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Why a Direct, 500 Mbit Tailscale Link Only Gave Me 10 Mbit for One Stream(tailscale.com)
The Problem My self-hosted Jellyfin was slow whenever I connected to it from abroad over Tailscale. My ISP upload is about 500 Mbit/s, but streams stuttered and iperf3 over the tunnel only managed ~10 Mbit/s: $ iperf3 -c jellyfin-host [ 5] 0.00-10.00 sec 11.9 MBytes 10.0 Mbit/s It wasn’t a relay or routing issue — tailscale status showed a direct connection (not a DERP relay): $ tailscale status 100.xx.xx.xx jellyfin-host linux active; direct xx.xx.xx.xx:41641 So: direct, low-latency, half a gigabit of upload available — and still only 10 Mbit/s for a single stream.
The Boot Chain of a RISC-V Board: From Silicon to Ubuntu 26.04(github.com)
When you press the power button on the SpacemiT K3 Pico-ITX, Ubuntu 26.04 appears on the serial console about 30 seconds later. Between those two events, five distinct software layers run in sequence, each one handing off to the next. Understanding what each layer does - and why it exists - matters the moment something goes wrong, or the moment you want to put a different OS on the board.
Show HN: Storytime – Continuity for Claude Code (and other ideas)(github.com)
A continuity system for LLM–harness collaboration. Builds technical specifications through structured persona conversations — and carries session state across compactions, sessions, and time. Describe a problem. Storytime surveys your codebase, assembles a team of domain-expert personas, and runs a structured conversation that produces a plan — grounded in your actual code, with citations, decisions, and visual aids. Underneath the spec workflow is a consolidation loop that preserves continuity across compactions and sessions. Phases collapse when empty. Not every run uses every gear. See a full walkthrough → Storytime v1.0.1 — github.com/1ps0/storytime