![]() I would just block the ports and not worry about it. Now you have something fishing at your firewall. It may be the user ID in question sent a password in clear text and it was compromised. SO they are external request, yes it's totally possible and feasible that something was installed on the iPhone. Is it possible they installed something on their iPhone that is doing this?įorget about Xsan, it does not broadcast outside it's own network. The user name shown is for a user that is on vacation and has not responded to phone calls or e-mails. Since that user's account is now disabled, the login attempt fails with that reason. Always the same user name attempting to log in. The requests are coming from the outside. We do not have Xsan or an computers running the Apple OS. Some help on what this is all about and do I need to be concerned would be appreciated. The events still persist, but it makes me feel a little better - not much safer though. I have since disabled that user account on the network until I find out what is going on. None of the others are throwing security errors in my server event logs. I do have a number of users that access their e-mail and have iPhones, including this user. In researching these ports, they all appear to be used by Apple Xsan. The addresses are not local IP addresses. The source IP address will stay the same for an hour or two, then change to a different source IP address for a while. Event ID 531, Source = Security, Category = Logon/Logoff If you’re not running Xsan 2.Windows server security log is indicating numerous failed attempts of a user trying to log in.If the capacity of a larger LUN is Listed as 2 terabytes.If you can’t add LUNs to a storage pool.If a client can’t use a volume after a Fibre Channel interruption.If you can’t rename an Xsan volume in the Finder.If a LUN doesn’t have as much space as expected.If you have problems using command-line tools.If RAID LUNs aren’t accessible over Fibre Channel.If you can’t unmount a volume on a client.If you can’t mount a volume on a client.If computers aren’t listed in Xsan Admin.If you can’t enable or install the Xsan software.If you can’t connect to a computer using Xsan Admin.Connect to a controller using SSH in Terminal.Control a controller using screen sharing.Make a standby controller the primary controller.List the volumes hosted by a controller.Find out which controller is hosting a volume.Switch to a standby metadata controller.Connect to a client using SSH in terminal.Control file and folder access using Xsan Admin.Control file and folder access using the Finder.Configure local home folders for network accounts.Change the exclusivity of an affinity tag.Change advanced allocation and cache settings.Enable or disable Spotlight on a volume.Find the drive modules that belong to a LUN.Step 12: (Optional) Set user and group quotas.Step 11: (Optional) Assign folders to affinity tags.Step 10: (Optional) Set up SAN status notifications.Step 7: Enable Xsan on clients and controllers.Step 3: Configure SAN computers to use a time server.Step 1: Set up the Fibre Channel network.Manage users and groups with Xsan Admin.Use the server setup assistant to configure controllers.Adjust RAID system performance settings.Connect RAID systems to an Ethernet network.If your Fibre Channel fabric is running slowly.Step 7: Set Up the primary metadata controller.Step 4: Set up the standby metadata controller.Step 1: Unpack and install the SAN hardware.Upgrade from an earlier version of Xsan.
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