-mails are served from a central server. you don't need to take it. Security and encryption or encryption of e-mails Removal is also done completely locally. E-mails with the developed device being created, it is identified and authorized. Thus created E-mails are protected. Enhanced protected emails It cannot be understood without going through the device and its content cannot be viewed. is blocked. In addition, thanks to the algorithm developed for identification that the user is the actual recipient of the e-mail and its integrity can be grouted.

An encryption device is used in the product of the invention. Invention of this device used In the patent application numbered TR201100215 belonging to the owner, "A device and this device It is the provided file security system.

The structural and characteristic features and all the advantages of the invention are given in the following figures and more clearly thanks to the detailed explanation written by making references to these figures. will be understood.

Explanation of Figures: The invention will be described with reference to the accompanying figures so that the features of the invention will be more clearly understood and appreciated, but the purpose of this It's not about limiting yourself with regulations. On the contrary, the invention is satisfied by the appended claims. all alternatives, changes and It is intended to cover the equivalences. Details shown are present invention only shown for illustration of preferred embodiments and both methods formulation, as well as the rules and conceptual features of the invention. and it should be understood that they are presented to provide an easy-to-understand definition. This in drawings; Figure 1 is a seinatic view of the lslein steps.

Figure 2 is a schematic view of the standard e-mail content.

It is a sematic view of the content of the identification algorithm.

It is a sematic view of the content of the public key generation algorithm.

The schematic of the contents of the protection of electronic mail is the view.

Identified and protected e-mail structure is the schematic view of its content.

Figures to assist in understanding this invention are as indicated in the attached picture. They are numbered and given below with their names.

Explanation of References: Standard e-mail one . 1 header 1.2 Body 1.3 Attachments Identification algorithm 2. l Identification 2.2 Summary 2.3 Data integrity Creating the public key generation algorithm 3.1 ID KEY 3.2 Public KEY 3.3 Parameters 3.4 Operation KEY Protecting e-mail 4.1 Encrypted header 4.2 Encrypted body 4.3 Encrypted attachments 4.4 Encrypted data integrity Identified and protected e-mail structure Associating the e-mail with the encryption device 7. Use by authorized buyers Description of the Invention: Invention, creation of the identification algorithm (2), public key generation creating the algorithm (3), protecting the e-mail (4), creation of an e-mail structure that is identified and protected (5), associating the e-mail with the encryption device (6) and the encryption device of the e-mail structure that has been identified and protected by using (5) It is obtained as a result of the use of authorized buyers and the process steps. The creation of the identification algorithm (2) is as follows; electronic mail The standard e-mail (1) structure to be protected in the application and parsing the e-mail (the (l) header of the standard e-mail (1.1) (title), body (1.2) (message body), attachments (1.3) (attachments) segregation), routing the parsed structure to the identification (2.1) algorithm, hash (2.2) with SHA algorithm for public key generation algorithm (3) structure extraction and data integrity (2.3) is obtained as a result of the processing steps. The creation of the public key generation algorithm (3) is as follows; your extracted summary (creation, encryption creation of the unique processing parameters (3.3) of the e-mail with the device, encryption Based on the ID KEY (3.1) and unique operation parameters (3.3) generated by the device Creating the structure Public KEY (3.2) (public key), generated ID KEY (creation, processing steps The result is obtained (Figure-3, Figure-4).

The protection of electronic mail (4) is as follows; operation KEY (3.4) standard e-mail parceled using (1) (header (1.1), body (1.2) (message body), attachments (1.3) (attachments)) structure and data integrity (2.3), Encryption Device and encrypted header (4.1) (ciphered header), encrypted body (4.2) (scrambled message body), encrypted attachments (4.3) (spoken attachments), and encrypted data The formation of the integrity (4.4) is obtained as a result of the processing steps (Figure-2, Establishment of the identified and protected e-mail structure (5) water is in shape; header (1.1), encrypted header (4.1) (cipher header), encrypted body (4.2) (ciphertext body), encrypted attachments (4.3) (ciphered attachments), encrypted data integrity (4.4), By integrating the Public KEY (3.2) (public key) and its parameters (3.3) It is characterized by its characterization (Figure-2, Figure-4, Figure-5).

By associating the e-mail with the encryption device (6), the user's e-mail addresses are written to the memory module of the encryption device (Figure- one). The use of the inventive product by authorized buyers is as follows; Analyzing the e-mail structure that has been identified and protected, extracting the summary (2.2) of the header (1.1) (header) information of the e-mail structure, generating the ID KEY (3.1) by sending the digest (22) to the encryption device, generated ID KEY ( (public key), read the extracted hash (2.2), identified and protected with encrypted data integrity (4.4) integrated with the electronic mail structure (5) By comparison, the ID KEY ( creation, matching of the comparison operation and the memory of the encryption device e-mail addresses of the authorized user in the module, and encrypted header integrated with the protected e-mail structure (5) (comparison with reading, encryption The e-mail address of the user written on the device, encrypted header (4.1) (ciphered header) If between the From (from), To (to) and CC (related) information in Electronics identified and protected by the generated transaction KEY (3.4) encrypted body (4.2) (encrypted message body) integrated with mail structure (5) and encrypted attachments (4.3) (encrypted attachments) are decrypted to body (1.2) (message body) and Creating attachments (1.3) (attachments), header (1.1) (header), body (1.2) (message body) and attachments (1.3) (attachments) to form the standard email (1) structure Its creation and display are obtained as a result of the process steps (Figure-1, Detailed Description of the Invention: The steps that make up the subject of the invention are basically; standard e-mail (1), the creation of the identification algorithm (2), the public key generation algorithm creating (3), protecting e-mail (4), authenticated and creation of the protected e-mail structure (5) and associated with the data encryption device (6) (Figure-1).

Standard e-mail (1); header (1.1) (header), body (1.2) (message body), and attachments (1.3) (Fig.-2). Identification algorithm (2) creation; Includes identification (2.1), summary (2.2) and data integrity (2.3) (Figure-3). Creating the public key generation algorithm (3); ID KEY (3.1), Public KEY ( contains (Figure-4). Protection of electronic mail (4); encrypted header (4.1) (encrypted header), encrypted body (4.2) (ciphertext body), encrypted attachments (4.3) (ciphered attachments), and It includes encrypted data integrity (4.4) (Figure-5).

On PC and mobile device (tablet, smartphone, IOT, etc.) protection of e-mails from the e-mail application by encrypting or In order to remove the passwords of the protected e-mails and view the content, is to transmit the relevant e-mail structure to the encryption device.

Creation of the identify algorithm (2) and the public key generation algorithm (3); By reading the header (1.1) section of the e-mail, authorization and the developed algorithm structure. Composing e-mail, header, which includes the information, subject, time information to whom it will be sent (1.1) creating the integrity of the section by extracting the summary with the SHA algorithm, also by sending the generated header (1.1) digest to the encryption device, The required ID KEY in the encryption algorithm structure ( (Figure-1, Figure-2, Figure-4).

Encryption device; with certain algorithms and unique key structure. It is a device developed for encrypting and decrypting passwords. Said device “A device and this device” in the patent application numbered TR201100215 belonging to the inventor. file security provided by

The e-mail structure to be protected in the e-mail application is analyzed. and e-mail is parsed (standard e-mail (1); header (title) (1.1) (title), body (message body) (1.2) (message body), attachments (attachments) (1.3) is the separation of parts) (Figure-2). This parsed structure identification algorithm (2) is directed (Figure-1, Figure-3). Identification algorithm (2), data integrityday ( (Figure-3). This extracted digest (2.2) is sent to the encryption device to create a unique ID KEY ( With the encryption device, the unique operation parameters ( (general key) constructs the operation KEY (3.4) and the parsed electronic The mail structure is protected by encrypting this transaction with the KEY°i (3.4) (Figure-5).

For unique key generation data Public KEY (3.2) (public key) formation parameters (3.3) are determined and these parameters (3.3) are encrypted to protect It is added to the e-mail structure (Figure-4). Electronic with Transaction KEY (3.4) It is encrypted by making a copy of the header (1.1) structure of the mail. body (1.2) (message body), attachments (1.3) (attachments) and data integrity (2.3) transaction KEY Identified and protected by being encrypted with (3.4) e-mail structure (5) is created (Figure-1, Figure-2, Figure-3, Figure-4).

Generated parameters ( encryption only Since it is added to the e-mail structure to be read by the device, the process is reversed. when it is operated, that is, when it is desired to be viewed by authorized buyers, in the identity and protected e-mail structure (5), first parameters (.

The summary (2.2) of the header (1.1) information of the e-mail is extracted, the extracted summary (2.2) has been added to the identity and protected electronic mail structure (5) data is compared with data integrity (2.3) (Figure-1, Figure-2, Figure-3). Integrity e-mail address of the user in the encryption device memory module. address is also identified and protected in the e-mail structure (5) The encrypted header (4.1) information is read and compared (Figure-1, Figure- ). In the encrypted header (4.1) information of the e-mail, the user's From whom, to whom and if the e-mail address is among those concerned, Public KEY (3.2) (public key) and By reading the parameters (3.3), the encrypted header (4.1) of the e-mail summary from ( are created (Figure-3, Figure-4, Figure-5). With the generated transaction KEY (3.4) the body (1.2) (message body), attachments (1.3) (attachments) sections of the e-mail By removing the passwords, standard e-mail structure is created and PC and mobile device (tablet, smart phone, IOT, etc.) application (Figure-2).

In this way, users will not be in the hands of third parties to the people they are in contact with. they will be able to send secure e-mails in this way.

Terraced FIGURE-Z

Claims (7)

REQUESTS 1- The invention relates to the method of identifying, encrypting and protecting an e-mail consisting of a standard e-mail (l) containing header (1.1) (header), body (1.2) (message body) and attachments (1.3) (attachments) and its feature is; Creation of the I authentication algorithm (2), - creation of the public key generation algorithm (3), - protection of the e-mail (4), - creation of the encrypted and protected e-mail structure (5), - association of the e-mail with the Encryption device ( 6) and - the use of the e-mail structure (5), which is identified and protected by using the encryption device, by the authorized recipients, and obtained as a result of the process steps. 2- It is the creation of the identification algorithm (2) mentioned in claim 1, and its feature is; Analyzing the standard e-mail (1) structure to be protected in the e-mail application and parsing the e-mail (the standard e-mail (1) header (1.1), body (1.2) (message body), attachments (1.3) ( appendices) sections), directing the I parsed structure to the identification (2.1) algorithm, - extracting the hash (2.2) with the SHA algorithm for the public key generation algorithm (3) structure, and creating the I data integrity (2.3), obtaining the result of the processing steps. 3- Creating a public key generation algorithm in accordance with Claim '1 or Claim 25 (3), and its feature is; - creation of the extracted hash (, - creation of the unique transaction parameters (3.3) of the e-mail with the encryption device, - creation of the identity KEY (3.1) and the unique transaction parameters ( structure) created with the encryption device, - creation of the generated identity KEY (, obtaining as a result of the process steps) . 4- It is the protection of e-mail in accordance with Claim 1 or Claim 2 or Claim 3 (4), and its feature is; - structure and data integrity (2.3) of standard electronic mail (l) (header (1.1) (header), body (1.2) (message body), attachments (1.3) (attachments)) parsed using the transaction KEY (3.4), protection with encryption device, - creation of encrypted header (4.1) (ciphertext), encrypted body (4.2) (ciphertext body), encrypted attachments (4.3) (ciphered attachments) and encrypted data integrity (4.4), processing obtained as a result of steps. 5- Establishing an e-mail structure (5) that is identified and protected in accordance with Claim 1 or Claim 3 or Claim 4, and its feature is; It is characterized by integrating the parameters of header (1.1), encrypted header (4.1) (ciphertext), encrypted body (4.2) (ciphertext body), encrypted attachments parameters (3.3). 6- The e-mail mentioned in Claim 1 is associated with the encryption device (6) and its feature is; It is characterized by writing the e-mail addresses of the user to the memory module of the encryption device. 7- It is used by authorized buyers in accordance with Claim 1 or Claim 6, and its feature is; - analyzing the identity and protected electronic mail structure, - extracting the hash (2.2) of the header (1.1) (header) information of the electronic mail structure, - generating the digest (, reading the generated ID KEY ( (public key), extracting the digest (2.2)) , comparing with encrypted data integrity (4.4) integrated with the identified and protected electronic mail structure (5), generating the identity KEY (, matching the comparison process, and e-mail addresses of the authorized user in the memory module of the encryption device, identified and taken under electronic protection. Comparison by reading with the encrypted header ( integrated with the mail structure (5). Electronic post identified and protected with the generated transaction KEY (3.4) Decrypting encrypted body (4.2) (ciphered message body) and encrypted attachments (4.3) (ciphered attachments) integrated with a structure (5) to create body (l.2) (message body) and attachments (1.3) (attachments), header (1.1) (title), body (1.2) (message body) and attachments (1.3) (attachments) are combined to create and display the standard e-mail (1) structure, and it is obtained as a result of the process steps.