# oucdc/Power-Sentinel > A native Windows tray app showing laptop power draw, battery runtime and background CPU activity. Data comes from Windows RAPL, NVIDIA NVML and WMI/ACPI, with no network access or telemetry. - Magnitude: 3.4 out of 10 — Early signal - Stars: 79 total · +0 stars measured 2026-10-27, 10:04–10:53 UTC, ≈ 17 by evening - Star trust: star growth looks organic - Category: Hardware, IoT & robotics · Language: Python · License: MIT · Created: 2026-10-24 · Last push: 2026-10-26 - GitHub: https://github.com/oucdc/Power-Sentinel · Page: https://gitnova.dev/en/r/oucdc/Power-Sentinel ## Useful for - Check real CPU and GPU power draw of a laptop under load - Estimate remaining battery runtime from measured discharge power - Find background processes loading the CPU via the tray app ## Why it’s here - Star-counter measurements on 2026-10-27 (UTC), 10:04–10:53: 79 → 79 stars (+0). This is the change over that interval. - Estimated end-of-day forecast: about +17 stars, using observed gains and the previous day. - The repository is 3 days old and already has 79 stars. With less than two weeks of history, there's no usual pace to compare the spike against yet. ## Star trust Star growth looks organic. Star-trust labels are heuristics based on the repository’s behavior, not a check of every stargazer. ## Numbers - Forks: 0 - Issues and pull requests: 2 - Watchers: 0 - Average over the last week: 22 per day - Usual pace: too little history (under two weeks) - Stars in the last hour (measured): 0 - Latest release: v1.1.0 (2026-10-26) ## Stars per day, last 4 days (oldest → newest, today is partial) 2026-10-24 … 2026-10-27: 0, 12, 59, 0 ## More in this category 1. **Zagitta/gpu-unlock** — 9.2 · Breakout · Hardware, IoT & robotics · C · +903 stars measured 2026-10-27, 00:33–10:51 UTC, ≈ 2,128 by evening Linux kernel module that unlocks certain NVIDIA GA102/GA104 GPU features (e.g. RTX 3090) before the nvidia driver binds, using the CMP unlocker technique and UEFI timing. Requires a cold boot and opt-in via the gpu_unlock.targets kernel… Full card: https://gitnova.dev/en/r/Zagitta/gpu-unlock.md 2. **JustAResearcher/gpu-unlock-ada** — 6.9 · Peaking · Hardware, IoT & robotics · C · +248 stars measured 2026-10-27, 00:34–10:51 UTC, ≈ 610 by evening A Linux kernel module that applies an SM speed-select override before the stock NVIDIA driver binds, roughly doubling FP16/BF16 tensor throughput with FP32 accumulation on RTX 4090 (AD102) and experimentally on RTX 4070 Ti SUPER (AD103). Full card: https://gitnova.dev/en/r/JustAResearcher/gpu-unlock-ada.md 3. **impacifist/Windows-GPU-UNLOCK** — 6.8 · Early signal · Hardware, IoT & robotics · C · +146 stars measured 2026-10-27, 00:34–10:51 UTC, ≈ 342 by evening Experimental UEFI bootloader for one documented RTX 3090 FE system: performs a headless GPU unlock and hands off directly to Windows without a reset. Source-only, requires building your own EFI. Full card: https://gitnova.dev/en/r/impacifist/Windows-GPU-UNLOCK.md 4. **Marker284/yandex-station-extended** — 6.1 · Early signal · Hardware, IoT & robotics · Shell · +52 stars measured 2026-10-27, 00:34–10:51 UTC, ≈ 159 by evening An open wiki on hacking Yandex smart speakers: gaining root, SSH, installing custom software, USB peripherals, and teardowns of hardware and firmware per model. Full card: https://gitnova.dev/en/r/Marker284/yandex-station-extended.md 5. **KohakuBlueleaf/KohakUnlock** — 5.9 · Early signal · Hardware, IoT & robotics · C · +57 stars measured 2026-10-27, 00:34–10:51 UTC, ≈ 118 by evening Source-first research on volatile NVIDIA tensor-compute unlocks, documenting a Linux/initramfs port for one VRAM-modded RTX 2080 Ti and Ampere reproduction notes. It provides Turing source, offline tests, ROM analysis and inventory… Full card: https://gitnova.dev/en/r/KohakuBlueleaf/KohakUnlock.md --- Magnitude (0–10) measures how fast and how unusually interest in a repository is growing right now. It is not a quality score. Days are UTC. “So far today” is a fact; “expected by the end of the day” is a forecast. Summaries and use cases are written by an LLM (DeepSeek V4.1 Flash) from the README and may be inaccurate: verify specific claims (benchmarks, speed, hardware) in the repository itself. Data as of 2026-10-27 11:09 UTC, updated every 30 minutes.