Satellite positioning-based dynamic digital signature for intelligent mobile terminal

Abstract

The invention discloses a satellite positioning-based dynamic digital signature for an intelligent mobile terminal. The method is characterized in that a group of parameters reflecting satellite positioning position track dynamic changes generated by tracks of a person or an object are used as dynamic digital signatures representing the identity of the person or the object, and the legality and effectiveness of the corresponding dynamic digital signatures are analyzed by analyzing the dynamic change rule of the group of parameters. The method has the significance that a person or an object isdirectly associated with the digital signature for the first time; therefore, the behavior of a person or an object becomes an inseparable part in the digital signature; the congenital defect of the traditional cryptography that only a string of abstract data has no relationship with a person using the data string is overcome; therefore, the historical problem that the traditional cryptography only recognizes the password but not recognizes the person is solved, an effective method is provided for discriminating the identity of the hacker hidden on the internet, and a brand-new research direction is developed for the traditional cryptography.

Description

technical field [0001] The invention relates to the technical field of digital signatures of cryptography, in particular to a dynamic digital signature based on satellite positioning for intelligent mobile terminals. Background technique [0002] Ever since there was a computer, there have been computer security issues. [0003] With the emergence of the Internet, computer security issues have evolved into network security issues and become more severe. [0004] With the Internet of Everything in the 5G era, it is no exaggeration to say that network security issues will further evolve into security issues for object control: [0005] Especially mobile phones as smart mobile terminals will inevitably become a remote control / operation center, a mobile payment center and a mobile human-machine dialogue center. A large number of network links of unknown origin are very easy to be infected with various Trojan horse viruses, so the security environment of mobile phones becomes v...

AI Technical Summary

Problems solved by technology

[0011] 1) For example, a consumer scans a QR code in a supermarket to pay for food with a mobile phone, but the store’s QR code is planted with a Trojan horse by criminals due to poor management. The payment account number and password are stolen, so criminals can use the stolen payment account number and password of consumers to consume. Such crimes are difficult to be discovered in advance, and consumers have already suffered a lot by the time they are discovered. economic loss

[0012] 2) Another example, at the 3.15 conference in 2019, the bank admitted that its mobile terminal-based flash payment has security risks. In this regard, UnionPay announced that as long as the report is made within 72 hours, the loss can be fully compensated

[0013] 3) For another example, there are a large number of illegal POS machines in the market now, swiping cards on these illegal POS machines will bring major security risks to cardholders

[0030] 3. Spending money to illegally purchase fingerprint or face template data from relevant personnel in companies that provide fingerprint or face recognition services like the current buying and selling of personal information;

[0031] 4. Illegal use of stolen template data;

[0032] 5. Use stolen template data to illegally track from one system to another;

[0050] 4) The former is a passive defense that cannot actively discover online hackers hiding in the virtual world, because traditional cryptography only studies the digital signature itself and does not study the people behind the digital signature

[0058] For example, although satellite positioning is a public and open service, and the obtained satellite positioning latitude and longitude are real, network hackers can abandon it and develop an application APP that can completely simulate the user's current use, and artificially input a satellite positioning by themselves. Longitude and latitude, but the problem is: a major feature of cyber hackers is that they don’t know where the victim’s precise location is now—so they can’t input the victim’s correct satellite positioning location! !

[0062] 1) Recording an individual's whereabouts involves personal privacy issues;

[0063] 2) If the certification service is limited to this industry, this field, this application, and this enterprise, then there will inevitably be thousands of redundant constructions carrying out the same certification business, resulting in a huge waste of social resources;

[0064] 3) If authentication is turned into a third-party service, then the organization that provides this third-party authentication service must face the need to store the whereabouts of hundreds of millions of authenticated users every day, including more than 1 billion authentication operations per day. Computing power and network service capabilities are a very heavy cost burden

[0067] It should be pointed out that when cryptography came out, there was no mobile Internet, let alone satellite positioning, so how to solve the security problem on smart mobile terminals, if we ignore the characteristics of mobile terminals themselves, including ignoring the seemingly irrelevant frontier Science, but just blindly thinking about how to strengthen the encryption code or the strength of encryption, so that criminals cannot crack it within an effective time, then they may fall into an endless loop of "the road goes up one foot and the devil goes up one foot", because Once quantum computers appear, all existing traditional encryption methods will be vulnerable! On the other hand, user passwords representing personal identities will never disappear, and Trojan horse viruses in smart mobile terminals will never disappear, so what should we do? !

[0068] To sum up: In order to realize the above assumptions and solve the problem that traditional cryptography only recognizes passwords but not people, we invented the "Dynamic Digital Signature Method Based on Satellite Positioning for Smart Mobile Terminals"

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