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Refer to the following applicable reports produced by the z/OS Data Collection: - IOA.RPT(SECPARM). Automated Analysis Refer to the following report produced by the z/OS Data Collection: - PDI(ZCTD0040). The following keywords will have the specified values in the BMC CONTROL-D security parameter member. This is not a finding. Keyword Value DEFMCHKD $$CTDEDM SECTOLD NO DFMD01 EXTEND DFMD04 EXTEND DFMD08 EXTEND DFMD19 EXTEND DFMD23 EXTEND DFMD24 EXTEND DFMD26 EXTEND DFMD27 EXTEND
The BMC CONTROL-D Systems programmer will verify that any configuration/parameters that are required to control the security of the product are properly configured and syntactically correct. Set the standard values for the BMC CONTROL-D security parameters for the specific ACP environment along with additional IOA security parameters with standard values as documented below. Keyword Value DEFMCHKD $$CTDEDM SECTOLD NO DFMD01 EXTEND DFMD04 EXTEND DFMD08 EXTEND DFMD19 EXTEND DFMD23 EXTEND DFMD24 EXTEND DFMD26 EXTEND DFMD27 EXTEND
Interview the systems programmer responsible for the BMC CONTROL-D. Determine if the site has modified the following security exit(s): CTDSE01 CTDSE04 CTDSE08 CTDSE19 CTDSE24 CTDSE28 Ensure the above security exit(s) has (have) not been modified. If the above security exit(s) has (have) been modified, ensure that the security exit(s) has (have) been approved by the site systems programmer and the approval is on file for examination.
The systems programmer responsible for the BMC CONTROL-D will review the BMC CONTROL-D operating environment. Ensure that the following security exit(s) is (are) installed properly. Determine if the site has modified the following security exit(s): CTDSE01 CTDSE04 CTDSE08 CTDSE19 CTDSE24 CTDSE28 Ensure that the security exit(s) has (have) not been modified. If the security exit(s) has (have) been modified, ensure the security exit(s) has (have) been checked as to not violate any security integrity within the system and approval documentation is on file.
Refer to the following report produced by the dataset and Resource Data Collection: - SENSITVE.RPT(CTDRPT). Automated Analysis Refer to the following report produced by the dataset and Resource Data Collection: - PDI(ZCTD0000). Verify that the accesses to the BMC CONTROL-D installation datasets are properly restricted. If the following guidance is true, this is not a finding. The ACF2 dataset access authorizations restrict READ access to auditors, BMC users, security personnel (domain level and decentralized), and BMC STCs and/or batch users. The ACF2 dataset access authorizations restrict WRITE and/or greater access to systems programming personnel. The ACF2 dataset access authorizations specify that all (i.e., failures and successes) WRITE and/or greater access is logged.
The ISSO will ensure that WRITE and/or greater access to BMC CONTROL-D installation datasets is limited to systems programmers only, and all WRITE and/or greater access is logged. READ access can be given to auditors, BMC users, security personnel (domain level and decentralized), and BMC STCs and/or batch users. All failures and successful WRITE and/or greater accesses are logged. The installing systems programmer will identify and document the product datasets, categorize them according to who will have WRITE and/or greater access, and if required, ensure that all WRITE and/or greater access is logged. The installing systems programmer will identify if any additional groups have WRITE and/or greater access for specific datasets, and once documented will work with the ISSO to ensure they are properly restricted to the ACP (Access Control Program) active on the system. (Note: The datasets and/or dataset prefixes identified below are examples of a possible installation. The actual datasets and/or prefixes are determined when the product is installed on a system through the product's installation guide and can be site specific.) Datasets to be protected will be: SYS2.IOA.*.CTDI The following commands are provided as a sample for implementing dataset controls: $KEY(SYS2) IOA.-.CTDI.- UID(<syspaudt>) R(A) W(L) A(L) E(A) IOA.-.CTDI.- UID(<audtaudt>) R(A) E(A) IOA.-.CTDI.- UID(<bmcuser>) R(A) E(A) IOA.-.CTDI.- UID(<secaaudt>) R(A) E(A) IOA.-.CTDI.- UID(<secdaudt>) R(A) E(A) IOA.-.CTDI.- UID(CONTROLD) R(A) E(A)
Refer to the following report produced by the dataset and Resource Data Collection: - SENSITVE.RPT(CTDSTC). Automated Analysis Refer to the following report produced by the dataset and Resource Data Collection: - PDI(ZCTD0001). Verify that the accesses to the BMC CONTROL-D STC datasets are properly restricted. If the following guidance is true, this is not a finding. The ACF2 dataset access authorizations restrict READ access to auditors and CONTROL-D end users. The ACF2 dataset access authorizations restrict WRITE and/or greater access to systems programming personnel. The ACF2 dataset access authorizations restrict WRITE and/or greater access to BMC STCs and/or batch users. The ACF2 dataset access authorizations restrict UPDATE access to centralized and decentralized security personnel.
The ISSO will ensure that WRITE and/or greater access to BMC CONTROL-D STC datasets is limited to systems programmers and BMC STCs and/or batch users. UPDATE access can be given to centralized and decentralized security personnel. READ access can be given to auditors and BMC users. The installing systems programmer will identify and document the product datasets, categorize them according to who will have WRITE and/or greater access, and if required, ensure that all WRITE and/or greater access is logged. The installing systems programmer will identify if any additional groups have WRITE and/or greater access for specific datasets, and once documented will work with the ISSO to ensure they are properly restricted to the ACP (Access Control Program) active on the system. (Note: The datasets and/or dataset prefixes identified below are examples of a possible installation. The actual datasets and/or prefixes are determined when the product is installed on a system through the product's installation guide and can be site specific.) Datasets to be protected will be: SYS3.IOA.*.CTDO The following commands are provided as a sample for implementing dataset controls: $KEY(SYS3) IOA.-.CTDO.- UID(syspaudt) R(A) W(A) A(A) E(A) IOA.-.CTDO.- UID(tstcaudt) R(A) W(A) A(A) E(A) IOA.-.CTDO.- UID(BMC STCs) R(A) W(A) A(A) E(A) IOA.-.CTDO.- UID(secaaudt) R(A) W(A) E(A) IOA.-.CTDO.- UID(secdaudt) R(A) W(A) E(A) IOA.-.CTDO.- UID(audtaudt) R(A) E(A) IOA.-.CTDO.- UID(bmcuser) R(A) E(A)
Refer to the following report produced by the dataset and Resource Data Collection: - SENSITVE.RPT(CTMUSER). Automated Analysis Refer to the following report produced by the dataset and Resource Data Collection: - PDI(ZCTD0002). Verify that the accesses to the BMC CONTROL-D User datasets are properly restricted. If the following guidance is true, this is not a finding. The ACF2 dataset access authorizations restrict READ access to auditors. The ACF2 dataset access authorizations restrict WRITE and/or greater access to systems programming personnel. The ACF2 dataset access authorizations restrict WRITE and/or greater access to the BMC STCs and/or batch users. The ACF2 dataset access authorizations restrict UPDATE access to centralized and decentralized security personnel and/or CONTROL-D end users.
The ISSO must ensure that WRITE and/or greater access to BMC CONTROL-D User datasets is limited to systems programmers and BMC STCs and/or batch users. Additionally, UPDATE access can be given to centralized and decentralized security personnel and BMC users. The ISSO can approve ALLOC access in circumstances where it is determined to be necessary and appropriate for systems operations to execute in a normal secure manner. READ access can be given to auditors. The installing systems programmer will identify and document the product datasets, categorize them according to who will have WRITE and/or greater access, and if required, ensure that all WRITE and/or greater access is logged. The installing systems programmer must identify if any additional groups have WRITE and/or greater access for specific datasets, and once documented will work with the ISSO to ensure they are properly restricted to the ACP (Access Control Program) active on the system. (Note: The datasets and/or dataset prefixes identified below are examples of a possible installation. The actual datasets and/or prefixes are determined when the product is installed on a system through the product's installation guide and can be site specific.) Datasets to be protected will be: SYS3.IOA.*.CTDR CTRUSR CTDSRV CTDJB1 The following commands are provided as a sample for implementing dataset controls: $KEY(SYS3) IOA.-.CTDR.- UID(syspaudt) R(A) W(A) A(A) E(A) IOA.-.CTDR.- UID(tstcaudt) R(A) W(A) A(A) E(A) IOA.-.CTDR.- UID(BMC STCs) R(A) W(A) A(A) E(A) IOA.-.CTDR.- UID(bmcuser) R(A) W(A) E(A) IOA.-.CTDR.- UID(secaaudt) R(A) W(A) E(A) IOA.-.CTDR.- UID(secdaudt) R(A) W(A) E(A) IOA.-.CTDR.- UID(audtaudt) R(A) E(A) $KEY(CTRUSR) - UID(syspaudt) R(A) W(A) A(A) E(A) - UID(tstcaudt) R(A) W(A) A(A) E(A) - UID(BMC STCs) R(A) W(A) A(A) E(A) - UID(bmcuser) R(A) W(A) E(A) - UID(secaaudt) R(A) W(A) E(A) - UID(secdaudt) R(A) W(A) E(A) - UID(audtaudt) R(A) E(A) $KEY(CTDSRV) - UID(syspaudt) R(A) W(A) A(A) E(A) - UID(tstcaudt) R(A) W(A) A(A) E(A) - UID(BMC STCs) R(A) W(A) A(A) E(A) - UID(bmcuser) R(A) W(A) E(A) - UID(secaaudt) R(A) W(A) E(A) - UID(secdaudt) R(A) W(A) E(A) - UID(audtaudt) R(A) E(A) $KEY(CTDJB1) - UID(syspaudt) R(A) W(A) A(A) E(A) - UID(tstcaudt) R(A) W(A) A(A) E(A) - UID(BMC STCs) R(A) W(A) A(A) E(A) - UID(bmcuser) R(A) W(A) E(A) - UID(secaaudt) R(A) W(A) E(A) - UID(secdaudt) R(A) W(A) E(A) - UID(audtaudt) R(A) E(A)
Refer to the following report produced by the dataset and Resource Data Collection: - SENSITVE.RPT(ZCTD0020). - ACF2CMDS.RPT(RESOURCE) - Alternate report. Automated Analysis Refer to the following report produced by the dataset and Resource Data Collection: - PDI(ZCTD0020). Verify that the accesses to resources and/or generic equivalent are properly restricted according to the requirements specified in BMC CONTROL-D Resources table in the z/OS STIG Addendum. If the following guidance is true, this is not a finding. Note: To determine what resource class is used review the IOACLASS setting in SECPARM. The "Trigger" resources, i.e., $$SECxxx (xxx is unique to the product) are defined in the FACILITY resource class The ACF2 resources are defined with a default access of PREVENT. The ACF2 resource access authorizations restrict access to the appropriate personnel. The ACF2 resource logging requirements are specified.
The ISSO will work with the systems programmer to verify that the following are properly specified in the ACP. Note: To determine what resource class is used review the IOACLASS setting in SECPARM. The "Trigger" resources, i.e., $$SECxxx (xxx is unique to the product) are defined in the FACILITY resource class (Note: The resource class, resources, and/or resource prefixes identified below are examples of a possible installation. The actual resource class, resources, and/or resource prefixes are determined when the product is installed on a system through the product's installation guide and can be site specific.) Use BMC CONTROL-D Resources and BMC INCONTROL Resources Descriptions tables in the zOS STIG Addendum. These tables list the resources, descriptions, and access and logging requirements. Ensure the guidelines for the resources and/or generic equivalent specified in the z/OS STIG Addendum are followed. The following commands are provided as a sample for implementing resource controls: $key($$addnot) type(ioa) - uid(<appsaudt>) allow - uid(<operaudt>) allow - uid(<pcspaudt>) allow - uid(<syspaudt>) allow - uid(*) prevent
Refer to the following report produced by the ACF2 Data Collection: - ACF2CMDS.RPT(ATTSTC). Verify that the logonids(s) for the BMC CONTROL-D started task(s) includes the following. If the following attributes are defined, this is not a finding. STC MUSASS NO-SMC
The BMC CONTROL-D systems programmer and the ISSO will ensure that a product's Started Task(s) is properly Identified / defined to the System ACP. If the product requires a Started Task, verify that it is properly defined to the System ACP with the proper attributes. Most installation manuals will indicate how the Started Task is identified and any additional attributes that must be specified. Example: SET LID CHANGE CONTROLD STC MUSASS NO-SMC