Custom builds
How to Plan Smart Home Modifications That Stay Local and Reliable
Automate the annoying jobs first, keep everything working offline, and measure before buying. A local-first plan for smart home changes.
read the note →$ aegis notes --practical
How custom parts, power setups, sensors and small tools actually get measured, scoped and built. Practical notes from Durham Region and the Kawarthas.
Custom builds
Automate the annoying jobs first, keep everything working offline, and measure before buying. A local-first plan for smart home changes.
read the note →Solar and power
Motorized blinds sip power but punish weak planning. Battery placement, panel route, charge control and enclosure, planned in order, keep them moving.
read the note →Dashboards and tools
Start with the decision the screen supports, not the data available. Scope, sources, layout and handoff for a dashboard that gets checked.
read the note →Maker builds
Outdoor electronics die from water, sun and condensation, not from circuitry. Plan entries, material, mounting and access first.
read the note →Custom builds
Every project starts as a written scope before paid work, not a guess. Define the job, map the constraints, build the smallest useful version first, then plan the handoff.
read the note →IoT and local devices
A reliable Meshtastic node depends on antenna placement, winter power and a weather-ready enclosure more than on settings. Plan those three first, then test before mounting.
read the note →Dashboards and local devices
A useful camera dashboard is not a wall of tiny video tiles. Start with the decisions the screen must support, then plan views, status, failure states and a maintainable handoff.
read the note →Solar and battery
A remote sensor needs enough stored energy to keep reporting through dark days, and enough panel output to refill that reserve. Here is a practical way to work through both sides.
read the note →Custom parts
A replacement clip, a mount for a camera, an adapter between two things that were never meant to connect. Here is what decides whether a printed part fits the first time, and why the second print is usually the one you keep.
read the note →