Smart Home Appliances and Security
Smart Appliances: Refrigerators with Energy Monitoring: Track energy usage, ensuring minimal strain on backup power sources.
Washers and Dryers on Timers: Operate during solar generation peak (if you have panels), optimizing electricity use.
Smart Locks: Keyless entry simplifies locking up if you must exit quickly or return stealthily.
Smart Mailbox and Sensors: Mailbox Alerts: Know when supplies or messages arrive without checking manually. Post-collapse, this might mean detecting someone tampering with your drop-off points.
Flood Sensors: Immediate warning of leaks or flooded basements allows quick action to save stored goods.
Use devices that can operate offline or on local networks, not fully reliant on cloud servers that may vanish. Local control is key.
System Redundancy and Backup Power
Manual Overrides: Ensure doors and windows still function manually if smart locks fail.
Local Control Hubs: No Cloud Dependency: Use hubs that store schedules and commands locally. If the internet is gone, your system still runs basic routines.
Label breaker panels and backup batteries. In an emergency, quick reference saves time when re-routing power or resetting systems.
If voice assistants still operate offline for basic tasks, talking to “someone” (even if just AI) can alleviate isolation.
Home Automation: Why Automate Your Home?
Energy Efficiency: Automated lighting and temperature controls conserve resources, decreasing reliance on scarce fuels or intermittent solar/battery power.
Enhanced Security and Monitoring: Smart locks, flood sensors, and security cameras let you detect threats early. You’ll know if someone tries to access your property or if water damage threatens your supplies.
Start small: implement basic lighting and temperature control first. Gradually add more devices as your understanding of the system grows.
Smart Blinds, Natural Language Voice Assistants, and More
Smart Blinds/Shades: Light and Heat Management: Adjust blinds remotely to control solar gain, keeping your home cooler or warmer and conserving energy.
Voice Assistants: Natural Language Interfaces: Even without the internet, a locally functional voice assistant can operate lights, locks, and thermostats hands-free.
Smart Switches and Energy Meters: Monitoring Energy Use: Identify power-hungry devices and schedule them during optimal energy availability.
Choose low-power devices. Battery-backed controllers ensure some automation persists even if main power fails.
Prioritizing Focus When Energy is Low
Match Task Difficulty to Energy Level: Tackle Hard Tasks at Peak Energy: If mornings are when you feel alert, schedule complex chores then.
Creating Lists, Folders, and Organization Systems: Why Good Organization Matters
Instructions for Another Person: If You’re Incapacitated: Create a simple “If something happens to me” folder describing how to run your systems—where keys are, how to manage stored food, operate solar panels, or run irrigation. Clear Language: Write simply. Someone unfamiliar with your setup should grasp essential steps quickly.
Leveraging Any Available Technology
If Partial Power Survives: Solar-Powered Controllers: A small solar panel can power a microcontroller (like a Raspberry Pi or Arduino) programmed pre-collapse to run timers or sensors.
Offline Timers and Relays: Mechanical timers or battery-powered switches can regulate lights or pumps.
Repurposed Devices: Old Wind-Up Timers (Kitchen Timers): Use them to release a latch at set intervals for drip feeding animals or adjusting shutters. Thermostats and Thermometers: Even basic bi-metallic strips (found in old thermostats) expand and contract with temperature changes, switching systems on/off.
Test what remains usable when the network disappears
List the household functions controlled by connected devices and identify which ones have a simple manual alternative. Disconnect internet access during a planned test while keeping essential services available. Check whether local controls, schedules and stored settings still work, and whether a forgotten account or expired service blocks them. Write down the manual method where another household member can find it. Automation can reduce routine effort, but it adds dependencies on power, software and configuration. A useful setup makes those dependencies visible and keeps important functions understandable to people who did not install the system.