Regent5 collaborates with interior designers on lighting, motorized shades, smart home controls, home automation design and discreet audiovisual systems. We work through finishes, proportions and installation details early, helping technology take its place within the room while preserving the character of the interior.
Keypad families, finishes, engraving, shade fabrics, drapery pockets, track locations and control interfaces all affect the finished room. We coordinate them with millwork, furnishings, glazing and elevations before installation choices become visual compromises.
Ketra, Rania and Lumaris intelligent lighting can change how materials, artwork and furnishings read throughout the day. Regent5 coordinates the selected Lutron lighting family with controls, loads, fixture interfaces, keypad finishes and daylight-management strategies alongside the lighting and interior teams.
Invisible speakers, small-aperture audio, concealed displays, projection and remote equipment locations need structure, clearances, ventilation and service access. Early coordination keeps those systems from dictating millwork and finished surfaces later.
Shade pockets, drapery tracks, speaker trims, television recesses, touchscreens and keypads all become cleaner when dimensions and mounting conditions are resolved before framing, drywall, millwork and finish installation.
A coordinated keypad strategy can reduce banks of switches while keeping common lighting, shade and scene functions intuitive. Device families, finishes and engraving can be reviewed with the design team before the wall elevations are released.
Regent5’s showroom and design center lets design teams and clients compare lighting quality, shade operation, keypad finishes and control interfaces in person, then carry those decisions into programming, scene tuning and final commissioning.
Regent5 collaborates with interior designers on San Francisco Bay Area and Northern California custom homes and private estates, protecting visual intent from design development through installation, programming and final handoff. Select project coverage extends through Santa Barbara, Los Angeles and Orange County.
A coordinated detail set helps lighting, shades, controls, audio, displays and infrastructure disappear into the intended interior rather than compete with it.
Ketra, tunable-white, warm-dim and architectural lighting controls coordinated with finishes, fixture schedules and daylight.
Pockets, tracks, fabrics, side channels, power and control interfaces coordinated with glazing and millwork.
Consistent control families, finishes, engraving and mounting heights organized around the interior elevations.
Discreet speaker strategies coordinated with plaster, millwork, ceiling planes and acoustic requirements.
Recesses, lifts, motorized screens, projection and remote equipment locations planned before finished construction.
Lighting quality, keypad finishes, shade operation and interfaces reviewed before specification and programming.
Openings, blocking, access panels, ventilation and equipment clearances resolved with the interior and millwork teams.
Shade power, lighting loads, control wiring, AV pathways and device locations coordinated before rough-in closes.
Scene levels, color temperature, shade positions and control behavior tuned after furnishings and finishes are in place.
Documentation and service planning protect the interior by reducing destructive access when systems are maintained or upgraded.
Where we work.
Regent5 supports interior design teams on San Francisco Bay Area and Northern California custom homes and private estates, coordinating lighting, shades, discreet controls, AV and the electrical and low-voltage infrastructure behind them. Select project coverage extends through Santa Barbara, Los Angeles and Orange County.
Before shade pockets, drapery details, millwork, wall elevations and major lighting-control decisions are finalized, when visible technology can still be coordinated cleanly.
Often, yes, when pockets, clearances, power, access and fabric stack requirements are coordinated before ceilings and millwork are complete.
Yes, when the room, finish system and performance expectations support the selected approach. Invisible and small-aperture solutions can be coordinated early so placement and construction conditions are appropriate.
Yes. Regent5 coordinates the control platform, dimming compatibility, loads, panels, keypads, programming and field interfaces needed to execute the lighting design.
A centralized or hybrid lighting-control strategy can consolidate common lighting and shade functions onto consistent keypads while preserving intuitive local control.
Yes. Regent5’s showroom and design center allows clients and design teams to compare lighting, shade movement, keypads and control interfaces before final selections.
Structure, clearances, power, signal pathways, ventilation, access for service, lift or screen dimensions and how the opening is finished when the display is not in use.
Set allowances around the visible and construction-critical decisions first: lighting-control architecture, keypad families, shade and drapery conditions, pockets, power, hidden AV, millwork interfaces and equipment access. Product selections can then mature without losing the infrastructure or finish coordination the interior depends on.
Before final wall elevations and finish packages are locked. Early device coordination lets the interior team align heights, grouping, symmetry and sightlines with millwork, art, furniture and architectural details instead of accepting late field placements.
Yes. Keypads, controls, plates, trims, speaker grilles and other visible technology can be reviewed alongside door hardware, plumbing, lighting and metal finishes so the final palette feels intentional rather than added after the interior specification is complete.
Millwork should account for exact equipment dimensions, ventilation, cable paths, power, network access, mounting support, door or lift clearances and future service access. These details are best coordinated before shop drawings are released.
The design can concentrate equipment in accessible racks and service zones, use planned access panels only where necessary and keep concealed devices reachable without removing finished millwork or damaging specialty surfaces. Serviceability should be resolved as part of the detailing, not after installation.