050-SEPROSIEM-01 · Question #15
To avoid IP address conflicts when configuring a single appliance, ensure that the RSA 050-SEPROSIEM-01 Exam
The correct answer is C. LAN cable is not connected to an existing network or confirm that the IP address in not in use. When configuring a standalone RSA SIEM appliance, the LAN cable must be disconnected from any live network or the configured IP must be confirmed as unused to prevent IP address conflicts during setup.
Question
To avoid IP address conflicts when configuring a single appliance, ensure that the RSA 050-SEPROSIEM-01 Exam
Options
- AINF1 cable is connected to the LAN
- BINF2 cable is connected to the LAN
- CLAN cable is not connected to an existing network or confirm that the IP address in not in use
- DiSCSI cable is not connected to an existing network or confirm that the IP address is not is use.
How the community answered
(43 responses)- A16% (7)
- B5% (2)
- C74% (32)
- D5% (2)
Why each option
When configuring a standalone RSA SIEM appliance, the LAN cable must be disconnected from any live network or the configured IP must be confirmed as unused to prevent IP address conflicts during setup.
Connecting the INF1 cable to the LAN during initial setup does not address IP conflict prevention - it would potentially introduce the conflict rather than avoid it.
Connecting the INF2 cable to the LAN during initial setup carries the same risk of causing IP conflicts and does not resolve the concern.
During single-appliance configuration, the setup process assigns IP addresses that could conflict with existing devices on the network if the appliance is connected prematurely. Ensuring the LAN cable is disconnected from a live network, or verifying the intended IP address is not already in use, eliminates the risk of duplicate IP assignment. This is a standard pre-configuration isolation practice for appliance deployments.
The iSCSI cable is used for storage network connectivity, not the primary LAN interface involved in IP address conflict scenarios during appliance configuration.
Concept tested: IP conflict prevention during single appliance setup
Topics
Community Discussion
7
Imani T.Jun 26, 2026C is your answer. When setting up a single appliance, the LAN interface is what gets assigned the IP, so you either keep that cable disconnected from your existing network during initial config or verify beforehand that the address you're assigning isn't already taken, which is the only way to actually prevent a conflict at the source.
Samuel O.Jun 26, 2026That one tripped up a lot of people in my practice runs because the distractor options sound plausible if you have hands-on rack experience where you are always thinking about which physical port goes where. But INF1 and INF2 are about internal network fabric and replication paths, not your basic LAN connectivity for management, so A and B are barking up the wrong tree entirely. The iSCSI option in D is similarly a red herring since that cable is about storage traffic, not the management IP space where your conflict is actually going to happen. The whole point is that before you even assign that management IP, you need to make sure nothing else on your LAN is already sitting on that address, which is exactly what C is getting at. Quick question for anyone who has done the actual physical setup: when you are doing a single appliance deployment versus a distributed one, does the process for checking IP conflicts change at all, or is the pre-assignment verification step the same regardless of deployment size? I ask because I want to know if there is a reason the exam specifically calls out "single appliance" in the stem, or if that detail is just there to set the scenario.
Carlos M.Jun 27, 2026The "single appliance" framing probably just grounds the scenario so you are not worrying about inter-node fabric IPs or cluster VIPs, but the LAN conflict check itself is the same step regardless of deployment size.
Fatima Z.Jun 26, 2026Okay I'll be honest, I got suckered by D because iSCSI sounds so techy and official that my brain went "ooh that must be the trap answer they want," but then I pictured my mnemonic LAN = Local Address Needs checking, and boom, C locked in because the whole conflict problem lives right there on the LAN where your IP has to be unique, not on the storage cable.
Carlos M.Jun 27, 2026The mnemonic is clever but iSCSI actually runs over IP too, so the real trap is that D doesn't tell you WHERE the duplicate is, just how the drive connects.
Carlos M.Jun 26, 2026C is right. The LAN interface is what you assign the management IP to during single-appliance setup, so if that cable is already plugged into a live network with a conflicting address you will get a collision before you even finish the wizard.
Imani T.Jun 28, 2026Carlos has it right, and worth adding that the wizard will sometimes silently accept the conflicting IP and only surface the problem later when you try to reach the management console, so doing a quick ping sweep of that subnet before you start saves a headache.