mere.run 0.29.1
This release brings native speaker diarization to Apple Metal and NVIDIA CUDA,
and makes the packaged release gate exhaustive across every installed model.
Added
- Native MLX Streaming Sortformer speaker diarization through
mere.run speech diarize, with managed model installation, JSON and RTTM
output, timed speaker segments, and speaker reidentification. gate --all-installed --require-all, a fail-closed packaged-runtime gate that
discovers the exact installed catalog inventory and requires real inference,
decoded artifacts, non-silent audio, and semantic output.
Changed
- Removed Infinity Flash OCR from the catalog, resolver, Studio defaults,
documentation, and release inventory. Infinity OCR now defaults to the
validated Pro int8 model. - The exhaustive diarization release check now uses the same real A -> B -> A
speaker fixture as the dedicated Metal and CUDA checkpoints.
Fixed
- Bundled the SwiftPM resource bundles required by Gemma-family inference in
the packaged macOS helper. - Hardened the release gate against chatty subprocess deadlocks, fast-process
termination races, incomplete model manifests, silent media, and invalid
production inputs.
Downloads
MereRun-0.29.1.dmg— signed, notarized, and stapled macOS Studio and CLI
for Apple Silicon, with Sparkle updates.mere-run-0.29.1-linux-arm64.tar.gzand
mere-run_0.29.1_arm64.deb— native CUDA build for DGX Spark / GB10.mere-run-0.29.1-linux-x86_64-cuda.tar.gzand
mere-run-cuda_0.29.1_amd64.deb— native CUDA build for x86_64 NVIDIA hosts.SHA256SUMSand platform-specific checksum manifests.
Release validation
- Exact source tag:
v0.29.1, commit
8a3fd4954b3b9c0e1971d00122fb54c99c2444e4. - All applicable GitHub checks passed: 11 successful checks; dependency review
was skipped outside its pull-request execution context. - macOS build 683: disk-image integrity, Apple notarization, stapling,
Gatekeeper, strict nested code signing, and fresh-mount version checks passed. - The exact macOS DMG completed all 59 installed-model packaged-runtime checks
with no skips or failures. - Linux ARM64 on NVIDIA GB10: archive and Debian package checksums, bundled
library closure, version/catalog checks, real Bonsai binary and ternary image
generation (95-96% peak GPU), native CUDA Sortformer diarization with two
speakers and repeated A -> B -> A transitions, and the 0.28.1 -> 0.29.1
Debian install/upgrade/remove/reinstall lifecycle all passed. - Linux x86_64 on an NVIDIA RTX 3080 Ti: archive and Debian package checksums,
bundled library closure, version/catalog checks, real Krea 2 Turbo image
generation (83% peak GPU), native CUDA Sortformer diarization with two
speakers and repeated A -> B -> A transitions, and the 0.28.1 -> 0.29.1
Debian install/upgrade/remove/reinstall lifecycle all passed.