Frequently Asked Questions

MCBEE is an award-winning luxury AV integration and home-automation studio in Delhi NCR, India (formerly Macbee). Founded by Sawan Nichani in 2010, the studio designs private cinemas, whole-home and building automation, architectural and dynamic lighting, distributed audio, projection mapping, networking and security — plus experiential installations such as musical fountains and mixed-media environments — for residential, commercial and cultural spaces. MCBEE is CEDIA-recognized with more than twenty international awards, and unusually for the Indian market it engineers and programs Crestron, Lutron and KNX entirely in-house. The studio operates as a technology designer rather than an installer: one team designs, engineers, programs and calibrates every system end-to-end, so the finished space works as a single, coherent experience rather than a collection of separately supplied products.

MCBEE is based in New Delhi, India, with its registered office at F-16, Okhla Phase-1 and a private Experience Center in Sultanpur on Mehrauli-Gurgaon Road, where clients can experience reference cinema, lighting and automation demonstrations by invitation. The studio serves clients across the National Capital Region — Delhi, Gurugram and Noida — as well as Mumbai and other Indian metros, and takes on international projects for private clients and commercial groups. Because every MCBEE system is designed, engineered and programmed by its own team, distance is handled through disciplined project management, remote monitoring and scheduled site phases. Share your location and brief through the contact page and the studio will explain how it can help, whether the project is a single cinema room or a multi-building estate.

MCBEE designs around best-in-class platforms — Crestron, Lutron, KNX and Control4 for control and automation; Dolby Atmos, Trinnov and JBL Synthesis for cinema audio; Barco and Sony for projection; and specialist partners such as Ketra, DALI, K-array, Bowers & Wilkins, Ruckus and Cisco Meraki across lighting, audio and networking. The important point is how these are chosen: 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. Because the studio programs Crestron, Lutron and KNX in-house, it can combine platforms in one project — Lutron for lighting, KNX for building services, Crestron for AV — and make them behave as a single system, something a one-ecosystem dealer cannot honestly offer.

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. It also future-proofs the installation: as a project grows or a platform evolves, the same in-house team can extend, reprogram and recalibrate the system without depending on an outside specialist.

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. For the client, the practical benefit is accountability: one team owns the logic of the entire building, so there is never a gap between vendors when something needs to change.

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. That approach has earned CEDIA recognition and more than twenty international awards, including global honours for home cinema design. The other difference is longevity: because MCBEE programs its own systems, clients are not dependent on third-party coders years later — the studio that designed the space can still refine, extend and recalibrate it as the technology and the family's needs evolve.

Yes — MCBEE designs, engineers, programs and integrates every system in-house, so a single team is accountable from concept through commissioning and calibration. A typical project moves through design consultation, BeeSimz 3D visualisation, detailed engineering, on-site integration, programming and final calibration, with the same people carrying the intent through every stage. 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. It also matters after handover: the team that wrote the code and tuned the rooms remains available for support, seasonal scene changes and future upgrades, so the system keeps pace with how the space is actually lived in and used.

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 development, BeeSimz photorealistic visualisation (so decisions are made on what you can actually see), detailed engineering and documentation, integration on site, in-house programming of the control platforms, and final calibration of every room. The earlier the studio is involved — ideally alongside the architect and interior designer — the more completely the technology disappears into the architecture, because cabling, acoustics and fixture positions are resolved before walls close. Projects range from a single private cinema to entire residences, offices and hospitality venues. 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: "good morning" raises the shades and warms the light; "cinema" dims the house and prepares the room. The system anticipates the occupant rather than waiting for instructions, using schedules, sensors and astronomical time so the home responds to how it is actually lived in. And the hardware disappears into the architecture — engraved keypads, hidden processors, no wall clutter. Control spans elegant keypads, touchscreens, phones and voice, but the measure of success is how rarely you need any of them.

Both. New construction gives us the most freedom to conceal infrastructure, but we regularly retrofit occupied homes and buildings using wireless and hybrid topologies — Lutron's wireless lighting ecosystem is particularly strong here — that minimise disruption to finished interiors. A retrofit is planned around the household: work is phased room by room, cabling is routed through existing service paths where possible, and the family keeps living in the house while it quietly becomes more capable. The earlier we're involved — ideally alongside the architect and interior designer — the more invisible the result, which is why we encourage even renovation clients to bring us in at the drawing stage. Either way, the finished system behaves identically: one interface, curated scenes, and technology that disappears into the architecture.

Yes. We design core automation logic to run locally on the processor, so lighting, climate, shades and scenes continue to function exactly as programmed without an internet connection. Cloud access is used for remote control, voice assistants and updates — conveniences, not dependencies — so an outage never leaves you standing in a dark room. This local-first architecture is one of the meaningful differences between professionally engineered platforms such as Crestron, Lutron, KNX and Control4 and consumer smart-home gadgets, many of which stop working the moment their cloud service or Wi-Fi hiccups. We also engineer the network itself with enterprise-grade hardware and segmentation, and specify power protection for the control equipment, so the automation layer stays dependable through the realities of Indian power and connectivity.

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, with monitoring and reporting that facility teams rely on. 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. The engineering emphasis shifts with scale: a home is tuned around the rituals of one family, while a building must serve hundreds of occupants, integrate with BMS-grade services and deliver measurable energy performance. Because the same studio programs every layer, the boundary between "home" and "building" never becomes a boundary between vendors.

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 where deep customisation matters; Control4 fits streamlined residential automation with excellent value; KNX — the global open standard — is ideal for whole-building services like HVAC, energy and lighting infrastructure; and Lutron leads the world in lighting and shading control. MCBEE will often combine them in one project rather than choosing only one: Lutron handling light, KNX the building services, Crestron the AV and user experience, all programmed to behave as a single system. An integrator locked into one brand cannot make that recommendation honestly — platform-neutral specification is the point.

We've designed reference cinemas in compact footprints and grand dedicated theatres alike — a spare bedroom can become a genuinely thrilling screening room when the engineering is right. A dedicated room always delivers the best acoustic and visual result, because we control the isolation, treatment, sightlines and light completely. But we also design high-performance media rooms that serve double duty: living spaces where the screen, speakers and treatment are concealed within the interior design and the room transforms at the touch of a button. The honest trade-offs between the two are something we walk every client through with BeeSimz visualisation before anything is committed. The key is involving us early enough to plan ceiling height, seating distance, and acoustic isolation around the screen — space matters less than sequencing.

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; a cinema retrofitted into a finished room always carries compromises that a room designed as a cinema never has. Early involvement also protects the budget: dimensions, door positions and duct routes that suit a cinema cost nothing to draw but plenty to change. We work alongside the architect and interior designer as the technical layer of their vision — contributing sightline studies, acoustic requirements and equipment planning while they shape the space — and we visualise the result in BeeSimz so everyone signs off on the same picture. Early involvement is what lets the technology disappear completely in the finished room.

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 that rival commercial theatres. The meaningful cost drivers are the ones you feel in the seat: acoustic isolation and treatment, the calibre of the loudspeaker and processing chain (Trinnov, JBL Synthesis), projection (4K laser from Sony or Barco), seating and automation. 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 — then the investment is allocated where it audibly and visibly matters. What we can promise at any level: honest engineering, no badge-driven padding, and a result tuned to reference standards for its specification.

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 — rain actually falls from above; a helicopter genuinely circles the room. In a private cinema it is the difference between hearing a film and being inside it, which is why we consider it essential rather than optional for a serious room. MCBEE designs Atmos layouts calibrated with Trinnov processing and reference speakers such as JBL Synthesis, engineered to the specific acoustics of each room: speaker counts and positions follow the room's geometry and Dolby's science, not a package diagram, and the final calibration is done by ear and by measurement together. Done properly, Atmos is not a feature — it is the architecture of the experience.

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. The difference is not the equipment list but the engineering around it: isolation so the film never leaks into the house, treatment tuned to the room's dimensions, a riser and sightline study so every seat is perfect, light control that lets blacks be black. MCBEE designs private cinemas as complete sensory environments using Dolby Atmos immersive audio, Trinnov processing, JBL Synthesis loudspeakers and 4K laser projection from Sony or Barco, all tuned together so the result rivals the world's finest screening rooms — recognition that has included global CEDIA honours for the studio's cinema work.

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; dynamic lighting is closer to cinematography for architecture, where colour temperature, intensity and layers of light are composed and then choreographed through the day. We design these systems using Lutron, KNX, DALI, Ketra and Philips Dynalite, selecting the platform to fit the project rather than the other way around, and we program the scenes in-house so the result matches the design intent precisely. Light becomes an architectural element that's invisible until the moment it transforms a room — the same space can feel crisp and energising at noon and intimate by night, automatically.

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 — corridors that rest until someone enters, façades that dim after closing, offices that ease back when daylight is doing the work. LED sources driven by proper dimming platforms such as Lutron and DALI also run far more efficiently than legacy lighting, and extending fixture life by dimming reduces maintenance as well as consumption. In commercial spaces this can meaningfully lower running costs while improving the quality of the environment; in large residences it simply means the house never burns light nobody is using. Efficiency here is a by-product of good design: the same control layer that creates atmosphere is the one that eliminates waste.

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. That division of craft matters: a beautiful lighting concept can be undone by the wrong dimming technology or clumsy programming, and we exist to make sure it never is. We advise on driver and protocol compatibility (DALI, Ketra, Lutron, KNX) during specification, prototype scenes with the designer, and fine-tune levels on site until the built result matches the concept renders. We're comfortable being the technical layer behind someone else's creative vision — and on projects without a lighting designer, our team carries both the design and the engineering.

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, alertness and sleep quality. MCBEE engineers circadian tuning into residential and commercial projects using platforms such as Ketra and DALI, whose tunable-white sources can move smoothly across the daylight spectrum without the shifts ever drawing attention to themselves. The programming follows astronomical time, so the home tracks the actual sun rather than a fixed schedule, and scenes remain fully overridable when the occasion calls for something different. In homes it is wellbeing built into the architecture rather than added as a gadget; in workplaces it measurably improves how spaces feel across a long day.

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 entirely and where a statement loudspeaker — a beautiful floor-standing pair in a listening room, for instance — is part of the design language. Concealment never means compromise: each hidden speaker is selected for the room's volume and finishes, positioned for even coverage, and calibrated so the sound field feels natural rather than localised to a grille in the ceiling. The result is music that seems to come from the room itself, which suits luxury interiors where every visible element has been deliberately chosen.

Distributed audio prioritises seamless coverage and convenience across many zones — the same interface, instant response, music following you through the home. 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, precise speaker placement and room correction tuned to a single listening position. They are different disciplines: one is engineered for atmosphere everywhere, the other for goosebumps in one chair. Many of our clients have both, and we design them to coexist on one control system, so the household can move from background music at dinner to a serious listening session without switching apps, remotes or mental models. The control layer stays simple; the engineering underneath is anything but.

Yes. We integrate audio into the wider control system so it responds to the same scenes and interfaces as lighting and climate — a "dinner" scene can dim the lights and bring music to the right level in one command. We support the streaming services and high-resolution sources our clients actually use, alongside vinyl, CD and stored libraries where they matter. Multi-room platforms such as Sonos sit comfortably inside larger Crestron- or KNX-controlled systems, so casual listening and audiophile playback share one home. Because MCBEE programs the control layer in-house, the integration is genuinely seamless: the family uses one interface for the whole house, guests can operate it without instruction, and new services can be added later without redesigning the system around them.

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 — different music in the kitchen, study and pool area, or one source playing in perfect sync throughout. 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. Amplification and sources live in a central rack, keeping equipment out of living spaces, and the whole system is woven into the home's automation so audio responds to scenes, schedules and a single intuitive interface. Done properly, whole-home audio changes how a house feels: music becomes part of the architecture rather than an appliance in it.

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: a heritage facade that ripples like water, a lobby ceiling that becomes a night sky, a product reveal that erupts across a building. It's used for launches, events, landmarks, hospitality, and permanent installations. Technically it demands three crafts at once — precise optical engineering (projector brightness, position and blending), content created for the surface's exact geometry, and show control binding it to sound and lighting. MCBEE delivers all three in-house, from feasibility study through content and calibration, for both one-night spectaculars and installations designed to run every evening for years.

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 — high-output projectors from partners such as Barco, Christie, Panasonic and Epson can hold their own against significant ambient light when the optics are engineered properly. Light-coloured, matte surfaces and controlled ambient light give the most dramatic results; dark stone, glass and glossy cladding demand more lumens and cleverer content design, which is exactly the kind of problem the feasibility stage resolves before money is spent. The honest answer after a survey is sometimes "yes, spectacularly" and occasionally "not this surface, but here's what will work" — and we tell you which, with evidence, first.

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. The two are engineered differently: an event demands fast rigging, rehearsal discipline and flawless show-night execution; a permanent installation demands projector duty cycles, cooling, automated scheduling and content pipelines that a client's own team can refresh. Permanent mapping is quietly becoming part of architectural language — hotel arrival experiences, museum storytelling, retail theatre, corporate lobbies that transform after dark — and it turns a building's surfaces into media real estate that can change with seasons and campaigns. MCBEE designs for whichever life the installation will lead, and several of our event clients have returned to make the temporary permanent.

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, because content authored for a flat screen must be rebuilt for the geometry, scale and viewing angles of architecture. Our in-house capability spans 3D content creation, generative visuals built in real-time engines, and show programming in tools such as Resolume and d3, so a project can go from storyboard to opening night under one roof. We can also build content that responds to live input, sound, or interaction — visuals that react to music, movement or data. For agencies and artists, we're comfortable being the technical execution partner; for direct clients, the studio and the engineering are the same team.

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. Think of a lobby where light, sound and imagery move together as visitors pass, a museum gallery that tells its story across walls and objects, or an estate arrival sequence where landscape lighting, fountain and projection perform as one. 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. That in-house breadth is the point: because the same studio programs the lighting, audio, video and show control, the seams between technologies disappear — and the space itself becomes the medium.

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. Generative work — visuals created by code that can run indefinitely without repeating, or respond live to music, movement and data — is a particular strength, built in real-time engines and mapped precisely to the space. This matters because mapping succeeds or fails on the marriage of content and surface: imagery designed for the exact geometry it inhabits looks inevitable, while repurposed footage looks projected. One team owning both sides is how the former happens.

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 — a large residence today can easily run a hundred or more connected devices, all expecting instant response. We design infrastructure that handles all of it simultaneously, with the coverage, segmentation, and security a consumer setup simply can't provide: enterprise access points positioned by survey rather than guesswork, wired backbones for everything that matters, and managed switches from partners such as Ruckus, Cisco Meraki and Ubiquiti. The network is the foundation every other system stands on — automation, cinema, security, work-from-home — which is why we treat it as core architecture rather than an accessory, and why the rest of the systems stay reliable for years.

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: cameras stream on their own segment without competing with a Dolby Atmos soundtrack, a compromised guest device cannot reach the door controllers, and each class of traffic gets the priority it needs. It's essential in spaces where surveillance, access control, and automation all share the infrastructure, and it is standard practice in enterprise IT that consumer installations almost never implement. MCBEE designs segmentation into every network from the start — VLANs, firewall rules and access policies documented and maintained — so the property's most sensitive systems are protected by architecture, not by hoping nothing ever goes wrong.

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. The platforms we specify — Ruckus, Cisco Meraki, Ubiquiti and Pakedge among them — are built for exactly this: we can see the health of every access point, switch and uplink, reboot a misbehaving device, apply security updates, and diagnose whether a problem is the internet provider or something local, all remotely and securely. For commercial clients this means measurable uptime and faster resolution; for residential clients it means quiet reliability — problems that used to mean waiting for an engineer are frequently fixed before breakfast. Remote access is engineered with the same security discipline as the rest of the network: encrypted, authenticated and logged.

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 — a main residence, guest house, pool pavilion and staff quarters behaving as a single seamless network, or a corporate campus managed from one dashboard. Fibre backbones link buildings; outdoor-rated access points carry coverage across gardens and terraces; and roaming is engineered so a video call continues uninterrupted as you walk the property. For estates and multi-site organisations we can also standardise the architecture across locations, so every property behaves identically and can be supported centrally. Scale changes the engineering, not the experience: whether it is one apartment or an entire estate, the network should simply be present everywhere and noticed nowhere.

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 — which halve performance and create their own problems — the studio engineers a single coordinated network: access points positioned from a proper survey of the building's construction, wired back to managed switches, with seamless roaming so devices hand off invisibly as you move. Stone, glass, large floor plates and basements — the realities of luxury construction that defeat routers — are accounted for in the design. Outdoor areas, terraces and pool zones are covered with outdoor-rated equipment, and the whole system is remotely monitored so performance stays as designed. The result is simple: full-speed connectivity in every room, and a Wi-Fi name your guests compliment.

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. The difference shows up in the details consumer gear ignores: coverage planned from an actual site survey, wired backhaul so video and automation never compete for airtime, security cameras isolated from guest devices, and uninterruptible power on the core equipment. It also shows up years later, when the network still performs as designed and can be diagnosed remotely instead of rebooted hopefully. In a technology-led property, the network is not an accessory — it is the foundation.

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. Nozzle arrays shape the water into arcs, columns, mist and waves; LED lighting paints it; and show-control programming binds every element to the score, frame by frame. The same installation can run a gentle ambient sequence through the evening and a signature show on the hour, entirely automatically. MCBEE designs musical fountains for private estates, hospitality destinations and public spaces across India, handling the hydraulics, lighting, audio and choreography as one composition — the same integrated, design-first approach the studio applies to its cinemas and lighting work, expressed in water.

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 — a courtyard feature that performs softly at dinner parties is engineered very differently from a resort's landmark show, though the underlying craft is the same. Residential fountains are designed to live comfortably beside a home: quiet pumps, discreet equipment rooms, lighting that flatters the garden when the water is still, and shows that can be triggered from the same control system as the rest of the house. It is among the most memorable statements a private estate can make, and one very few firms in India can execute end-to-end.

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 — using custom DMX, MIDI synchronisation and variable-speed pump control to shape everything from a whisper of mist to a full crescendo. Shows can be scheduled, triggered on demand, or run live by an operator for events. The choreography itself is a creative discipline: the music is analysed for structure and accents, and the water's movement is composed to it the way a lighting designer scores a stage show. Because MCBEE programs its own show-control in-house, new songs and seasonal shows can be added over the fountain's life without rebuilding anything — the installation is a platform, not a one-time performance.

We engineer the hydraulics and electronics for continuous operation and specify accessible, serviceable components — filtration and water treatment that keep nozzles clear, marine-grade fittings and lighting, and pump systems selected for duty cycle rather than catalogue price. Equipment rooms are designed for maintenance access from day one, so routine service never requires dismantling the feature. For commercial and public installations we also provide ongoing support and remote monitoring, letting us see pump performance and faults before they interrupt a scheduled show. Indian conditions — heat, dust, hard water and monsoon — are engineered for explicitly, not discovered later. A musical fountain is a long-term asset, and reliability is designed into it the same way the choreography is: deliberately, and before anything is built.

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 — from a courtyard feature that performs at dinner to a destination show that anchors a development. MCBEE handles the complete scope in-house: hydraulic and nozzle design, lighting, audio, show-control programming and the choreography itself, then integrates the fountain into the property's wider control system so shows can be scheduled or triggered as easily as a lighting scene. It is one of twelve technology verticals the studio designs, and among the most distinctive.

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. In a luxury interior this is a genuine design exercise: camera housings chosen to sit quietly against stone and timber, access readers integrated into joinery, intercoms that look like they belong to the architecture, and cabling that was planned before the walls closed. Working alongside the interior designer, we treat every visible device as a design decision, not a fitting — and where a device can be invisible without compromising coverage, it is. The result is a property that is comprehensively protected while feeling completely open and serene, which is precisely the atmosphere a luxury space is meant to hold.

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; a gate call can appear on the room's touchscreen with live video; a triggered zone can raise lights along a path while cameras record and notifications go out. We design with platforms such as Avigilon, Axis, 2N and Honeywell, selecting each layer for the property rather than from one catalogue, and we engineer the network segmentation and storage underneath it. The unification is what turns separate security products into an actual security system — one that behaves intelligently as a whole, is simple to live with daily, and escalates seriously when it must.

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. From anywhere in the world you can check the property, see who is at the gate and let them in, review events, or confirm the house secured itself at midnight. Permissions are layered deliberately: the principal sees everything, family members what they need, staff only what their role requires, and every action is logged. Integration with automation makes daily life simpler too — arming the house can close shades and set lighting; unlocking for a guest can light their way in. Convenience never comes at security's expense: remote paths are encrypted, authenticated and designed to fail safe.

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. Concretely: cameras and recorders live on their own isolated network segment where a compromised guest device simply cannot reach them; recordings are held on secured local storage with defined retention periods rather than scattered to consumer clouds; administrative access is restricted, authenticated and logged; and remote viewing travels only over encrypted channels. Inside a household, privacy is also a design question — which areas are covered, who may view what, how long footage lives — and we resolve it deliberately with the client. A security system holds the most sensitive data in the home; we engineer it to deserve that trust.

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 — an "away" command arms the property, gate calls reach the nearest touchscreen, and events trigger lighting and notifications automatically. It is one of the twelve technology verticals the studio engineers in-house, which matters here more than anywhere: the security layer shares infrastructure with networking and automation, and having one team design all three closes the gaps that appear when they are supplied separately. Discreet, integrated, and accountable to a single studio — the way protection should feel in a luxury property.

A boardroom prioritises intelligible two-way conferencing, easy content sharing, and a frictionless presenter experience for smaller groups — the technology must vanish into the joinery and start working with one touch. An auditorium adds the scale of large-format display or projection, distributed audio engineered for a big audience, stage and presenter management, lighting control, and often recording or streaming infrastructure. The disciplines overlap but the engineering is different: an auditorium is closer to a performance venue, with sightline studies, acoustic modelling and show control, while a boardroom is about reliability and speed for people who meet every day. MCBEE designs both, and everything in between — training rooms, town-hall spaces, experience centres — using the same integrated approach, so an organisation's rooms share one design language and one support relationship.

Yes. We deploy certified room systems for platforms such as Microsoft Teams Rooms and Zoom Rooms, with camera and microphone coverage engineered for the specific room, so meetings start with one touch and everyone is seen and heard clearly — including the people at the far end of the table. Audio is handled with DSP platforms such as Biamp and microphone systems from Shure, tuned to the room's acoustics rather than left at factory defaults. Consistency across rooms is part of the design: when every meeting space behaves identically, staff stop thinking about the technology and support calls fall away. We also engineer the underlying network and room automation, so lighting, displays and shades respond to the meeting rather than requiring a second set of controls.

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: we model the room's reverberation and background noise, treat reflective surfaces where necessary, position loudspeakers for even coverage rather than volume, and tune the digital signal processing so speech remains clear at every seat, for both the people in the room and those joining remotely. In auditoriums this extends to distributed loudspeaker design and delay alignment so the last row hears as clearly as the first. The difference is immediately audible: meetings without listening fatigue, presenters who do not need to raise their voices, and far-end participants who stop asking people to repeat themselves.

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. Room status, device health and usage can be monitored from one dashboard; firmware and configuration changes roll out centrally rather than room by room; and problems are frequently resolved before staff notice them. Standardisation also compounds over time — new rooms are faster to deploy because the design template, control code and operating procedures already exist, and training carries across the whole estate. For multi-floor offices, campuses and organisations with several sites, this turns AV from a collection of one-off rooms into managed infrastructure with predictable behaviour and measurable uptime.

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 across companies with different priorities and timelines. Practically, this means one design language across every room, one network architecture carrying every service securely, one control platform staff learn once, and one number to call for support. For developers and corporates it also simplifies delivery: a single technology partner sits alongside the architect and PMC from design through commissioning, owning the outcome rather than a package.

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 control, Shure microphones, Biamp DSP and Barco ClickShare wireless presentation, 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. Scope ranges from a single signature boardroom to a complete office fit-out where lighting, shading, AV and scheduling behave as one system. Because MCBEE also designs networking and security, a corporate client can put the entire technology layer of a workplace under one accountable team, which shortens coordination, removes vendor gaps and produces rooms people actually enjoy using.

It's engineered for high sustained output, deep impactful bass, and even coverage across a crowded room — without distortion or listener fatigue, night after night. A home system plays for hours at moderate levels; a club system must deliver physical, chest-felt energy for six hours straight while staying clean enough that guests can still order a drink at the bar. We use professional touring-grade systems from partners such as L-Acoustics and d&b audiotechnik, deployed and tuned specifically to the venue: coverage is modelled so the dance floor hits hard while lounge areas stay conversational, subwoofer arrays are positioned for impact without muddying the room, and the system is calibrated in place. The crowd's bodies change the acoustics too — and a properly designed system is tuned with that reality in mind.

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 where every element moves as one. Beat-synced lighting chases, video content that follows the music's energy, laser moments reserved for peak drops: the choreography is designed and programmed in advance, then performed at the push of a button or shaped live by the LJ. This unified approach is what separates venues that feel designed from rooms where each system does its own thing. Because MCBEE engineers all of the disciplines in-house — audio, lighting, video, control — the show behaves as one instrument, and new shows can be programmed for events, seasons or artist takeovers throughout the venue's life.

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 — because a nightclub's technology earns its keep at full load, in heat, humidity and vibration, every single night. Amplifier racks get dedicated ventilation; power is conditioned and protected; critical signal paths have backups; and equipment is chosen for duty cycle, not spec-sheet drama. Just as important, the installation is documented and physically accessible, so a fault on a Friday night is a swap, not an excavation. We also offer ongoing support and preventive maintenance so the venue stays at full performance rather than slowly degrading — the difference guests hear between a club that still sounds spectacular in year three and one that peaked on opening night.

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. A DJ walking in with a USB stick should find industry-standard equipment exactly where muscle memory expects it, monitoring that lets them hear their mix precisely at safe levels, and sightlines to the floor they're reading. For the operations team, house lighting, security integration and zone audio are reduced to clear, reliable presets — open, peak, last call, close — that any staff member can run. Guest experience gets the glamour, but a venue lives or dies on whether the people running it every night trust the system; we design for them with the same care as for the room.

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. Poor audio does real commercial damage: guests who have to shout leave earlier, and dead zones make whole sections feel like afterthoughts. We design coverage and control specifically for the room and the service, using discreet architectural speakers that respect the interior design, zoning that lets the bar run livelier than the dining room, and calibration that accounts for how the acoustics change between an empty room at six and a full one at nine. Great hospitality audio is felt rather than noticed — guests simply stay longer and return.

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. The transitions themselves are designed to be imperceptible: light eases down over minutes as afternoon becomes evening, the way daylight itself behaves, rather than stepping visibly between presets. Scenes can follow the venue's actual rhythm — breakfast, lunch, aperitivo, dinner, late — and adjust with sunset through the year using astronomical scheduling. Special moments get their own presets: a private event, a festival week, a signature Saturday-night look. It is the same dynamic-lighting discipline MCBEE brings to luxury residences, applied to hospitality, where atmosphere is not a nicety but the product itself.

That's central to the design. We reduce control to simple, reliable presets that any team member can operate — clearly labelled scenes for each service period, one-touch adjustments for the moments that need them — so the focus stays on hospitality rather than technology. Behind the scenes, the system manages the complexity: dozens of lighting circuits, audio zones and sources resolve into a handful of honest buttons. New staff learn the system in minutes because there is almost nothing to learn, and because the presets are engineered to be right, there is rarely a reason to deviate — which also protects the designed atmosphere from well-meaning improvisation. Where a venue wants deeper control for managers, we provide it behind a separate level, so daily operation stays simple and the design intent stays intact.

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 that defines the brand. Standardisation works at every layer: a common design language for how spaces sound and glow, a common equipment architecture that simplifies spares and maintenance, identical staff controls so a team member moved between outlets already knows the system, and remote monitoring that lets one support relationship cover the whole group. New openings get faster and cheaper, because the template already exists and only the room changes. For a group, atmosphere is brand equity — and engineering it consistently across ten venues is a very different discipline from getting one room right, one we've built our hospitality practice around.

BeeSimz is MCBEE's visualisation platform that turns a project into a photorealistic, interactive 3D experience before construction begins. Built on real-time engines such as Unreal Engine and Twinmotion, it lets clients and design teams walk through the space, preview lighting scenes at different times of day, sit inside the future cinema, and see exactly how screens, speakers, keypads and fixtures will integrate with the architecture — so decisions are made with confidence, not imagination. It is especially valuable for technology, because AV and lighting are the hardest elements to judge from 2D drawings: a render can show a room, but BeeSimz shows how the room will feel and behave. Every significant MCBEE project can be visualised this way before a single wall is built or a cable pulled.

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, speaker positions — and resolve coordination early, when changes are effortless and free. Clashes between services, joinery and equipment surface on screen rather than on site; lighting intent can be evaluated as light, not as a fixture schedule; and the client signs off on an experience everyone has actually seen. That protects the creative vision: the architect and interior designer keep authorship of the space while MCBEE quietly resolves the technical layer inside it. It makes MCBEE a seamless technical partner to the design team, and it is one reason architects bring the studio back project after project.

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 — no reopening finished ceilings because a speaker position was misread from a drawing, no debate about screen size after the joinery is built. Approvals also move faster: clients decide quickly when they can see and compare options rather than interpret plans, which compresses the design phase and protects the construction schedule. The visualisation effort is folded into MCBEE's design process rather than sold as a separate deliverable, so what the client experiences is not an added line item but a project that runs with fewer surprises. On luxury builds, where a single rework can cost more than the entire visualisation effort, it is an investment in certainty.

Yes. That's the point — we can present alternative layouts, lighting scenes, finishes, screen sizes and equipment configurations so you can compare and choose based on what you actually see and feel, rather than a description on paper. Want to know whether the cinema feels better with a wider screen and one fewer seating row, or how the living room reads under a warm evening scene versus a cool daytime one? BeeSimz can show both, side by side, before anything is ordered. This transforms the client's role from approving drawings to directing an experience, and it removes the most common source of regret in high-end projects: discovering only after completion what an alternative would have looked like. Decisions made this way tend to be faster, calmer and final.