Architecturally integrated lighting, shading, audio, video, controls and infrastructure designed to disappear into exceptional interiors without sacrificing performance, serviceability or future access.
Centralized lighting control can replace large banks of conventional switches with a smaller number of carefully placed keypads. The best result comes from coordinating keypad locations, engraving, finishes and scene logic with the architecture and interior design so controls feel deliberate rather than added after the room is finished.
Roller shades and drapery tracks can disappear into recessed pockets when pocket dimensions, fabric stack, motor access, blocking, power and adjacent lighting are coordinated early. The hardware should vanish visually while remaining accessible enough to service after the ceiling and millwork are complete.
Invisible speakers can be finished over so no grille remains visible, while small-aperture speakers reduce the visible opening to a discreet architectural detail. Both approaches require coordination with wall and ceiling assemblies, finish materials, speaker locations and the acoustic goals of the room.
Displays can be hidden behind artwork, inside cabinetry, within lift mechanisms or replaced by recessed projection systems when the architecture calls for a cleaner room. Concealment works best when ventilation, structural support, screen geometry, wiring, service access and automation are designed together.
Centralized equipment racks keep amplifiers, sources, network hardware and control processors out of visible rooms. Proper rack locations need cooling, power, service clearances, structured cabling and a sensible path back to each display, speaker zone and control endpoint.
Security devices should be positioned for performance first, then visually coordinated with architecture where possible. Camera sightlines, door hardware, sensors, intercoms and access devices can be placed more discreetly when the security design is developed alongside elevations, lighting and finish details.
A concealed system still needs to be serviceable. Access panels, removable trims, rack clearances, motor access, pull strings, spare pathways and current documentation protect the design investment by allowing future maintenance and upgrades without unnecessary demolition.
The cleanest interiors come from resolving technology locations before construction details are locked.
Move dimming and switching hardware out of finished rooms and use a smaller number of scene-based keypads to reduce wall clutter.
Coordinate keypad size, finish, engraving, placement and backbox requirements with interior elevations, millwork and wallcoverings.
Plan pockets, side channels, fabric clearances, power and service access so the shade can disappear into the architecture when open.
Coordinate track dimensions, fabric stack, motor position, blocking and ceiling details before the finished pocket is built.
Use speakers designed to be finished over when the interior cannot tolerate visible grilles, with wall and ceiling finishes coordinated to the manufacturer’s installation requirements.
Choose compact architectural openings when full invisibility is not required but the design still calls for a minimal visual footprint.
Coordinate lift travel, structural support, ventilation, finish clearances, wiring and control logic before cabinetry or ceilings are finalized.
Integrate projectors and retractable screens into ceiling pockets with clear sightlines, service access and the required throw distance.
Centralize AV, network and control hardware in dedicated racks with cooling, power and documented cabling so living spaces stay clean.
Design hidden systems with removable access, spare pathways and current drawings so future service does not damage finished interiors.
Where we work.
Regent5 designs architecturally integrated technology for luxury homes throughout the San Francisco Bay Area and Northern California, including Atherton, Woodside, Hillsborough, Portola Valley, Menlo Park, Palo Alto, Los Altos Hills, San Francisco, Marin, Napa, Sonoma, Carmel and Pebble Beach. Select Southern California projects are supported when scope, design coordination and service requirements align.
During architectural and interior-design development, before wall, ceiling, millwork and equipment-room conditions are finalized. Early planning creates the cleanest result and avoids forcing concealment details into finished construction.
Some purpose-built invisible speakers are installed behind compatible finish materials so no grille remains visible. The wall or ceiling assembly and finish must follow the speaker manufacturer’s installation requirements.
Yes. Depending on the room, a display can be concealed with a lift, moving artwork, cabinetry, mirror treatment or projection system. The best approach depends on sightlines, structure, ventilation and how the room is used.
Centralized lighting control can move dimming and switching hardware out of the room and replace large switch banks with a smaller number of scene-based keypads. Keypad placement and finish should be coordinated with the interior elevations.
Yes, when pockets, blocking, power, fabric stack and service access are coordinated early. Recess dimensions should be based on the selected shade or drapery system rather than a generic ceiling slot.
Dedicated equipment racks can centralize sources, amplifiers, network hardware and control processors in serviceable locations away from living spaces. Those rack rooms need cooling, power and organized cabling.
Often, yes. Camera locations can be coordinated with architecture, rooflines, soffits and lighting to reduce visual impact while preserving the sightlines and coverage required for security performance.
It often requires more design coordination, specialty hardware or custom detailing, so cost depends on the level of concealment and the systems selected. Early planning can reduce avoidable rework and custom fabrication later.
Design access panels, removable trims, rack clearances, motor access, spare pathways and current documentation into the project from the start. Concealment should never require demolition for routine service.
Invisible speakers are finished over so no grille is visible. Small-aperture speakers use a very small visible opening while the larger acoustic assembly remains above or behind the finished surface.
Yes, when projector location, throw distance, ventilation, screen housing, structure and service access are coordinated before construction is complete.
Often, yes. The approach depends on access to wall and ceiling cavities, millwork scope, available power and wiring, and how much finish repair the project can accommodate.
.svg)
© 2026 Regent5, LLC. CSLB C10 & C7 License 1033103.