![]() ![]() …/source3/auth/auth. The Raspberry Pi 4 B has Gigabit Ethernet and USB 3.0 Ports, which allows you to construct a basic NAS (Network Attached Storage). Ntlm_password_check: NTLMv1 passwords NOT PERMITTED for user **** …/libcli/auth/ntlm_check.c:424(ntlm_password_check) Looking at the log.smbd file on Freenas showed the following error: OSMC has the following as default in the smb.conf file: ![]() NTLMv1 was no longer supported as a protocol on the latest Freenas version (Freebsd is the OS). The error on osmc was always “Wrong Password” In my earlier posts about building a custom Raspberry Pi SATA NAS, and supercharging it with 2. A Solid 150 barebones NAS that is easy to build and all powered by the Raspberry Pi 4. Note that the Raspberry Pi Foundation's last major board release was the. It must also offer availability and resilience for your data. Software: Freenas (v9.10+) and OSMC (latest version as at 9th March 2017)Īfter an OSMC update (and also possibly after a Freenas update as both occurred around similar times), OSMC was unable to access any of my freenas samba (cifs) shares. What You Need to Buy Before You can get started, there are a few things you will need to build your own NAS device. So what is a NAS, anyway A well-implemented, network-attached storage device is typically a headless device (no keyboard or monitor) providing access to large amounts of data from anywhere on your network. Take the defaults on the rest of the items unless you have specific reasons otherwise.Just wanted to post a fix to an issue I had recently for anyone running similar setups and who have minimal experience with unix/linux. Run the following command in an SSH or Console session on the Ubuntu VMįollow the Pi-Hole Wizard to configure additional settingsĬhoose your DNS provider (I used OpenDNS) Make sure to set the IP address of this VM with a static IP on your network, as this will be your new PiHole DNS Server.Īlso, install OpenSSH during the install if you wish to SSH to Pi-Hole.Īfter installing Ubuntu, update the Ubuntu OS Installation MediaĪfter saving the VM settings, power on and run through a default setup of Ubuntu. On Installation Media, upload the Ubuntu ISO you downloaded earlier, or select it from your TrueNAS if you have already copied it to a share. After you’ve got laid the inspiration for using the Raspberry Pi as a NAS server within the previous steps, you’ll now go online to the online front where the particular configuration takes place. You can take the defaults on Network Interfaces Network Interfaces and Installation Media I used a 12 GB Drive, which is probably overkill for this The minimum requirements were listed above, but I would add another vCPU core and some additional RAM VM CPU and MemoryĬreate new Disk Image and make sure to select AHCI as disk type. VM with a minimum 1 vCPU, 512MB vRAM, and 10GB Drive Deployment StepsĬreate a new VM in TrueNAS, using whatever values you prefer.īind should be the primary IP of your TrueNAS Operating System Deploying it as a VM is the next best thing. ![]() Unfortunately, running Pi-Hole on a jail isn’t really supported at this point, with previous attempts being abandoned by the community. Having a dozen Raspberry Pi’s around the house is nice for random projects, but I would like to consolidate as much as I can into jails on FreeNAS/TrueNAS. ![]()
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