AI Energy Management With Home Assistant and EMHASS
Use EMHASS with solar forecasts, dynamic tariffs, EV charging constraints and deterministic Home Assistant fallbacks.
Topic archive
VLANs, firewall rules, IoT isolation and safer home network design.
Use EMHASS with solar forecasts, dynamic tariffs, EV charging constraints and deterministic Home Assistant fallbacks.
Build a local Home Assistant voice pipeline with wake word, speech, Gemma 4 context, allowlisted actions and spoken responses.
Test Gemma 4 audio locally for transcription and translation, with realistic runtime, format, memory and latency limits.
Size CPU, RAM, VRAM and storage for Open WebUI, Ollama, local RAG and multiple users without buying an oversized AI server.
Build an offline Open WebUI RAG workflow for PDFs with local embeddings, practical chunking, evidence checks and private storage.
Run Open WebUI and Ollama on Windows with persistent storage, LAN access controls, backups and no accidental internet exposure.
Turn fridge photos into a private local inventory with OCR, recipe retrieval and honest date-label alerts that require confirmation.
Combine calibrated soil sensors, local climate history and guarded Home Assistant automations for private, water-aware irrigation.
Combine local voice, fall signals, medication reminders and family alerts without turning a home lab into a medical device.
Compare Qwen3 and Gemma 4 for private C# and .NET coding by memory use, context, tooling and reproducible local tests.
Run a useful local coding model on limited VRAM by controlling quantization, context, KV cache and CPU offload.
Design a local-first digital home where lights, locks, cameras, automations, files, and dashboards keep working during internet outages.
Reuse an old Android phone as a zero-cost local server with Termux, SSH, file access, safe charging, and realistic limits.
Move cameras, automations, storage, DNS, and remote access toward local-first control without breaking the house in one weekend.
Compare local-first and cloud-first smart homes by latency, ownership, outages, privacy, backups, updates, and remote access.
Design a no-cloud home stack with local DNS, storage, Home Assistant, backups, VLANs, and private remote access.
Connect smart locks to Home Assistant with local control, safe automations, guest codes, alerts, and conservative unlock rules.
Choose a smart lock by protocol, fallback access, battery behavior, and local control instead of app polish or cloud features.
Diagnose smart lock failures by separating mechanical alignment, battery, keypad codes, local hub state, and cloud dependency.
Fix silent RS-485 buses, wrong register values, stale MQTT topics, and Home Assistant sensor problems in inverter telemetry.
A Wi-Fi camera with only an internal SD card can lose the evidence with the camera. Use a local NVR and small UPS plan instead.
Build local-first emergency alerts with sensor confirmation, trusted contacts, panic buttons, and manual escalation instead of reckless 911 automation.
Build a local Modbus RTU to MQTT path for solar inverter telemetry without depending on a vendor cloud dashboard.
Design a private voice control stack for Home Assistant using local speech, Piper output, and a constrained Gemma 4 action layer.
Compare VPN, private overlay networks, and reverse proxies for safe Immich access away from home without careless exposure.
Monitor whole-home energy locally with ESPHome, Shelly meters, MQTT, Home Assistant, and sane electrical safety boundaries.
A practical first-week home server setup plan covering networking, Docker, storage, updates, backups, and safe remote access.
Use Home Assistant, Zigbee, and a local Gemma 4-style model to make home automation more private, resilient, and useful.
Use an ESP32, RS485 transceiver, and MQTT to publish local inverter readings without buying a full industrial gateway.
Plan a compact home server rack with power, cooling, cabling, switching, storage, and room to grow without wasting money.
Diagnose camera VLAN failures when streams, NVR access, NTP, DNS, firewall rules, or isolated mobile viewing stop working.
Learn the mental model for isolating IP cameras on a VLAN while keeping local NVR recording, NTP, DNS, and admin access predictable.
Configure a UniFi camera VLAN that blocks WAN access, keeps RTSP recording local, and gives the NVR exactly the access it needs.