NKV6.0 (Neokylinlinux Trusted OS V6.0) system-based compatibility testing method for trusted technology

A compatibility test and compatibility technology, applied in the computer field, can solve problems such as inability to execute, different operation results, and affect software performance, and achieve the effect of ensuring safety and quality.

Active Publication Date: 2018-06-26
CHINA STANDARD SOFTWARE
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Because different hardware configurations may affect the performance of the software, some software may have different running results or cannot be executed at all in different hardware environments;

Method used

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  • NKV6.0 (Neokylinlinux Trusted OS V6.0) system-based compatibility testing method for trusted technology
  • NKV6.0 (Neokylinlinux Trusted OS V6.0) system-based compatibility testing method for trusted technology
  • NKV6.0 (Neokylinlinux Trusted OS V6.0) system-based compatibility testing method for trusted technology

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0128] Embodiment 1: Trusted operation control checks file integrity protection compatibility

[0129] 1. Test description

[0130] Verify CTMM's integrity measurement of kernel modules and executable files loaded during operation, and compare the measurement results with the baseline value of the whitelist. If the verification fails, the loading of the module or the execution of the application is rejected.

[0131] 2. Preconditions

[0132] (1) The machine under test has a TCM chip, and the NKV6.0 system has been installed;

[0133] (2) ctmm is on;

[0134] (3) The executable program ntsysv exists under / usr / sbin and is in the whitelist.

[0135] 3. Operation steps

[0136] Step 1: The secadm user logs in to the NKV6.0 system and enters the Trusted Management Center: Click "Start" - "System Tools" - "Security Control Management Center" in sequence - double-click to enter the Trusted Management Center;

[0137] Step 2: Set the executable file to strict mode: click "Setti...

Embodiment 2

[0151] Example 2: Trusted Management Center adds a whitelist test

[0152] 1. Test description

[0153] Verify that the system can be scanned in the Trusted Management Center and the scanned files can be added to the whitelist.

[0154] 2. Test premise

[0155] (1) The machine under test has a TCM chip, and the NKV6.0 system has been installed;

[0156] (2) There is a test script file test3 in the " / tmp / lvl4" directory, and this file does not exist in the whitelist;

[0157] (3) ctmm status is on and standard / normal scripts are set to loose mode.

[0158] 3. Operation steps

[0159] Step 1: Run the test script file test3 and execute the command:

[0160][secadm@locahost~]$cd / tmp / lvl4

[0161] [secadm@locahost~]$. / test3

[0162] Step 2: After editing the contents of the script file test3, run again:

[0163] [secadm@locahost~]$ vim test3

[0164] [secadm@locahost~]$. / test3

[0165] Step 3: The secadm user logs in to the NKV6.0 system and opens the "Trusted Management...

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Abstract

The invention relates to a NKV6.0 (Neokylinlinux Trusted OS V6.0) system-based compatibility testing method for a trusted technology. The method comprises the steps of performing a trusted bootstrap test for measuring a kernel mirror image, an initrd and a startup configuration file of the NKV6.0 system by use of a TCM (Trusted Computing Group) chip in a grub stage; performing a trusted interfacetest for verifying an interface realization situation for providing an operation TCM trusted chip for the NKV6.0 system and an application program; performing a trusted operational control test for verifying situation of measurement of a CTMM (Cs2c Trusted Measure Module) for the kernel module and a system configuration file loaded in operation; and performing a trusted management center test forverifying graphical management in charge of measurement of a white list of the system. According to the NKV6.0 (Neokylinlinux Trusted OS V6.0) system-based compatibility testing method for the trustedtechnology, a trusted bootstrap module, a trusted chip interface execution module, a trusted operation control module and a trusted management center in the trusted technology can be guaranteed to work in the NKV6.0 system stably, and the safety quality of the trusted technology in the NKV6.0 system is guaranteed to a greater extent.

Description

technical field [0001] The invention relates to the field of computer technology, in particular to a trusted technology compatibility testing method based on NKV6.0 system. Background technique [0002] Trusted computing is a trusted computing platform supported by hardware security modules that is widely used in computing and communication systems. After years of development, trusted computing technology has been widely used abroad. At present, the statistics of terminals integrated with trusted computing technology Types of equipment reached more than 1.9 billion sets. It fundamentally improves the security of the computer system, and is an effective technical means to solve the security problems of new technology applications such as cloud security and the Internet of Things. [0003] At present, the Trusted Computing Group (TCG-Ttrusted Computing Group) has a great influence on trusted computing in the world. At the same time, standards such as TPM1.2 and TPM2.0 have al...

Claims

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Application Information

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IPC IPC(8): G06F11/36
CPCG06F11/3684G06F11/3688
Inventor 潘婷申利飞
Owner CHINA STANDARD SOFTWARE
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