Latest Blog
How Does Backup Chunk Size Affect Restore Speed and Deduplication Savings?
Chunk size changes duplicate detection granularity, index overhead, fragmentation, and the number of reads needed to rebuild a backup.
What Is the Relationship Between Data Retention and Smart Home Model Drift?
Historical sensor data helps a smart-home model separate lasting behavior changes from noise, but stale history can also delay adaptation.
Jellyfin State Explained: What Must Survive a Rebuild, and What Can Be Recreated?
Decode Jellyfin state by persistence role so a rebuild protects irreplaceable identity and catalog data without over-backing up temporary files.
How Jellyfin Authentication Differs Between Local and Remote Sessions
Separate Jellyfin identity and authorization from the local or remote network path that carries each session.
Why Jellyfin Search Gets Slower as the Library Grows
Explain why Jellyfin search may slow with library growth while distinguishing query cost from cache, storage, and client-interface effects.
Why Jellyfin Can Behave Differently After a Container Restart
Explain the difference between persistent Jellyfin state and rebuilt runtime conditions after a container restart.
What Makes Jellyfin Recover Faster After a Container or Host Failure?
Separate persistent state, rebuildable runtime, storage latency, and tested restore paths to explain what actually makes Jellyfin recovery fast.
Jellyfin Caching Explained: Why Warm Data Speeds Up Repeated Requests
Explain cold versus warm Jellyfin requests, the storage work cache avoids, and the boundary where cache warmth stops improving performance.
