K3s vs K0s vs MicroK8s vs RKE2: Which Lightweight Kubernetes Fits an ARM Homelab?

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K3s vs K0s vs MicroK8s vs RKE2: Which Lightweight Kubernetes Fits an ARM Homelab?

The lightweight Kubernetes ecosystem has matured to the point where ARM homelab builders have several credible options. K3s, K0s, MicroK8s, and RKE2 all support ARM64, all run on RK3588 hardware, and all promise a simpler experience than a traditional kubeadm deployment. What they do not offer is the same trade-off profile. Most comparisons focus on […]

Immich on Turing Pi 2.5: Self-Hosted Google Photos Alternative on ARM64 with NVMe Storage

Google Photos gives you 15GB free. After that, every additional gigabyte becomes a recurring subscription. If you’re looking for a self-hosted Google Photos alternative, there is a better option: run Immich on the Turing Pi 2.5 cluster you already own, automatically back up every photo from your phone, and keep your entire library under your […]

Self-Hosted Personal Cloud on Turing Pi 2.5: NVMe Storage, Samba, and Nextcloud on ARM64

Self-hosted personal cloud platforms let you store, sync, and access your files from anywhere without paying monthly subscription fees or relying on third-party infrastructure. Services like Google Drive, Dropbox, iCloud, and OneDrive are convenient, but they come with storage limits, recurring costs, and limited control over where your data lives. If you’re already running a […]

Home Assistant on Turing Pi 2.5: Self-Hosted Smart Home on ARM64

An 8GB RK1 node can comfortably handle Home Assistant alongside Pi-hole, Tailscale, Mosquitto, Portainer, and Uptime Kuma while still maintaining the low power profile expected from ARM infrastructure. That is the real appeal of running Home Assistant on Turing Pi 2.5 hardware: the RK3588 has enough headroom to consolidate several self-hosted stacks onto a single […]

Ansible on Turing Pi 2.5: Automate Your RK1 Cluster with Infrastructure-as-Code

Every time you install a package on one node, you SSH into the next and repeat the same steps manually. Rebuilding a failed node means retracing commands from memory, while configurations slowly drift between machines until no two nodes are exactly alike. That is the operational reality of managing a multi-node homelab cluster without automation. […]

Everything You Can Self-Host on Turing Pi 2.5: The Complete ARM Homelab Stack Guide (2026)

After the cluster is running, the next question is usually straightforward: what should actually run on it? Turing Pi 2.5 self-hosted apps now cover a far broader range of workloads than earlier ARM homelab systems realistically supported. The RK1 compute modules provide a low-power, always-on ARM64 platform capable of handling storage services, media servers, development […]

Incus on Turing Pi 2.5: ARM VM & Container Setup for Homelabs

Most homelab virtualization platforms were built primarily for x86. Proxmox VE is officially x86-only, while ARM support in platforms like VMware ESXi and Hyper-V remains limited, experimental, or outside typical homelab deployment patterns. If you have a Turing Pi 2.5 with RK1 compute modules and want proper service isolation, the practical option is Incus on […]

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