with Base Packages and Driver, Firmware, Software (Critical, Optional and Recommended) for Microsoft Windows 2012 R2 related to Array Controllers, Hard Drives, NICs, System ROMs and iLO devices...about 900Mb...but I wasn't lucky.
I saw that SPP contains the 3.56 and 4.02 Firmwares but those are for updating the Smart Array Firmware from inside the OS (Microsoft Windows 2012 R2 in this case)...not for the "Offline mode" as when you run SPP!
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I expected that HPE SPP "Offline mode" has been able to update my Array Controller Firwmare without the pre-requisite of having an OS installed (I didn't configured anything on the Smart Array yet, disks are inserted and recongnized, OS in not installed yet)...but once deployed, it found - with my surprise - that my DL180 Gen9 was considered yet updated (which isn't the truth...since I manually updated the System BIOS from 1.50 to 2.20 then).
The point is that HPE Smart Array User Guide advices to upgrade the Smart Array Firmware prior any usage of it...so I tried the F9 way at boot (it permits to update System ROM, NIC Firmware and Smart Array Firmware) providing - I hope - the necessary firmware.bin.fw file (extracted from the hp-firmware-smartarray-ea3138d8e8-4.02-2.1.x86_64.rpm RPM file) to let the HPE Smart Array P440 Firmware update procedure but the system reported that that file provided wasn't recognized.
Probably I was wrong with the Firmware file but...will I be forced to create a SPP on USB key instead of the SSP DVD and add that Firmware file to the USB key to let the SSP starts the Firmware update or the F9 way is feasible (providing that the Firmware file is correct)?
Better get the complete SPP (large download, but then you have all), add the *.rpm file for the controller again to the created USB device and then boot the server from. The USB stick contains a linux system and HPSUM, this will analyze and update your system either in interactive or automatic mode (better select interactive).
While the new customizable SPP is a cool tool, I think you may have uncovered an issue. I need to see what gets stuffed into the bootable ISO image that gets created. I'll be talking to the SPP group about this today
The functionality is very much the same when running this from the SPP bundle itself, but the new feature is to include a hotfix bundle - this will include new versions that are not in the original SPP.
+My offline install shows no applicable components. What happened?
Linux was not included in the created download. The offline environment is Linux based and therefore requires Linux components.
I only added "Windows 2012 R2" as an included Operating System because I initially thought that, despite the fact that I was pretty sure that the HPE SPP Bootable DVD should have been able to update - once its Linux OS was up and running live - both SystemROM, NIC and Smart Array related Firmwares without the need to have any relevant Microsoft Windows 2012 R2 related software packages (packages that are parts of the 32 packages included in my bundle, see below for reference), I was then able to use that SPP Bootable DVD also with the Microsoft Windows 2012 R2 OS once it was installed and deployed...not only without the OS as I tried to do as very first thing.
The ISO built grew from about 900MB to 1,1GB and packages number grew from 32 to 91 due to the Linux OS addition, not too bad...once depolyed all required component (NIC, iLO and Smart Array) that required a Firmware update was found and updates were finally deployed as expected!
If you use the full build of the SPP, it will work either online or offline for regardless of what OS is or isn't installed on the host server. The custom build SPP is a bit different. There are so many combinations that can be selected and some users just want the bare minimum so there isn't rally a catch all for online or offline. The SPP boot environment is Linux based. If you want the capability to update firmware offline you need to select Linux as an OS option so the .rpm files get added to the image. If you want an image that will work online and offline for Windows, you need to select Linux and the version of Windows you need. As far as what version of Linux to select use SUSE.
Firewall configurations that restrict outbound access to Duo's service with rules using destination IP addresses or IP address ranges aren't recommended, since these may change over time to maintain our service's high availability. If your organization requires IP-based rules, please review Duo Knowledge Base article 1337.
The Duo username (or username alias) should match the Windows username. When you create your new RDP application in Duo the username normalization setting defaults to "Simple", which means that the if the application sends the usernames "jsmith," "DOMAIN\jsmith," and "jsmith@domain.com" to Duo at login these would all resolve to a single "jsmith" Duo user.
Duo for Windows Logon supports Duo Push, phone callback or SMS passcodes, and passcodes generated by Duo Mobile or a hardware token as authentication methods. Duo users must have one of these methods available to complete 2FA authentication.
Before moving on to the deployment steps, it's a good idea to familiarize yourself with Duo administration concepts and features like options for applications, available methods for enrolling Duo users, and Duo policy settings and how to apply them. See all Duo Administrator documentation.
Click Protect an Application and locate the entry for Microsoft RDP in the applications list. Click Protect to the far-right to configure the application and get your integration key, secret key, and API hostname. You'll need this information to complete your setup. See Protecting Applications for more information about protecting applications in Duo and additional application options.
If you'd like to enable offline access with Duo MFA you can do that now in the "Offline Access Settings" section of the Duo application page, or return to the Admin Panel later to configure offline access after first verifying logon success with two-factor authentication.
Treat your secret key like a passwordThe security of your Duo application is tied to the security of your secret key (skey). Secure it as you would any sensitive credential. Don't share it with unauthorized individuals or email it to anyone under any circumstances!
Version 4.2.0 of Duo Authentication for Windows Logon adds support for local trusted sessions, reducing how often users must repeat Duo two-factor authentication. The Remembered Devices policy now includes a setting for Windows logon sessions, which when enabled offers users a "Remember me" checkbox during local console login for the duration specified in the policy.
When users check this box and complete Duo authentication, they aren't prompted for Duo secondary authentication when they unlock the workstation after that initial authentication until the configured trusted session time expires. If the user changes networks, authenticates with offline access while the workstation is disconnected, logs out of Windows, reboots the workstation, or clicks the "Cancel" button during workstation unlock, Duo for Windows Logon invalidates the current trusted session and the next Windows logon or unlock attempt will require Duo authentication again.
Create a new custom policy or update an existing policy for remembered devices which enables the Remember devices for Windows Logon option, and enter the number of hours or days you want a trusted Windows logon session to last. Click Save Policy when done.
Apply the custom policy to your Microsoft RDP Duo application as a group or application policy. If you made the change in your global policy then the setting applies to all your Microsoft RDP Duo applications, unless any of them have a policy assigned with conflicting remembered Windows Logon device settings.
With this policy setting applied, users who log on to the local Windows console see an additional option on the Duo for Windows Logon prompt for remembering the device. This option will not display for RDP/remote logins to Windows systems with Duo Authentication for Windows Logon installed, regardless of the effective remembered devices policy setting for Windows Logon.
Administrators may revoke the Windows local trusted Duo session by unassigning a remembered devices policy for Windows Logon from a Microsoft RDP application, editing the policy attached to a Microsoft RDP application to disable the Windows Logon remembered devices setting, or by deleting the registry entry for the user session from the Windows client. Learn more about this in the Windows Logon FAQ.
To test Duo on your Windows system with a group of pilot users, we suggest setting your application's New User Policy to "Allow Access" while testing. The pilot users that you've enrolled in Duo with an associated 2FA device get prompted to complete Duo authentication, while all other users will be transparently let through.
If you want to deploy Duo to your Windows systems but have no users complete 2FA until a specific date (after all user enrollment is complete), set the New User Policy to "Allow Access" and set the Authentication Policy to "Bypass 2FA". With these two policy settings in place users who have and who have not enrolled in Duo log in to the Windows system as usual without experiencing Duo.
If you chose to enable offline access on your application, then enrolled users who bypass 2FA due to the effective Authentication Policy would still be prompted to complete offline enrollment. To avoid confusion, we recommend leaving offline access off until you require users to complete Duo 2FA while online.
When you're ready to require Duo authentication for all users of the target Windows system, change the "New User Policy" to "Deny access" and change the "Authentication Policy" to "Enforce 2FA". This will prompt all enrolled users to perform Duo 2FA after they type in their usernames and passwords, and prevent users who have not enrolled in Duo from logging in without 2FA. 152ee80cbc
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