TWI842204B - Game multimedia data authentication marking method and system - Google Patents

Abstract

A game multimedia data authentication and marking method and system, a user clicks a video button when playing a game application program, the capture and recording application program records the game process into a recording file, and allows the user to edit the recording file. Audio-only format, single or multiple picture format and Image Interchange Format (GIF), further capture and record application will combine the recording file with the verification code and output it as packet data and then send it to the media server for certification marking operation.

Description

Game multimedia data authentication and marking method and system

A multimedia data authentication method and system, in particular, a game multimedia data authentication and marking method and system.

As more and more people play mobile games and spend more time playing games, users may encounter some wonderful moments, clearing levels, interesting clips, and any scenes worth saving or showing off. These scenes are often fleeting, and even if you want to record them immediately with a screen recording application, you cannot retrieve the game clips that have already occurred.

To solve the above problems, game publishers use the method of periodically saving the game process status for users in the game program, but this method is mostly not recorded at the key time points required by users. Moreover, current games are very complex, so it is impractical or even impossible to save all possible states of the game. Because the disk space occupied is very large, this far exceeds the storage capacity of most personal computers. In addition, there is a way for users to record with a plug-in screen recording program on their mobile phones, but the recording used by this type of application program is time-forward recording. In order to capture highlights at any time during the game, it requires prior planning and preparation or long-term repeated recording. The threshold of this method is high and it is impossible to confirm whether the recorded short video has been artificially falsified.

In view of this, the present invention is to solve the previous technical problems and invent a method and system for authenticating and marking game multimedia data. No preparation is required, and one-click can be used to recall the surprises encountered in daily life and retrieve the wonderful moments. In addition, the recorded packet data can be embedded with user account information and game operator information, and official authentication can be achieved to ensure the authenticity of the packet data content.

The present invention discloses a method and system for authenticating and marking game multimedia data. The game application needs to be connected with the capture and recording application. The user operation process of an embodiment is as follows: 1. The user clicks the "Capture and Recording Identifier" button in the game application. 2. If the user has not registered yet, the user is reminded to register before using the retroactive recording function. 3. The capture and recording application will output a short video file and related official certification data. (The user's latest game data, level, level, map, and the unique code of the video.) 4. The capture and recording application asks the user "whether to open the video editing function immediately for creative editing." 5. If the user chooses "Edit later", the original game operation experience is maintained. 6. If the user selects "Edit", the phone screen will switch to the "Video Editing Function". 7. The "Video Editing Function" will provide the following materials for the user to use or drag to specify the placement. (a. Countdown timer sticker: 3, 5 seconds countdown special effects. b. Turn on or off the sound source of the video background. c. The game to which the video belongs, and its game expression sticker. d. Text editing 16. e. Video fast forward.) 8. After the user completes post-production in the "Video Editing Function", click "Save to Short Video Library" to find the record in the user's "Game/Passport/Short Video Library".

The replay recording of the present invention can be recorded by replaying 15 seconds (not limited to 15 seconds) with one click, and can include user account/information/data, which can be used in game achievement video recording scenarios for sharing and storage in local photo albums.

This invention can be used with customer service reports, and can automatically send the video link of the first 15 seconds (not limited to 15 seconds) of the click report to customer service, and can be used for game program debugging and testing.

The retrospective recording method of this invention uses embedded account data and game data to conduct official certification. Certified short videos can be made into stickers, advertisements, or sold, given away, and traded as non-fungible tokens (NFTs).

The present invention provides a method and system for authenticating and marking game multimedia data, which can record wonderful moments at any time without any omissions, without advance planning, and can authenticate the authenticity of the recorded videos with the game company.

1: Electronic devices

2: Game server

3: Media Server

11: Display screen

12: Capture recording identifier

13: Certification label

14: User information

15: Video editing function

16:Tag Items

20: Recording file

30: Packet data

40: Platform

100: Game multimedia data authentication and labeling system

201~215: Recording files

A10~A90: Game multimedia data authentication and labeling process steps

B10~B80: Process steps of game multimedia data authentication and labeling method

【Figure 1】Schematic diagram of the game multimedia data authentication and labeling system

【Figure 2】Schematic diagram of capturing and recording identifiers of electronic devices

【Figure 3】User information intention

【Figure 4】Schematic diagram of the recording method of the capture and recording application

【Figure 5】Video editing function diagram

【Figure 6】Schematic diagram of certification label

【Figure 7】Schematic diagram of the process of game multimedia data authentication and labeling method

【Figure 8】Schematic diagram of the process of game multimedia data authentication and labeling method

【Figure 9】Schematic diagram of the process of game multimedia data authentication and labeling method

【Figure 10】Schematic diagram of game multimedia data authentication and labeling method combined with instant messaging group

In the following description, for the purpose of explanation, numerous specific details are set forth to provide a thorough understanding of various exemplary embodiments, however, various exemplary embodiments may be practiced without these specific details or with one or more equivalent arrangements.

As shown in FIG1 , a game multimedia data authentication and labeling system 100 includes: an electronic device 1, at least one game server 2 and a media server 3; the electronic device 1 includes at least one processor, a display screen 11, a storage unit, a game application and a capture and recording application; the game server 2 is connected to the electronic device 1 via the Internet and includes game-related data; and the media server 3 is connected to the electronic device 1 and the game server 2 via the Internet.

The capture and recording application obtains user data from the electronic device 1, obtains game history data from the game application, and obtains official certification data from the media server 3.

As shown in FIG2 , the electronic device 1 executes the capture and recording application program, and embeds a capture and recording identifier 12 in the game application screen being presented on the display screen 11; the processor records the continuous screen presented on the display screen 11 according to a time length, records it into a recording file 20 with a time stamp and stores it in a temporary memory of the storage unit; the processor deletes the earliest screen data of the time stamp in the temporary memory according to the time length, and stores the current screen data of the time stamp.

As described above, when the capture and recording application detects a transmission command sent by a user after clicking the capture and recording identifier 12, the processor extracts the recording file 20 of the temporary memory and embeds a verification code and stores it as a packet data 30 in the general memory of the storage unit.

As mentioned above, after the packet data 30 is stored, the capture and recording application presents a transmission authentication option on the display screen 11 to ask the user whether to perform a valid authentication. If so, the packet data 30 is embedded in the transmission authentication option and transmitted to the media server 3.

As mentioned above, the media server 3 receives the packet data 30 and connects to the game server 2 according to the verification code to obtain the game-related data, and compares the verification code with the game-related data to see if they are correct. If so, it outputs a certification tag 13, and if not, it returns a message to the display screen 11 of the user's electronic device 1.

Another embodiment of the present invention is that when the user clicks the capture recording identifier 12, the recording file 20 is embedded with a verification code and stored as a packet data 30, which can be directly transmitted to the media server 3 without going through the transmission authentication option step.

Preferably, the verification code includes the user data, the game history data, the official certification data and an editing record.

In the above, the user data includes the account of the media server 3, the account of the game application and the account of a platform 40 (such as a communication platform), the game history data includes the user level and the level, map, game progress and related game history data when the recording file 20 was recorded, and the official certification data includes the game server authority, an anti-counterfeiting code and a video unique code.

In another embodiment, the capture and recording application can obtain the official certification data from the game server 2 without going through the media server 3.

In one embodiment, the game multimedia data authentication system 100 of the present invention further includes a communication server (not shown), the communication server is connected to the electronic device 1 and/or the media server 3, and the media server 3 marks the authentication tag 13 on a user information 14 of a platform 40 of the communication server, as shown in FIG3.

In one embodiment, as shown in FIG. 4 , the electronic device 1 executes the capture and recording application at 09:20:10, and the time length is set to 10 seconds. If the electronic device 1 continues to execute the capture and recording application for less than the set time length (before 09:20:20), the capture and recording application records the recording file 20 second by second and stores it in the temporary memory (the process is such as the recording files 201 to 210). If the execution time of the capture and recording application exceeds When the time length is reached (after 09:20:19), the temporary memory automatically deletes the oldest data and adds the latest data (the process is such as the recording files 211 to 215). When the capture and recording application detects the transmission command (09:20:25), the processor extracts the recording file 20 (09:20:16~09:20:25 recording file 215) of the temporary memory and embeds the verification code and stores it as the packet data 30 to the general memory.

In another embodiment, the capture and recording application receives the transmission instruction, and the capture and recording application starts recording the continuous images presented on the display screen, and stores them into the recording file 20 in the temporary memory. When the recording time lasts for the set time length, the processor embeds the verification code into the recording file 20 in the temporary memory and packages it into the packet data 30 in the general memory.

Preferably, the time length setting method of the electronic device 1 recording includes setting according to the temporary memory capacity, the user setting and the capture and recording application default.

The recording file 20 includes a video format, a pure audio format, a single or multiple picture format, a graphic interchange format (GIF) and a game program file.

The packet data 30 consists of the recording file 20 and the verification code.

Preferably, the media server 3 embeds the authentication tag 13 in the continuous image of the packet data 30 and stores it in a media database of the media server 3 for viewing by multiple users.

Preferably, the capture and recording application further includes a video editing function 15, as shown in FIG5, the video editing function 15 can edit the packet data 30 and embed the edit record into the verification code.

In the above, the video editing function 15 further includes countdown timer stickers, 3- and 5-second countdown special effects, turning on or off the sound source of the video background, expression stickers, text editing, video fast forwarding and filters, etc., but is not limited to these.

Preferably, the capture and recording application further includes a certification label menu, allowing the user to select a label item 16 for certification according to the item of the packet data 30 to be officially certified according to the certification label menu. When the user selects the label item 16, the capture and recording application embeds the label item 16 into the verification code.

In the above, the tag item 16 of the certification tag menu includes wonderful moments, interesting things to share, quick pass, top ranking, ridicule, the best in each category and the items in [0036] Table 1, but is not limited to this.

Preferably, the media server 3 obtains the platform 40 authority according to the platform 40 account in the verification code, uploads the packet data 30 embedded with the authentication tag 13 to the platform 40 and/or embeds the authentication tag 13 in the personal data of the platform 40, as shown in FIG6 .

In the method for authenticating and marking game multimedia data of the present invention, the tag item 16 can correspond to the game-related data of the game server 2, and the game-related data is regularly updated with the game time.

The game multimedia data authentication and marking method of the present invention, the game-related data includes the anti-counterfeiting code and the video unique code.

In the above, the game related data further includes the following as shown in Table 1, but is not limited thereto:

The game multimedia data authentication and marking method of the present invention, the electronic device 1 includes a mobile phone, a computer, a handheld device, a game console and a tablet, but is not limited thereto.

In another embodiment of the present invention, the media server 3 and the capture and recording application need to complete the following items on the game application (App) end of the game official: the capture and recording identifier 12 is embedded in the game screen protocol, the game application anti-counterfeiting code and video unique code are synchronized, and the data of the game application is updated (such as level completion, game level, and map entry).

In one embodiment of the present invention, the media database decapsulates the packet data 30 and provides multiple users with the platform 40 to connect to the media server 3 for viewing and/or sharing.

An embodiment of the present invention is a method for authenticating and marking game multimedia data, as shown in FIG7 , and the method comprises: A10. A user executes a game application on an electronic device 1, and the game application presents a continuous game screen on a display screen 11 of the electronic device 1; A20. The user executes a capture and recording application on the electronic device 1. The processor of the electronic device 1 records the continuous images and audio presented on the display screen 11 for a time length, records them into a recording file 20 with a continuous time stamp, and stores them in a storage unit of the electronic device 1. The processor deletes the earliest image data of the time stamp of the time length in the storage unit as time passes, and stores the image data of the current time stamp; A30. When the processor executes the capture and recording application, a capture and recording identifier 12 is displayed in the game image presented on the display screen 11; A40. When the user encounters an event while continuously executing the game application, the user can click the capture and recording identifier 12 after the event occurs, and the capture and recording application sends a transmission instruction to the processor, and the processor embeds a verification code into the recording file 20 in the storage unit and stores it as a packet data 30; A50. Continuing from the above step, the capture and recording application displays a transmission authentication option on the display screen 11, allowing the user to choose whether to officially authenticate the packet data 30. If not, the display screen 11 continues to present the game screen to maintain the original game operation experience; A60. If so, the capture and recording application detects a transmission authentication instruction, then the processor transmits the packet data 30 to a media server 3; A70. The media server 3 receives the packet data 30, extracts the game server authority of an official authentication data of the verification code, connects to a game server 2, and obtains a game-related data corresponding to the game application; A80. The media server 3 compares an anti-counterfeiting code and a video unique code of the verification code with the game-related data to see if they are consistent, and if so, outputs an authentication tag 13; and A90. The media server 3 embeds the authentication tag 13 into the continuous screen of the recording file 20 of the packet data 30 and stores it in a media database of the media server 3 for multiple users to watch.

In the above, step A40. is further followed by A41. The processor stores the packet data 30 in the storage unit, followed by step A50., as shown in FIG8.

In the above, step A40. or A41. is followed by A42. The capture and recording application displays a video editing function 15 option on the display screen 11, asking the user whether to immediately open the video editing function 15 for editing. If not, the original operation experience is maintained. If yes, the display screen 11 switches to the video editing function 15, and after the user completes editing the packet data 30, it is stored as the packet data 30 and continues to step A50.

In the above, step A50. is further replaced by A50a., and the capture and recording application presents a certification tag menu on the display screen 11. When the user selects one of the tag items 16 in the certification tag menu, the capture and recording application embeds the tag item 16 into the verification code and proceeds to step A60.

In the above, in step A40, the processor directly transmits the packet data 30 to a media server 3 to proceed to step A70.

In the above, A80. the media server 3 compares the anti-counterfeiting code of the verification code and the unique code of the video with the game-related data to see if they are consistent. If not, a message is sent back to the display screen 11 of the user's electronic device 1.

Another embodiment of the present invention, in the above, A80. The media server 3 compares the anti-counterfeiting code of the verification code and the video unique code with the game-related data to see if they are consistent. If so, the package data 30 is directly unpacked and stored in a media database of the media server 3 for multiple users to view.

In another embodiment of the present invention, before executing the above-mentioned embodiment steps, the game official game application terminal and the capture and recording application program reach an agreement in advance to embed the capture and recording identifier 12 into the game screen. Step A10. can be further replaced by A10a., where a user executes a game application program on an electronic device 1, and the game application program presents a continuous game screen on a display screen 11 of the electronic device 1, and a capture and recording identifier 12 is embedded on the display screen 11; step A10a. continues with A20. and A30. is omitted.

Another embodiment of the present invention, as shown in FIG9 , is a method for authenticating and marking game multimedia data, which can authenticate the quick pass screen in the game process, and the method comprises: B10. A user executes a capture and recording application on an electronic device 1, and a processor of the electronic device 1 records the continuous screen and audio presented on a display screen 11 of the electronic device 1 according to a time length (e.g., 15 seconds), records them into a recording file 20 with a continuous time stamp, and stores them in a temporary memory of the electronic device 1, and the processor deletes the earliest screen data of the time stamp of the time length in the temporary memory as time passes, and stores the current screen data of the time stamp (the recording file 20 maintains a length of 15 seconds); B20. The user executes a game application on the electronic device 1, and the game application is displayed on the display screen 11 of the electronic device 1, and a capture and recording identifier 12 is displayed on the game application screen; B30. When the user executes the game application, it takes 1 minute and 40 seconds to complete the first level of the game. After completing the level, the user immediately clicks the capture and recording identifier 12; B40. The processor receives a transmission instruction, that is, embeds a verification code in the recording file 20 of the temporary memory and stores it as a packet data 30 in the general memory of the electronic device 1, and the verification code includes a game process data; B50. Continuing from the above step, the capture and recording application presents a certification tag menu on the display screen 11. When the capture and recording application receives the user selecting a tag item 16 (such as fast pass) from the certification tag menu, the tag item 16 is embedded in the verification code and then the packet data 30 is transmitted to a media server 3; B60. The media server 3 connects to the game server 2 and extracts game-related data; B70. The media server 3 compares the game process data of the verification code with the first level clearance record of the game-related data (such as [0035] Table 1, clearance record: first level - 1m45s) to see if it meets the conditions; and B80. If yes, then an authentication tag 13 (e.g., quick pass) is output and embedded into a user information 14 or/and the authentication tag 13 is embedded into the continuous picture of the recording file 20 of the packet data 30 and stored in a media database of the media server 3 for multiple users to view.

In the above, B70. the media server 3 compares the game history data of the verification code with the game-related data to see if they meet the conditions; if not, a message is sent back to the display screen 11 of the user's electronic device 1.

In another embodiment of the present invention, the above-mentioned steps B10 and B20 are changed to the following steps B10a and B20a: B10a. A user executes a game application on an electronic device 1, and the game application is displayed on a display screen 11 of the electronic device 1; B20a. The user executes a capture and recording application on the electronic device 1, and displays a capture and recording identifier 12 in the game application screen. A processor of the electronic device 1 records the continuous screen presented on the display screen 11 of the electronic device 1 according to a time length (for example, 15 seconds), records it into a recording file 20 with a continuous time stamp, and stores it in a temporary memory of the electronic device 1. The processor deletes the earliest screen data of the time stamp of the time length in the temporary memory as time passes, and stores the current screen data of the time stamp (the recording file 20 maintains a length of 15 seconds); the above-mentioned embodiment B30..

Another embodiment of the present invention is a game multimedia data authentication and labeling system, the system comprising: an electronic device 1, at least one game server 2 and a media server 3; the electronic device 1 comprises at least one processor, a display screen 11, a storage unit, a game application, a built-in screen recording application and a capture and recording application; the game server 2 is connected to the electronic device 1 via the Internet and comprises game-related data; and the media server 3 is connected to the electronic device 1 and the game server 2 via the Internet; the electronic device 1 comprises at least one processor, a display screen 11, a storage unit, a game application, a built-in screen recording application and a capture and recording application; the game server 2 is connected to the electronic device 1 via the Internet and comprises game-related data; and the media server 3 is connected to the electronic device 1 and the game server 2 via the Internet; The device 1 activates the built-in screen recording application function, the built-in screen recording application records the continuous screen presented by the display screen 11, and stores it into a recording file 20 in a temporary memory of the storage unit. The temporary memory deletes the earliest screen data in the temporary memory over a period of time and stores the current screen data; the game application is bound to the capture and recording application, and when the electronic device 1 executes the game application, a capture and recording identifier 12 is embedded in the game application screen presented on the display screen 11.

In one embodiment of the present invention, the user must first register on the media server 3. When the user executes the capture and recording application on the electronic device 1, the capture and recording application verifies the user's identity. If the user has not registered, the capture and recording application connects to the registration screen of the media server 3.

An embodiment of the present invention, as shown in FIG10, is a retroactive recording authentication method. When multiple users compete in the same game application and use the present invention, the method comprises: C10. The official publisher of a game application and a capture and recording application enters into a binding agreement between the game application and the capture and recording application; C20. The users execute the same game application on their respective electronic devices 1, and the game application is displayed on a display screen 11 of the electronic device 1, and a capture and recording identifier 12 is embedded in the game application screen; C30. When the game application is executed together with the capture and recording application, a processor of the electronic device 1 records the continuous images presented on a display screen 11 of the electronic device 1 according to a time length (e.g., 7 seconds), records them into a recording file 20 with a continuous time stamp, and stores them in a temporary memory of the electronic device 1. The processor deletes the earliest image data of the time stamp of the time length in the temporary memory as time passes, and stores the current image data of the time stamp (the recording file 20 maintains a length of 7 seconds); C40. When the competition of the users ends, each of them clicks the capture and recording identifier 12 on the electronic device 1; C50. The processor receives a transmission instruction, that is, embeds a verification code into the recording file 20 of the temporary memory and stores it as a packet data 30 in the general memory of the electronic device 1; C60. The capture and recording application displays a video editing function 15 option on the display screen 11, and asks the user whether to edit. If not, it continues to C70. If yes, the display screen 11 switches to the video editing function 15, and after the users edit the packet data 30 respectively, it is stored as the packet data 30; C70. The capture and recording application presents a transmission authentication option on the display screen 11, allowing the user to choose whether to officially authenticate the packet data 30. If not, the display screen 11 continues to present the game screen to maintain the original game operation experience. If yes, the processor transmits the packet data 30 to a media server 3; C80. The media server 3 receives the packet data 30, extracts the game server authority of an official authentication data of the verification code, connects to a game server 2, and obtains a game-related data corresponding to the game application; C90. The media server 3 compares an anti-counterfeiting code and a video unique code of the verification code with the game-related data to see if they are consistent. If yes, an authentication tag 13 is output; C100. The media server 3 embeds the authentication tag 13 into the continuous images of the recording file 20 of the packet data 30 and stores it in a media database of the media server 3; and C110. The users connect to the media database of the media server 3 through their respective electronic devices 1, and each extracts the packet data 30 and uploads it to a platform 40 for sharing.

An embodiment of the present invention is a method for authenticating and marking game multimedia data, which is applied to a media server, comprising: the media server receives a packet data transmitted by an electronic device, the packet data comprising a recording file and a verification code; the media server connects to a game server to obtain game-related data; the media server compares the verification code with the game-related data to see if they are correct, and if so, outputs an authentication tag; and the media server marks the authentication tag on a user information of a platform or/and the media server embeds the authentication tag in the continuous screen of the recording file and stores it in a media database of the media server for multiple users to view.

Any of the steps, operations, or processes described herein may be performed or implemented by one or more hardware or software modules, either alone or in combination with other devices. In one embodiment, a software module is implemented as a computer program product comprising a computer-readable medium containing computer program code that can be executed by a processor for performing any or all of the steps, operations, or processes described.

In the above embodiments, the storage unit may be a read-only memory (ROM) or a read-write memory, such as a hard drive or a flash memory. The memory unit may be a random access memory (RAM). The memory unit may be physically integrated with the processor or integrated in the memory or constructed as a separate unit.

The processor is the control center of the above-mentioned device (the device is the above-mentioned server or the above-mentioned electronic device) and provides processing means for executing instructions, performing interrupt operations, providing timing functions and various other functions. Optionally, the processor includes one or more central processing units (CPUs). The above-mentioned device includes one or more processors. The processor may be a single-core processor or a multi-core processor. Unless otherwise stated, components such as processors or memories described as being used to perform tasks may be implemented as general components that are temporarily used to perform tasks at a given time, or as specific components specially manufactured to perform the task. The term "processor" used herein refers to one or more devices, circuits and/or processing cores for processing data, such as computer program instructions.

The program code executed by the processor may be stored in a memory unit or a storage medium. Optionally, the program code stored in the storage medium may be copied into the memory unit for execution by the processor. The processor may execute at least one kernel (e.g., LINUXTM, UNIXTM, WINDOWSTM, ANDROIDTM, IOSTM), which is known to control the operation of the above-mentioned devices by controlling the execution of other programs or processes, controlling communication with peripheral devices, and controlling the use of computer device resources.

Although certain exemplary embodiments and implementations have been described herein, other embodiments and modifications will be apparent from this description. Accordingly, the inventive concept is not limited to such exemplary embodiments, but rather to the broader scope of the claims set forth and various obvious modifications and equivalent arrangements.

1: Electronic devices

2: Game server

3: Media Server

100: Game multimedia data authentication and labeling system

Claims (16)

A method for authenticating and marking game multimedia data, the method comprising: a processor of an electronic device executes a game application and presents a game screen on a display screen of the electronic device; the processor executes a capture and recording application to store the continuous images and audio presented on the display screen into a recording file in a storage unit of the electronic device; when the processor executes the capture and recording application, the game screen presented on the display screen is recorded. A capture and recording identifier is displayed in the capture and recording application; the capture and recording application receives a transmission instruction, the processor extracts the recording file of the storage unit and embeds a verification code into a packet data and transmits it to a media server; the media server connects to a game server to obtain game-related data; and the media server compares the verification code with the game-related data to see if they are correct, and if so, stores the packet data in a media database of the media server. As described in claim 1, the game multimedia data authentication labeling method, the recording file includes video format, audio format, picture format and image interchange format (GIF). As described in claim 1, the game multimedia data authentication marking method stores the continuous images presented by the display screen according to a time length and a timestamp, and deletes the earliest image data of the time length and the timestamp in the storage unit as time passes, and stores the current image data of the timestamp. As described in claim 1, the game multimedia data authentication method, the media server marks a user information of a platform with an authentication tag and/or embeds the authentication tag in the continuous screen of the recording file. As described in claim 1, the game multimedia data authentication labeling method, the transmission instruction further includes an authentication tag menu. As described in claim 1, the game multimedia data authentication marking method, the capture and recording application further includes a video editing function. As described in claim 1, the game multimedia data authentication marking method, the verification code includes a user data, a game process data, an official authentication data and an editing record. As described in claim 7, the game multimedia data authentication marking method, the official authentication data includes the game server authority, an anti-counterfeiting code and a video unique code. A method for authenticating and marking game multimedia data comprises: a processor of an electronic device executes a capture and recording application program to store the continuous images and audio presented on the display screen into a recording file in a storage unit of the electronic device; the processor executes a game application program and presents a game screen on the display screen; the capture and recording application program receives a The processor extracts the recording file of the storage unit and embeds a verification code into the recording file, and then stores the file into a packet data and transmits it to a media server; the media server connects to a game server to obtain game-related data; and the media server compares the verification code with the game-related data to see if they are correct. If so, the packet data is stored in a media database of the media server. As described in claim 9, the game multimedia data authentication method, the media server marks a user information of a platform with an authentication tag and/or embeds the authentication tag in the continuous screen of the recording file. As described in claim 9, the game multimedia data authentication labeling method, the recording file includes video format, audio format, picture format and image interchange format (GIF). A method for authenticating and marking game multimedia data is applied to a media server, comprising: the media server receives a packet of data transmitted by an electronic device, the packet of data comprising a recording file and a verification code; the media server connects to a game server to obtain game-related data; and the media server compares the verification code with the game-related data to see if they are correct, and if so, stores the packet of data in a media database of the media server. As described in claim 12, the game multimedia data authentication method, the media server marks a user information of a platform with an authentication tag and/or embeds the authentication tag in the continuous screen of the recording file. A game multimedia data authentication and labeling system, the system comprises: an electronic device comprising at least one processor, a display screen, a storage unit, a game application and a capture and recording application; at least one game server connected to the electronic device via the Internet, comprising game-related data; and a media server connected to the electronic device and the game server via the Internet; the processor executes the game application and presents a game screen on the display screen; the processor executes a capture and recording application The application stores the continuous images and audio displayed on the display screen as a recording file in the storage unit; the capture and recording application receives a transmission instruction, the processor extracts the recording file from the storage unit and embeds a verification code, stores it as a packet data and transmits it to the media server; and the media server connects to the game server to obtain the game-related data, compares the verification code with the game-related data to see if they are correct, and if so, stores the packet data in a media database of the media server. As described in claim 14, the game multimedia data authentication system, the media server marks a user information of a platform with an authentication tag and/or embeds the authentication tag in the continuous screen of the recording file. As described in claim 14, the game multimedia data authentication labeling system, the capture and recording application further includes a video editing function.