Object Storage on a Pi: SeaweedFS Cluster Walkthrough
Run a real S3-compatible object storage cluster on Raspberry Pi 4s with SeaweedFS — low RAM overhead, fast filer, no Ceph drama or surprise cloud bills.
All the articles with the tag "storage".
Run a real S3-compatible object storage cluster on Raspberry Pi 4s with SeaweedFS — low RAM overhead, fast filer, no Ceph drama or surprise cloud bills.
Bind mounts are fast and simple; NFS is shared and flexible for containers. Pick wrong and your database corrupts at 2 AM. Here is how to choose wisely.
Your RAID 5 rebuild on a modern multi-TB drive has a 40-50% chance of hitting a URE before it finishes. Here's the 2026 math and what to do about it.
RAID 6 and RAID 10 both survive two dead disks and both need four drives. But they get there completely differently — and that difference matters.
RAID 0 is fast and terrifying, RAID 1 is boring and beautiful, RAID 5 is the NAS compromise. How to pick the right one for your home lab drives.
ZFS is the paranoid fortress of filesystems. Btrfs is the scrappy upstart built into your kernel. Here's which one belongs in your home lab.
Your disk is full and du is lying to you. ncdu, df, and find tricks to track down space hogs before your server goes down at 2 AM.
Learn IPFS distributed storage: content addressing, CIDs, installing the IPFS daemon, pinning files, public gateways, and real use cases for resilient self-hosted file storage.
du and df still work, but Rust-era tools like dust, duf, and fclones make disk triage faster and way less painful in 2026.
Tmpfs vs ramfs on Linux: mount RAM-backed filesystems for blazing-fast temp storage. Covers fstab, Docker tmpfs mounts, CI/CD use cases, and the key differences.
You updated your container and your database is gone. Here's the volume permission mistake killing your data.
MinIO vs SeaweedFS compared for self-hosted S3 storage: setup, performance, Docker Compose configs, S3 API compatibility, and which one fits your home lab or production workload.