Posts

I built something weird and useful: a biometric hardware monitor that maps your system’s physical strain into an organic, beating heart on your desktop. It’s called Anima System Heartbeat 🫀, and it turns CPU/GPU load into a real-time visual and auditory pulse. Because why stare at boring graphs when your machine can literally have a heartbeat? What It Does The project ships two flavors: Desktop Widget (kimi_desktop_pulse.py): A borderless, floating heart that lives on your Linux desktop. Drag it wherever you want. Right-click to kill it. It beats faster when your system is stressed, slower when it’s idle. Web Dashboard (kimi_heartbeat.py): A lightweight Flask-based local dashboard with full metric breakdowns and a stylized CSS pulse. The Nerdy Bits Unified Stress Tracking: It samples both CPU usage and NVIDIA GPU utilization, then uses whichever is higher (max(cpu, gpu)) to drive the pulse engine. This means GPU-heavy workloads (rendering, training, gaming) register just as hard as CPU-bound tasks. ...

An automated, idempotent system tuning utility engineered specifically for Small Form Factor (SFF) Mini PCs running modern Linux distributions (including Fedora, Ubuntu, Debian, and rolling-release distros) paired with external graphics infrastructure (Oculink / dedicated PCIe links). This engine eliminates aggressive power-state downshifting, bypasses mobile driver thermal throttling, stabilizes LUKS storage hooks, and tunes virtual memory boundaries to guarantee zero-latency throughput for heavy developer compute, deep learning inference, and high-frame-rate rendering. ...

This is the first post on archdaemon.xyz. I built this site to have a single place for my technical work — thermal engineering notes, Linux optimizations, and whatever else I’m tinkering with. The domain name? archdaemon combines two things I care about: Linux (the best open-source operating system) and daemon processes (the invisible services that keep systems running). Plus it sounds metal. More soon.