The HPE 3PAR OS must be configured to send SNMP alerts to alert in the event of an audit processing failure.
Overview
| Finding ID | Version | Rule ID | IA Controls | Severity |
| V-255275 | HP3P-33-001300 | SV-255275r958424_rule | CCI-000139 | medium |
| Description | ||||
| It is critical for the appropriate personnel to be aware if a system is at risk of failing to process audit logs as required. Without this notification, the security personnel may be unaware of an impending failure of the audit capability, and system operation may be adversely affected. The HPE 3PAR OS will send an SNMP trap event on any failure of audit components (failure to write a record, failure to send to remote syslog server, etc.). All of these conditions are automatically recovered Q20 in the short term. Configuration of the SNMP consumer is required to facilitate collection of these events. | ||||
| STIG | Date | |||
| HPE 3PAR StoreServ 3.3.x Security Technical Implementation Guide | 2024-08-27 | |||
Related Frameworks
1 mapping across 4 frameworks
Related Frameworks
SCF0 mappings
No source states a mapping between these directly.
Also reachable in 3 hops (1) derived by us, not asserted by any source
Each of these is a route we composed by chaining published mappings. No publisher states a relationship between the two endpoints.
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- SCF Secure Traceability Relationship Mapping (STRM)2026.2equal to
NIST 800-530 mappings
No source states a mapping between these directly.
Also reachable in 2 hops (20) derived by us, not asserted by any source
Each of these is a route we composed by chaining published mappings. No publisher states a relationship between the two endpoints.
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)V1R1our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)V1R1intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)2our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)2intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)2our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)2intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)2our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)2intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)3our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)3intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)2our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)2intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)1our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)1intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)V1R4our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)V1R4intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA STIG Benchmark (XCCDF)V1R1our copyintersects(normalised)
- DISA STIG Benchmark (XCCDF)V1R1intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
+10 more (top 10 by confidence shown)
NIST 800-1710 mappings
No source states a mapping between these directly.
Also reachable in 3 hops (1) derived by us, not asserted by any source
Each of these is a route we composed by chaining published mappings. No publisher states a relationship between the two endpoints.
3.3.4
1.00
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
- DISA CCI List2025-01-23equal to(normalised)
- NIST SP 800-171 Rev 2, Appendix DRev 2 (Feb 2020, errata Jan 2021)equal to(normalised)
CCI1 mapping
CCI-000139
1.00
- DISA STIG Benchmark (XCCDF)V2R1intersects(normalised)
Details
Check Text (C-255275r958424_chk)
Verify an SNMPv3 user account is configured:
cli% showsnmpuser
Username | AuthProtocol | PrivProtocol
3parsnmpuser | HMAC SHA 96 | CFB128 AES 128
If the output is not displayed in the above format, this is a finding.
Identify the SNMP trap recipient and report SNMP configuration:
cli% showsnmpmgr
HostIP | Port | SNMPVersion | User
<snmp trap recipient IP> | 162 | 3 | 3parsnmpuser
If the SNMP trap recipient IP address is incorrect, this is a finding.
If the SNMP port is not "162", this is a finding.
If the SNMP version is not "3", this is a finding.
If the SNMP user ID is incorrect, this is a finding.
Generate a test trap:
cli% checksnmp
Trap sent to the following managers:
< IP address of trap recipient>
If the response does not indicate a trap was successfully sent, this is a finding.
Fix Text (F-58892r870143_fix)
To configure SNMPv3 alert notifications, use this sequence of operations.
Create and enable an SNMPv3 user, and create associated keys for authentication and privacy:
cli% createuser 3parsnmpuser all browse
Enter the password and confirm
cli% createsnmpuser 3parsnmpuser
at the prompt, enter the password
at the next prompt, re-enter the password.
Add the IP address of the SNMPv3 trap recipient, where permissions of the account are used:
cli% addsnmpmgr -version 3 -snmpuser 3parsnmpuser <ip address>