NSSCryptoModuleSpec/Section 6: Operation Enviroment: Difference between revisions
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| The operating system controlling the cryptographic module has passed evaluation at EAL2 for the Controlled Access Protection Profile (CAPP). || [http://wiki.mozilla.org/VE_06#VE.06.10.01 VE.06.10.01 ] || Please refer to the following documents on the [http://www.commoncriteriaportal.org/ Common Criteria portal]: | | The operating system controlling the cryptographic module has passed evaluation at EAL2 for the Controlled Access Protection Profile (CAPP). || [http://wiki.mozilla.org/VE_06#VE.06.10.01 VE.06.10.01 ] || Please refer to the following documents on the [http://www.commoncriteriaportal.org/ Common Criteria portal]: | ||
* Sun | * Sun Solaris Version 10 5/08: Security Target Url For Solaris 10 5/08: http://www.sun.com/software/security/securitycert/docs/st-base.Sol10u5.v1.3.pdf | ||
* Red Hat Enterprise Linux (RHEL) Version | * Red Hat Enterprise Linux (RHEL) Version 5 http://www.niap-ccevs.org/cc-scheme/st/index.cfm/vid/10125 | ||
|| Draft | || Draft | ||
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Latest revision as of 12:03, 11 May 2015
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Document Description |
DTR Section |
Assessment |
Status |
|---|---|---|---|
| Describe the operational environment in which the module operates. | VE.06.02.01 | Operational Environment | Draft |
| Describe the mechanism used to ensure that only one user at a time can use the cryptographic module. | VE.06.04.01 | Single Operator Mode of Operation | Draft |
| Describe the mechanism used to ensure that no other process can access private and secret keys, intermediate key generation values, and other CSPs, while the cryptographic process is in use. | VE.06.05.01 | The operating system protects the address space of the cryptographic process from the other processes. | Draft |
| Describe the mechanism used to ensure that no other process can interrupt the cryptographic module during execution. | VE.06.06.01 | The operating system protects the address space of the cryptographic process from the other processes. | Draft |
| List the cryptographic software stored on the cryptographic module and describe the protection mechanisms used to prevent unauthorized disclosure and modification. | VE.06.07.01 | While the cryptographic software is in the RAM, the operating system protects the address space of the cryptographic process from the other processes. | Draft |
| Identify the technique used to maintain the integrity of the cryptographic software components. | VE.06.08.01 | Software Integrity Test | Draft |
| The operating system controlling the cryptographic module has passed evaluation at EAL2 for the Controlled Access Protection Profile (CAPP). | VE.06.10.01 | Please refer to the following documents on the Common Criteria portal:
|
Draft |
| Specify how the discretionary access control (DAC) mechanism is configured to meet the requirements of AS06.11, AS06.12, AS06.13, and AS06.14. | VE.06.14.01 | Configuring Discretionary Access Control | Draft |
| Specify how the operating system prevents all operators and executing processes from modifying executing cryptographic processes. | VE.06.15.01 | The operating system protects the address space of an executing process from modifications by another process. | Draft |
| Specify how the operating system prevents operators and executing processes from reading cryptographic software stored within the cryptographic boundary. | VE.06.16.01 | The operating system protects the address space of an executing process from reading by another process. | Draft |
| Identify all the events that are auditable by the cryptographic module software. | VE.06.17.01 | Auditable Events | Draft |
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