Florida residences sit closer to the weather than houses anywhere else in North America. Hurricane shutters, generator transfer schemes, dehumidification, salt corrosion on hardware, and the household pattern of a coastal property used in seasons rather than weeks — all of it asks a Crestron system to be quieter, more anticipatory, and more deeply integrated with the building’s mechanical plant than a templated platform was designed to be.
We programme for that. Storm logic that closes the house before the household has to think about it. Climate scenes that defend against humidity rather than only react to it. Generator load shedding tied into the same scene engine as the lighting. Custom Crestron written natively, by the senior engineer attached to the residence.
Three things, consistently — whether the residence is a coastal property in the south, an inland estate, or a city house on the Atlantic.
One named programmer attached to the residence for the life of the system. The same person writes the lighting scenes, the touchpanel layout, and the climate logic — and returns when the household’s pattern changes.
No middleware abstraction. Crestron written natively on SIMPL / SIMPL# / C# or CH5; Lutron HomeWorks written natively on its own toolchain; the two systems tied together at the scene engine, not at a translation layer.
Handover happens in person, on the residence. Refinement visits over the life of the system happen in person, on the residence. Remote support exists; it does not replace the engineer arriving with the household.
We hold a current programming engagement in Florida. The residence is held in confidence.
For households deciding between Crestron Home and a fully custom system, we design and manage on both platforms — the framework we use is published.