From 18:23Z both Windows workers (CUDA on PC 1 and PC 2, OpenCL on PC 1 after the 18:34Z node restart)
refused every pack for epoch 34 with "the epoch seed bytes do not give the pack's IGNEUM_SEEDW_INIT", and
the miner and the app restarted them every 5 to 60 s until 18:44Z and beyond. The packs were correct.
The generator retries a rejected candidate with seed || k_le32 (attempt_words); epoch 34's attempt 0 was
rejected (246 of 16384 final register values saturated, limit 163) and attempt 1 accepted, so the pack
carried attempt 1's words while pf_load (proto-cuda/nvrtc/packfile.h) derived the expected words from
the bare seed. Both workers also matched jobs to pairs by those bare-seed words, so even a loaded pack
of a retried program would have answered "epoch seed mismatch" on every job.
The rule, in one place per language:
- packfile.h: pf_program_words(bytes, attempt); pf_load reads IGNEUM_PROGRAM_ATTEMPT and checks the
attempt's words; the refusal says "program pack and its seeds disagree: IGNEUM_SEEDW_INIT is not
attempt N of the epoch seed ..." in plain words.
- worker.cpp and proto-opencl/host.c: a job belongs to a pair when the seed hex the node sent is the
pair's (pairIs); the compiled-in placeholder pack keeps the word comparison.
- igneum-pow/src/packcheck.rs: verify_pack_texts / verify_pack_dir, the same rule in Rust; the miner
checks every pack it writes with it before a worker sees it (vendor/igneum-node pack-loop branch).
Tests pin the attempt vectors of epoch 34 on both sides (one vector, two implementations), that
epoch 34 is attempt 1 and epoch 33 attempt 0, a known-good pack of a later attempt, a known-mismatched
(out of date) pack, and self-contradicting packs.
- proto-cuda/nvrtc/emu/packfile-test.c (+ .sh, in CI): pf_load on a known-good attempt-1 pack, the
checked-in attempt-0 pack, and the known-mismatched bare-words pack.
The app (app/igneum-app):
- watchdog.rs: PACK_OUT_OF_DATE_CODE 44, PackRebuilds (at most 3 pack exports per epoch, then the card
shows the reason), pack_refusal (the worker's "error 0 pack" line and the miner's "PACK OUT OF DATE"
line), pack_epoch_of; tests on the incident lines, known-good and known-mismatched.
- engine.rs: exit 44 exports the pack again before the restart instead of a blind restart, the strip
says "program pack out of date, rebuilding", the card and the log name the condition; at the cap the
card is marked failed with the reason and tries again in 10 minutes.
The relay (relay/lib/parse.mjs): PACK_MISMATCH; the card reads "pack mismatch, rebuilding (N refusals
in the tail, M restarts)" in `node tools/console.mjs machines` instead of a bare restart count; tests
on the PC 2 tail of 18:27Z and a healthy tail.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
5 October 2026: an RX 9070 XT went into PC 1 through a Sonnet USB4 box while the app ran and nothing noticed; the
app detected cards once at start. Now src/hotplug.rs compares every enumeration with the list (key, else vendor +
name when unique; a card whose tool did not answer is never called removed): a new usable card starts a worker,
enabled by default like a card at start, with "New card: <name>, mining" on the strip and in the log; a card
Windows lists with a problem code (Win32_VideoController Status / ConfigManagerErrorCode) is shown as "<name>: not
usable (Code 43)" with the reboot-or-reinstall hint and no worker; a card that disappears has its worker stopped
(quit, 8 s) and its row says removed for five minutes, then hides; an unchanged list touches nothing. The Windows
host sends "detect" on WM_DEVICECHANGE; the engine polls every 60 s (300 s on macOS, no GPU hot-plug there).
detect.rs: the Ryzen iGPU is "gfx1036" to the OpenCL worker, so the APU gfx codes count as integrated, plus the
adapter row's Intel processor string and a dedicated memory under 1 GB; integrated defaults to off with "integrated
GPU, off by default (2 to 3 MH/s for 30 W)" on the row, and the user's choice is kept across re-detections and
restarts (settings, found by key or by vendor + name when the index moved).
Console: the engine logs "cards: <name> [<kind>, <state>] | ..." at start, on every change and every 10 minutes;
relay/lib/parse.mjs reads it and the hot-plug events, the machines API and tools/console.mjs machines show them.
Tests: hotplug.rs (added, removed, moved, errored, recovered, revived, unchanged, twins, user override kept,
the console line), detect.rs (PC 1's adapter lines, the Mac, kind classification, the unusable row),
notices.test.mjs (card notices), relay parse.test.mjs (cards line). cargo test -p igneum-app: 91 passed.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
GET /wake?since=<stamp> is public (the apps hold no token) and rate limited (30 a minute per IP). It holds up to
45 s, re-reading the stamp every 2 s, and answers {stamp, at, added, changed, held_ms} the moment the stored stamp
differs from since, else the unchanged stamp at the deadline. POST /r/<token>/wake {stamp, added} (the relay's
auth, also x-relay-token or x-igneum-key on /wake) records a stamp; one row per stamp in relay_wake, created by the
first POST. maxDuration 60 s for api/wake.mjs in vercel.json. api/relay.mjs is untouched.
The handler lives in lib/wake.mjs with its dependencies injected; relay/test/wake.test.mjs drives it with a fake
database, a fake clock and a fake sleep (the hold, the change, the deadline, the rate limit, the hold cap, auth, a
database error). CI's site job runs it with the other relay tests.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
New Vercel project igneum-relay from relay/: one function (api/relay.mjs) over Neon tables relay_items and relay_machines,
files in Vercel Blob store igneum-relay (50 MB client uploads, 4 MB through the function), phone-first web page at /r/<token>/
with the site tokens. Mac CLI tools/relay.mjs (feed, read, drop, task, run, watch, inbox, machines, role, name).
Windows clients send.bat/send.ps1 and the igneum-agent (registers hostname, role, GPUs, WSL, nvcc; runs queued PowerShell
scripts, posts results, reboot-continue via scheduled task + RunOnce), bash twins send.sh and agent.sh (verified live),
playbooks for WSL setup, prover setup, prove-block, miner v4, one-click placeholder. make-clients.sh bakes the secrets
into a zip; the repo copies hold placeholders. Screenshots under docs/design/relay.
Co-Authored-By: Claude Fable 5.1 <noreply@anthropic.com>
