RuView: Persistent Calibration, Self-Contained Sensing, and Security Patch

Three unrelated changes cover calibration persistence, on-device sensing, and dependencies. The wasmtime security update is the most urgent because the dependency audit is currently failing, while the two sensing changes reduce recalibration and extra hardware needs.

Duration: PT2M4S

Episode overview

This episode is a short developer briefing from RuView.

It explains recent repository work in plain language.

  • Show: RuView
  • Published: 2026-11-01T06:03:23Z
  • Audio duration: PT2M4S

Transcript excerpt

This excerpt keeps the crawler page concise. Listen to the episode or use the RSS feed for the full update.

Good morning, it's November first, twenty twenty-six, and this is RuView.

No single thread connects today's activity — the three proposals address separate reliability and security needs, with a dependency patch carrying the most immediate risk.

First, sensing is becoming more resilient and self-contained. Pull request twenty-four oh seven addresses a calibration gap where a completed room model lost its live authority after sign-out stopped the helper, even though the negative prior survived. The fix stores a bounded, private, integrity-checked full-room…

Second, supply-chain maintenance. Pull request twenty-four thirteen moves to wasmtime thirty-six point oh point twenty to address a published Rust security advisory now failing the dependency audit on main. Because the workspace relies on a vendored copy of the cache component to keep compression libraries current,…

What's next: developers should expect the audit gate to clear once the wasmtime bump merges, and review the privacy and storage bounds on retained receipts and the opt-in default for the new probe before enabling it widely.

That's it for today, signing off.

Nearby episodes from RuView

  1. Learner Publication, Zip Security Fix, and Fall Detection
  2. Encrypted Learning Recovery and Python CI
  3. Weekly Recap - Guarded Hardware, Fresher Sensing, and Joint Room Learning
  4. Multi-Source Room Calibration Push
  5. Signed Firmware and Boundary Hardening
  6. ESP32-C5 Guardrails and Orphan Helper Fix
  7. Stale Data, Repeat Triggers, and Hardware Guardrails
  8. Vitals Publication Gates Alignment