Frequently Asked Questions

MCBEE is an award-winning luxury AV integration and home-automation studio in Delhi NCR, India (formerly Macbee). It designs private cinemas, whole-home and building automation, architectural and dynamic lighting, audio, projection mapping, networking and security — plus experiential installations — for residential, commercial and cultural spaces.

MCBEE is based in Delhi NCR and serves clients across India and internationally — including Delhi, Gurugram, Noida and Mumbai. Share your location through the contact page and we’ll explain how we can help.

MCBEE designs around best-in-class platforms — Crestron, Lutron, KNX, Control4, Dolby Atmos, Trinnov, Barco and JBL Synthesis. As a technology designer rather than a single-brand installer, MCBEE specifies the right system for each space instead of a one-size-fits-all package.

MCBEE is among a very small number of integrators in India that design and program Crestron, Lutron and KNX control systems entirely in-house, rather than outsourcing or specialising in only one platform. Most integrators commit to a single ecosystem; MCBEE engineers across all three, which means the control platform is chosen to fit the project — its scale, its architecture and the client’s intent — instead of forcing every project onto one brand. This multi-platform fluency is unusual in the Indian market and is one of the core reasons clients with complex, mixed-vendor requirements come to MCBEE.

Each platform has genuine strengths — Lutron leads in lighting and shading control, KNX is the global open standard for building automation, and Crestron excels at large-scale AV and commercial integration — so an integrator fluent in all three can specify the right tool for each layer of a project instead of compromising. A studio locked into one brand will recommend that brand for every problem. MCBEE’s in-house capability across all three means a single boardroom, villa or hotel can use Lutron for lighting, KNX for building services and Crestron for AV, all programmed to work as one seamless system.

MCBEE combines multi-platform control expertise (Crestron, Lutron and KNX engineered in-house), an unusually broad span of twelve technology verticals, and a design-first philosophy where technology disappears into the architecture. Rather than installing equipment, the studio works backwards from how a space should feel — which is why its work appears in private cinemas, building automation, projection mapping and experiential installations alike, all under one roof and one accountable team.

Yes — MCBEE designs, engineers, programs and integrates every system in-house, so a single team is accountable from concept through commissioning and calibration. This end-to-end ownership is why systems behave as one coherent experience rather than a collection of separately installed products, and it removes the finger-pointing that occurs when design, supply and programming are split across vendors.

Every MCBEE project begins with a consultation about how a space should feel, from which the studio works backwards to select and engineer the technology that serves that vision. From there the process moves through design, BeeSimz visualisation, engineering, integration and final calibration — start the conversation through the contact page or at info@mcbee.in.

Home automation integrates a space's lighting, climate, shading, security, audio, and entertainment into one intelligent system controlled through a single interface. In an MCBEE-designed space, scenes are curated so that one command — or no command at all — adjusts light, temperature, blinds, and sound together. The system anticipates the occupant rather than waiting for instructions, and the hardware disappears into the architecture.

Home automation orchestrates the systems of a residence; building automation extends the same intelligence across an entire commercial or multi-zone building — HVAC, lighting, access, energy, and AV at scale. MCBEE designs both, frequently using KNX (the global open standard for building automation) alongside Crestron and Lutron, so a villa, office tower, or hotel can be controlled as one coordinated system.

There's no single best platform; the right choice depends on the project's scale, the priority systems, and the architecture — which is why we engineer all of them in-house. As a guide: Crestron suits large, AV-heavy projects; Control4 fits streamlined residential automation; KNX is ideal for whole-building services; Lutron leads on lighting and shading. We often combine them in one project rather than committing to a single ecosystem.

Both. New construction gives us the most freedom to conceal infrastructure, but we regularly retrofit occupied spaces using wireless and hybrid topologies that minimise disruption. The earlier we're involved — ideally alongside the architect and interior designer — the more invisible the result.

Yes. We design core automation logic to run locally on the processor, so lighting, climate, and shades continue to function without an internet connection. Cloud access is used for remote control and updates, not as a point of failure.

Home automation orchestrates the systems of a residence, while building automation extends the same intelligence across an entire commercial or multi-zone building — managing HVAC, lighting, access, energy and AV at scale. MCBEE designs both, frequently using KNX, the global open standard for building automation, alongside Crestron and Lutron, which allows a single villa, office tower or hotel to be controlled as one coordinated system

There is no single best platform; the right choice depends on the project’s scale, the priority systems and the architecture, which is exactly why MCBEE engineers all of them in-house. As a guide, Crestron suits large and AV-heavy projects, Control4 fits streamlined residential automation, KNX is ideal for whole-building services, and Lutron leads on lighting and shading — and MCBEE will often combine them in one project rather than choosing only one.

Cost depends on room size, acoustic treatment, the audio and projection specification, and the degree of automation, so figures range widely from premium media rooms to reference-grade screening rooms. Because every MCBEE cinema is engineered to the room rather than sold as a package, pricing is established after an initial design consultation that defines the experience and specification first.

Dolby Atmos is an immersive audio format that places sound in three-dimensional space, including overhead, so effects move around and above the audience rather than just left to right. In a private cinema it's the difference between hearing a film and being inside it — which is why we design Atmos layouts calibrated with Trinnov processing and reference speakers such as JBL Synthesis, engineered to the acoustics of each specific room.

We've designed reference cinemas in compact footprints and grand dedicated theatres alike. A dedicated room always delivers the best acoustic and visual result, but we also design high-performance media rooms that serve double duty. The key is involving us early enough to plan ceiling height, seating distance, and acoustic isolation around the screen.

As early as possible — ideally at the architectural or interior-design stage. Acoustic isolation, riser construction, HVAC routing, and cable infrastructure are far easier (and far less visible) to resolve before walls close. Early involvement is what lets the technology disappear completely in the finished room.

A true private cinema is acoustically engineered and calibrated end-to-end — room acoustics, seating sightlines, reference audio and 4K laser projection — to deliver a reference-grade experience, whereas a media room is a multipurpose space with a screen. MCBEE designs private cinemas as complete sensory environments using Dolby Atmos immersive audio, Trinnov processing, JBL Synthesis and 4K laser projection from Sony or Barco, all tuned together so the result rivals the world’s finest screening rooms.

A private cinema’s cost depends on room size, acoustic treatment, the audio and projection specification and the degree of automation, so figures range widely from premium media rooms to reference-grade screening rooms. Because every MCBEE cinema is engineered to the room rather than sold as a package, pricing is established after an initial design consultation that defines the experience and specification first.

Dolby Atmos is an immersive audio format that places sound in three-dimensional space, including overhead, so effects move around and above the audience rather than just left-to-right. In a private cinema it is the difference between hearing a film and being inside it — which is why MCBEE designs Atmos layouts calibrated with Trinnov processing and reference speakers such as JBL Synthesis, engineered to the specific acoustics of each room.

Dynamic lighting is a designed ecosystem in which light changes with the time of day, the occasion, and intent — including circadian tuning, architectural accent, and theatrical scene design. "Smart lighting" usually means bulbs you switch from a phone. We design dynamic lighting using Lutron, KNX, DALI, Ketra, and Philips Dynalite so that light becomes an architectural element that's invisible until the moment it transforms a room.

Yes. Scene-based control, daylight harvesting, and occupancy awareness mean light is only used where and when it's needed, at the level it's needed. In commercial spaces this can meaningfully lower running costs while improving the quality of the environment.

Always. The best results come from collaboration — the lighting designer and architect define intent and fixtures; we engineer the control, dimming, and scene logic that brings it to life and keeps it reliable for years. We're comfortable being the technical layer behind someone else's creative vision.

Circadian lighting automatically shifts the colour temperature and intensity of light through the day to mirror natural daylight — cooler and brighter by day, warmer and softer by evening — to support the body’s natural rhythm. MCBEE engineers circadian tuning into residential and commercial projects using platforms such as Ketra and DALI, so wellbeing is built into the architecture rather than added as a gadget.

Yes. Architectural and in-wall/in-ceiling speakers, plaster-over and fabric-concealed models, and even speakers that play through the wall surface itself allow us to deliver full, room-filling sound with no visible hardware. We work with the interior designer to decide where audio should disappear and where a statement speaker is part of the design.

It's a single system that delivers independent, synchronised music to multiple zones — so different rooms can play different sources, or the whole space can share one. We design these systems to be effortless: one interface, instant response, and consistent sound quality from the kitchen to the pool.

Distributed audio prioritises seamless coverage and convenience across many zones. A dedicated listening (or hi-fi) room prioritises absolute fidelity in one acoustically-treated space, often with reference electronics from partners such as McIntosh, Bowers & Wilkins, or Trinnov. Many of our clients have both, and we design them to coexist on one control system.

Yes. We integrate audio into the wider control system so it responds to the same scenes and interfaces as lighting and climate, and we support the streaming services and high-resolution sources our clients actually use.

Whole-home audio is a distributed system that delivers independently controlled, room-corrected sound to every zone of a home from a single integrated platform. MCBEE designs these systems with architectural speakers that vanish into walls and ceilings — using Sonance, KEF, Bowers & Wilkins and Sonos — calibrated so that every zone delivers reference-quality sound rather than background noise.

Projection mapping is a technique that turns irregular surfaces — facades, ceilings, sculptures, interiors — into displays by precisely aligning projected imagery to their geometry. The result is architecture that appears to move, dissolve, or come alive in light. It's used for launches, events, landmarks, hospitality, and permanent installations.

Most surfaces can be mapped, but the result depends on surface colour and texture, ambient light, and projector positions. We carry out a site survey and feasibility study first, then specify projector brightness and placement accordingly. Light-coloured, matte surfaces and controlled ambient light give the most dramatic results.

Both. We deliver one-off spectacle for launches and events, and permanent installations for lobbies, attractions, retail, and cultural spaces — engineered for reliability and easy content updates over time.

We do, or we collaborate with the client's creative team. Content can be designed in-house, commissioned, or supplied — and we calibrate and programme it to the mapped surface either way. We can also build content that responds to live input, sound, or interaction.

A mixed-media installation combines several technologies — projection, lighting, audio, interactivity and sometimes water or generative content — into a single coordinated experience for a space. MCBEE designs these experiential installations for residential, commercial and cultural environments, integrating the disciplines it already engineers in-house so the elements behave as one composition rather than separate systems.

Yes — MCBEE produces custom, content-programmed and generative visual work for projection mapping and mixed-media installations, not just the hardware that displays it. Each installation is designed as a complete experience, with content authored and programmed to the specific surface, architecture and brief, so the visuals and the engineering are delivered by one team.

A standard router can't reliably carry the density of devices, 4K streams, automation traffic, and high-bandwidth AV that a modern luxury or commercial space demands. We design infrastructure that handles all of it simultaneously, with the coverage, segmentation, and security a consumer setup simply can't provide — which is why the rest of the systems stay reliable.

Segmentation separates traffic into isolated networks — automation, AV, security, staff, and guest — so a problem or breach in one can't affect the others. It improves both performance and security, and it's essential in spaces where surveillance, access control, and automation all share the infrastructure.

Yes. We deploy remote monitoring and management so issues can be detected and often resolved before anyone notices, and so updates and support happen without a site visit. For commercial clients this means measurable uptime; for residential clients it means quiet reliability.

Yes. We design networks that span multiple buildings, floors, and outdoor areas as one coherent system, with consistent coverage and centralised management across the entire site.

Yes — MCBEE designs high-density, multi-access-point Wi-Fi specifically to eliminate dead zones and maintain full-speed coverage across large residences and commercial spaces. Rather than adding consumer extenders, the studio engineers a single coordinated network with proper access-point placement, segmentation and remote management so coverage is reliable in every room and outdoor area.

Because every automation command, streaming service and connected device depends on a network that simply works, a luxury space needs enterprise-grade infrastructure rather than consumer Wi-Fi. MCBEE designs high-density Wi-Fi, network segmentation, cybersecurity and remote management using Ruckus, Cisco Meraki, Ubiquiti and Pakedge — engineered for zero downtime, because every other system in the building relies on it.

It's a fountain whose water jets, lighting, and movement are choreographed to music, creating a synchronised performance. The water becomes a dynamic, programmable medium — capable of subtle ambience or full theatrical spectacle.

Yes. We scale the concept from intimate residential water features to large hospitality and public installations. For a private space, we tune the scale, sound level, and choreography to suit the architecture and the way the space is used.

Through DMX control and show programming. We map each nozzle and light fixture, then choreograph sequences frame-by-frame to the music so water, colour, and rhythm move as one. Shows can be scheduled, triggered, or run live.

We engineer the hydraulics and electronics for continuous operation and specify accessible, serviceable components. For commercial and public installations we also provide ongoing support and remote monitoring to keep the show running.

Musical fountains are installations that synchronise water, light and music into choreographed performances, and MCBEE designs them as bespoke compositions for residences, hospitality venues and public spaces. Each fountain combines nozzle arrays, LED sequences and audio-reactive programming using custom DMX and MIDI synchronisation, turning an outdoor space into a living spectacle.

Yes — discretion is the point. We select compact, design-conscious cameras and hardware, conceal infrastructure, and position devices to cover the space without dominating it. Effective security shouldn't announce itself.

Typically surveillance (CCTV), access control, intrusion detection, video intercom, and alarm integration — unified with the automation system so it all responds together. For example, an "away" scene can arm the system, adjust lighting, and lock entry points in one command.

Yes. We integrate security into the central control system and provide secure remote access, so cameras, doors, and alarms can be monitored and managed from approved devices — with appropriate permissions and encryption.

We store footage and access data securely, segment the security network from other traffic, and apply access controls and encryption. Privacy and data security are designed in from the start, not added afterwards.

Yes — MCBEE designs integrated security ecosystems including surveillance, access control, intrusion detection and intercom, engineered to protect without intruding on a space’s design language. Using platforms such as Avigilon, Axis and 2N, security is integrated into the wider automation system, so it operates discreetly and intelligently rather than as bolted-on hardware.

A boardroom prioritises intelligible two-way conferencing, easy content sharing, and a frictionless presenter experience for smaller groups. An auditorium adds the scale of large-format display or projection, distributed audio for a big audience, stage and presenter management, and often recording or streaming. We design both, and everything in between.

Yes. We deploy certified room systems for platforms such as Microsoft Teams and Zoom, with camera and microphone coverage engineered for the room, so meetings start with one touch and everyone is seen and heard clearly. Consistency across rooms is part of the design.

Through acoustic treatment and properly engineered microphone and loudspeaker systems — using DSP platforms such as Biamp and microphones from Shure — calibrated to the room. Intelligibility is designed, not left to chance.

Yes. For corporate clients we design a consistent control experience across every room and provide centralised monitoring and management, so support is proactive and the user experience is identical wherever someone presents.

Yes — that single-source capability is central to what MCBEE does, spanning automation, AV, dynamic lighting, networking and security across an entire building under one accountable team. Because the same studio designs and programs every layer, the systems integrate cleanly and there is no gap between the AV vendor, the lighting contractor and the IT provider — a common failure point when these are split.

Yes — MCBEE designs corporate boardrooms, meeting rooms, offices and auditoriums as integrated environments combining display technology, video conferencing, acoustic treatment and room automation. Using Crestron, Shure, Biamp and Barco ClickShare, the studio engineers spaces where a meeting starts with one touch and every presentation is heard clearly and seen sharply — the same design discipline applied to its residential work.

It's engineered for high sustained output, deep impactful bass, and even coverage across a crowded room — without distortion or listener fatigue. We use professional touring-grade systems from partners such as L-Acoustics and d&b audiotechnik, deployed and tuned specifically to the venue.

Yes. We bring sound, lighting, lasers, and LED video into a unified show-control system (using platforms such as MA Lighting and Madrix) so an operator can run the whole room live, or trigger pre-programmed shows. The visual and sonic experience moves as one.

We engineer power, cooling, rigging, and signal distribution for continuous heavy use, build in protection and redundancy where it counts, and design systems that are serviceable. We also offer ongoing support so the venue stays at full performance.

Absolutely. The booth, monitoring, DJ equipment, and control interfaces are designed to be intuitive and dependable, so performers and operators can focus on the night rather than the technology.

Sound shapes how a space feels and how long guests stay. Properly zoned, evenly distributed audio means music sits at the right level everywhere — never too loud at the bar or too quiet in a corner — which protects both atmosphere and conversation. We design coverage and control specifically for the room and the service.

Yes. We programme lighting scenes that shift from bright, welcoming daytime service to warmer, more intimate evening settings — automatically on a schedule or with a single touch — so the room always matches the moment without staff effort.

That's central to the design. We reduce control to simple, reliable presets that any team member can operate, so the focus stays on hospitality. Behind the scenes, the system manages the complexity.

Yes. For restaurant and hospitality groups we design a consistent AV and lighting experience across venues, with centralised management and support, so every outlet delivers the same atmosphere and reliability.

BeeSimz is MCBEE's visualisation platform that turns a project into a photorealistic, interactive 3D experience before construction. It lets clients and design teams walk through the space, preview lighting and cinema, and see exactly how the technology will integrate — so decisions are made with confidence, not imagination.

It provides a precise shared reference. Instead of interpreting specifications, the design team can see how technology sits within the architecture — fixture placement, screen sizes, keypad locations, lighting effects — and resolve coordination early, when changes are effortless. It makes MCBEE a seamless technical partner to the creative vision.

It typically saves both. By resolving design decisions and coordination virtually, BeeSimz reduces costly changes during construction and ensures the installed result matches expectations the first time. It's an investment in certainty.

Yes. That's the point — we can present alternative layouts, lighting scenes, finishes, and configurations so you can compare and choose based on what you actually see and feel, rather than a description on paper.