A fully integrated smart estate designed for performance, privacy, and complete environmental control.
This Indian Creek estate represents a complete integration of lighting, shading, automation, audio, and infrastructure across a 28,500 square foot waterfront property.
Designed for a highly discerning client, the system needed to deliver:
Every system was engineered to operate as one unified environment.
The system needed to adapt to natural light throughout the day, deliver precise control over every environment, maintain a clean, minimal visual aesthetic, and operate across indoor and outdoor spaces seamlessly.
This was not about adding technology — it was about engineering the experience of the space.
Every detail had to be executed with precision.
Precision lighting deployed throughout the property using Delta fixtures and Lutron QS control.
Automated shading across all high-exposure glass surfaces with design-forward hardware integration.
Centralized control across the entire property with custom interfaces for every subsystem.
High-performance distributed audio throughout interior and exterior environments with seamless zone transitions.
Enterprise-grade network architecture with clean, centralized rack systems built for long-term scalability.
The system was designed to disappear into the background — while completely transforming how the space functions.
One-touch lighting across every zone
Automated shading by sun position
Crestron interface for every system
K-Array interior + Coastal Source exterior
Seamless environmental transitions
Enterprise network built for growth
This project required close coordination across architecture, design, and construction teams. Every system was planned early, integrated cleanly, and installed with attention to detail.
The result is a system that performs reliably while remaining visually unobtrusive.
Effortless control across the entire estate
Consistent performance in every environment
Clean, minimal interface throughout
Living experience that adapts automatically
We design and integrate systems for properties where performance, precision, and discretion matter.