Permanent Screen Works, Vol. 3

Permanent Screen Works Vol. 3

A Technical Dossier: Ten Landmark Permanent Installations

This dossier examines ten permanent public installations in which screens, projection, LED architecture, or sensor-responsive video are the primary medium. The works span Las Vegas, Chicago, Miami, London, Seoul, and Tokyo — from a supermarket that conceals 52,000 square feet of immersive narrative environments to a curved LED canopy the length of five city blocks playing free shows to 24 million visitors a year. The only confirmed cost figure is MSG Sphere at $2.3 billion, disclosed by Sphere Entertainment Co. Crown Fountain's $17 million is confirmed from public records. All other figures are estimated from industry benchmarks, award submissions, and comparable commissions.

Permanent Screen Works Vol. 3 01. Sphere — Exosphere & Interior 2

01. Sphere

Populous (Architecture) / 7thSense (Media Systems) / Arup (Acoustics)

Location
Las Vegas, Nevada
East of The Venetian Resort, off the Strip
Year
Opened September 29, 2023
Exterior
580,000 sq ft LED (Exosphere) — world's largest LED display
Interior
160,000 sq ft, 16K × 16K resolution, 170M pixels, 240 ft high
Total Cost
$2.3 Billion
Confirmed by Sphere Entertainment Co. Most expensive entertainment venue in Las Vegas Valley history.
🔍 Image Search Populous — Sphere Showcase Wikipedia — Sphere (venue) 7thSense Partnership Release EE World — By the Numbers
Exterior LEDs
1.2 million LED pucks; 48 LEDs per puck ≈ 57.6 million total diodes
Interior screen
16K × 16K; 9mm pixel pitch; 170M pixels; wraps 360° around audience
Audio
167,000 beamforming speakers; wave field synthesis; 1,600 arrays behind LED panels
4D
10,000 haptic seats; scent; wind; infrasound through floor
Media servers
7thSense Performer range: Actor server, Juggler pixel processor, Conjurer generative
Structure
366 ft tall, 516 ft wide; geodesic diagrid; 17,600-seat capacity

Sphere is the most technically ambitious entertainment venue ever built. Designed by Populous and opened September 29, 2023 with U2's 40-show residency, it set simultaneous world records for both exterior and interior LED displays. The Exosphere — a shell of 1.2 million LED pucks covering 580,000 square feet — has become one of the most photographed objects in Las Vegas since lighting up for its first public test on July 4, 2023. Visible for miles, it cycles through brand content, art commissions, and cultural events continuously. Inside, a 160,000 square foot LED surface curves up from the event floor, over the audience's heads, and behind the stage, reaching 240 feet at its apex. At 16K resolution with 170 million pixels and a 9mm pixel pitch, it is the highest-resolution LED screen ever built.

The acoustic system is equally unprecedented. 167,000 beamforming speakers distributed throughout the bowl can direct individual beams of sound to multiple locations simultaneously — no seat hears the same sonic environment. Bass is delivered through the floor itself. Ten thousand seats contain haptic transducers. 4D effects including scent and wind are integrated into the show system, all controlled by the same cue stack as the visual content. Abu Dhabi has confirmed a second identical Sphere, with further sites under discussion in Tokyo, Maryland, and elsewhere.

The exterior Exosphere uses 400+ mega-panels of LED pucks attached to a steel diagrid that stands as a completely independent structural system from the main building beneath it. Each puck is a circular disc with 48 individual LED diodes, programmable via the Exosphere's digital control system to produce motion and animation at any scale. The system is fully redundant, with content delivered from network-attached storage through dozens of 7thSense Actor media servers that stitch together individual 4K streams into the 16K whole.

The interior display uses translucent LED panels with linear perforations that allow audio from the 1,600 speaker arrays installed directly behind the screen face to pass through without compromising image quality. 228 mechanized facets in the screen surface can open and close on cue, allowing rigging points to drop through to the event floor. All video uses SMPTE ST 2110 IP streaming standards. The Juggler pixel processor handles real-time warping and mapping of content to the curved surface, while the Conjurer generative engine produces live content driven by environmental and performance inputs.

Sphere inverts the traditional relationship between building and screen. Every other venue in this dossier is a building that contains a screen. Sphere is a screen that contains a building. The Exosphere is not a feature of the architecture — it is the architecture. This distinction has proven to drive extraordinary viral reach: the building markets itself to anyone within several miles, generating content for social media without any campaign spend. The medium is, literally, the venue.

Permanent Screen Works Vol. 3 02. Viva Vision — Fremont Street Experience 3

02. Viva Vision

Fremont Street Experience LLC; Watchfire Signs (LED); Contend (content)

Location
Fremont Street Experience
Downtown Las Vegas, Nevada
Year
Original 1995; current system unveiled December 31, 2019
Scale
1,375 ft long, 90 ft wide, suspended 90 ft above Fremont Street
Record
World's largest single video screen
2019 Upgrade Cost
$32 Million
Joint funding: Fremont Street Experience, City of Las Vegas, LVCVA. Original 1995 system: approx. $70M.
🔍 Image Search Fremont Street — Viva Vision Wikipedia — Fremont Street Experience Watchfire Signs — Case Study
LED count
49.3 million energy-efficient LEDs; 1,054 subframes; 64,000 individual modules
Resolution
16,433,152 pixels (15,104 × 1,088)
Brightness
5,000 nits — 7× brighter than predecessor; visible in full daylight
Module
27mm thick; perforated for airflow and rain drainage; trimmable to fit canopy curve
Audio
220 speakers in canopy; 600,000-watt concert-quality sound system
Shows
Free; nightly 6 PM–2 AM hourly; 24 million visitors per year

Viva Vision is the world's largest single video screen and has held that record, through multiple technology generations, since the Fremont Street Experience opened in 1995. The canopy covers four city blocks — 1,375 feet of barrel-vault steel structure suspended 90 feet above a pedestrian mall, spanning 130,000 square feet of display surface. The 2019 upgrade by Watchfire Signs was the first significant overhaul in 15 years: 49.3 million LEDs replaced the previous 12 million, resolution quadrupled, and brightness increased sevenfold, allowing the canopy to run in full daylight for the first time since its inception. Before each show, every building along the strip turns off its own lights to maximise contrast, a civic coordination requiring agreement from all casino operators.

Content is produced specifically for the canopy's unusual aspect ratio — roughly 14:1 — which creates storytelling demands entirely unlike any other screen format. The signature show "MIXology," designed around the concept of synesthesia, synchronises music across decades and genres with abstract 3D visuals engineered to feel physically immersive from below. Visitors can ride the SlotZilla zipline underneath the active canopy, experiencing the visuals in motion above them.

Watchfire designed the 2019 system from scratch to fit the existing curved canopy structure. The 27mm module thickness includes strategically placed perforations that allow rain, sunlight, and desert heat to pass through — a critical desert-environment engineering requirement. Each of the 1,054 subframes was custom-manufactured for a specific position on the canopy. The modules are surface-mount LED with a high-contrast panel design and a proprietary colour calibration process that delivers vivid reproduction even against direct sunlight.

The control system is Watchfire's proprietary digital signage software running in sync with the Viva Vision canopy control software — one unified stack for both content playback and system diagnostics. On-demand diagnostics allow operators to identify failed modules in real time without shutting down the display. Audio is driven by 220 speakers built into the canopy structure and powered by a 600,000-watt amplification system that delivers concert-grade sound across the open pedestrian mall below, synchronised frame-accurately with video playback.

Viva Vision has the longest operating history of any permanent public LED installation at this scale. The 1995 version used 2.1 million incandescent lamps. The 2004 upgrade moved to 12 million LEDs. The 2019 system has 49.3 million. Each generation has had to solve the same problem — how to display moving images on a curved 130,000 sq ft surface in an open desert environment — with progressively more ambitious technology. The result is a body of engineering learning with no equivalent elsewhere in the field.

Permanent Screen Works Vol. 3 03. Crown Fountain 4

03. Crown Fountain

Jaume Plensa (artist); Krueck & Sexton Architects; Shen Milsom & Wilke (video systems)

Location
Millennium Park, Chicago, Illinois
Corner of Michigan Ave & Monroe St
Year
Opened July 2004; computer systems updated 2014
Scale
Two 50-ft glass brick towers; 232 ft × 48 ft reflecting pool; 24 × 49 ft LED walls
Content
1,000 Chicago residents; School of the Art Institute of Chicago filmed faces
Total Cost
$17 Million
Confirmed from public records. $10M from the Crown family; $7M additional private donations.
🔍 Image Search Jaume Plensa — Crown Fountain Wikipedia — Crown Fountain Shen Milsom & Wilke — Video Wall Design Color Kinetics — LED Lighting
Towers
11,000 glass bricks per tower; 148 video screens per tower; Barco LED displays
Video walls
24 × 49 ft each; face duration: 5 min; water spouts from pursed lips
Ambient LED
~70 Color Kinetics ColorBlast 12 units per tower; towers glow from within on 3 sides
Pool
232 ft × 48 ft; 8.4mm (1/8 in) deep; 12 mechanical pumps in underground control room
Control
DMX-based system; synchronises image, water flow, and lighting colour
Water season
May–October; LED display runs year-round including Chicago winter

Crown Fountain is one of the most technically innovative public artworks of the 21st century, combining video technology with water in a way that had never been done before its 2004 opening: water flowing through a video wall, creating the illusion that the people displayed on screen are spitting at visitors below. Spanish artist Jaume Plensa beat Maya Lin and Robert Venturi for the commission, which was funded privately by the Crown and Goodman families and executed by Krueck & Sexton Architects with water engineering by Crystal Fountains.

The fountain's two 50-foot glass brick towers are a study in layered light: Barco LED video screens face inward across the reflecting pool, displaying close-up portraits of 1,000 Chicagoans filmed by the School of the Art Institute of Chicago; Color Kinetics ColorBlast units inside the towers illuminate the other three glass-brick sides from within; and the overall effect is a tower that appears to glow from inside while video plays on its face. The work was designed to operate for 30 years minimum. Its computer systems were updated in 2014, and Plensa has suggested future generations may wish to add new faces to the video library to reflect how the city changes over time.

The video wall is engineered to be watertight — water exits through a nozzle embedded in the wall face itself, with the illusion of water spouting from the displayed person's mouth timed to the end of each five-minute face sequence when the subject purses their lips. Between faces, the towers go dark and water cascades down all four sides in a curtain effect. Shen Milsom & Wilke designed the video system and the master control architecture that synchronises image content, water pressure, and lighting colour from a single schedule that changes by time of day, day of week, and month.

LED fins were added to the screens to prevent direct sunlight from washing out the display during daytime operation. The underground control room — which sits beneath the pool and within the two-level parking structure below Millennium Park — houses the 12 mechanical pumps and all display hardware. Individual glass blocks can be removed for cleaning or repair without stopping the display. Filtered air inside the towers minimises internal contamination. The entire system was designed from the outset with century-long longevity as the explicit design target.

Crown Fountain is the only permanent public artwork in this dossier that is also a functioning children's waterpark. In summer, the shallow reflecting pool is filled with playing children while the LED faces of their neighbours look down from above. This is Plensa's central concept: the 1,000 Chicagoans in the video library become, for the duration of any visit, the civic gargoyles of a 21st-century fountain — giving water to the community exactly as gargoyles did in medieval architecture.

Permanent Screen Works Vol. 3 04. New World Symphony — WALLCAST 5

04. NWS Wallcast

Frank Gehry (architecture); New World Symphony; Meyer Sound (audio); West 8 (park design)

Location
New World Center, 500 17th St
Miami Beach, Florida
Year
Opened January 2011; audio upgraded 2024
Projection wall
7,000 sq ft on building facade; purpose-designed from ground up, not retrofitted
Park
2.5-acre SoundScape Park; 1,000–2,000 capacity; free admission always
Building Cost
$160 Million
$15M city of Miami Beach; $25M Miami-Dade County; balance from private donors and sale of NWS's prior home.
🔍 Image Search Dezeen — New World Centre FOH — Meyer Sound Upgrade New World Symphony — Official
Projection wall
7,000 sq ft exterior facade; purpose-built into Gehry's architectural design
Viewing area
2.5-acre SoundScape Park; ExoStage capacity 1,000–2,000 people
Audio (park)
Meyer Sound Constellation; speaker "barre" structures fill 2.5 acres with immersive sound
Fibre
17 miles of fibre-optic cable throughout building for Internet2 integration
Hall
756-seat performance hall; interior sail screens for in-hall video projection
Programme
Free Wallcast concerts; Wednesday film series; site-specific art projections

The New World Center is the first and only building in the world whose exterior projection wall was designed by the architect as an integral part of the building's function, not added afterwards. Frank Gehry — a childhood friend of NWS co-founder Michael Tilson Thomas — worked with the Symphony's media team from the earliest design stages to ensure the 7,000 square foot projection wall on the building's facade could deliver broadcast-quality live concert video to the adjacent SoundScape Park at the same time as the performance was happening inside. The building is described by Gehry as "a concert hall turned inside out."

The WALLCAST® — NWS's trademarked term for the outdoor live broadcast — has been running continuously since opening night in January 2011. SoundScape Park is funded and owned by the City of Miami Beach, which means the concerts are guaranteed to remain free regardless of the Symphony's finances. Up to 2,000 people gather on the lawn with blankets and picnic dinners for each concert. The audio system was comprehensively upgraded in 2024 with the Meyer Sound Constellation system, which fills the open-air park with immersive concert-hall-grade sound from speaker arrays designed to look like large curving ballet barres.

Inside the 756-seat hall, a robotic multi-camera system captures the performance in HD. The feed is processed in real time by NWS's media production team and transmitted to the projection system on the facade. The building was designed with 17 miles of fibre-optic cable to support Internet2 high-speed transmission for global broadcasts and remote learning. The interior performance hall contains sail-like panels suspended from the ceiling that serve as both acoustic reflectors and projection surfaces, allowing video artists to accompany live concerts with projected imagery inside the hall simultaneously.

The outdoor audio system must deliver coherent, immersive sound across 2.5 acres of open lawn without the reflective surfaces that make indoor acoustics controllable. The 2024 Meyer Sound upgrade achieves this through carefully calculated speaker positioning designed by Solotech — a system that creates "a smooth, consistent sonic field across a very large, open lawn" while coexisting architecturally with Gehry's building and the projection wall without cluttering sightlines. The goal, as one engineer described it, is that the audience feels the performance is happening in the park rather than being broadcast to it.

The Wallcast represents a completely different theory of what a projection wall is for. Every other entry in this dossier uses screen technology to create a self-contained visual experience. The Wallcast uses it to dissolve the boundary between institution and public. There is no ticket required, no reservation, no enclosure. The concert happens inside a building; simultaneously, the same concert happens on a lawn for whoever shows up. This civic generosity — funded permanently by the city, not by the institution — is the most unusual thing about it.

Permanent Screen Works Vol. 3 05. teamLab Planets TOKYO 6

05. teamLab Planets

teamLab (interdisciplinary art collective, Tokyo)

Location
6-1-16 Toyosu, Koto City
Tokyo, Japan
Year
Opened July 7, 2018; extended through end of 2027
Scale
4 large-scale body-immersive rooms + 2 gardens; visitors enter barefoot
Record
Guinness World Record: most-visited museum dedicated to a single artist group
Estimated Cost
$15M – $30M
No public figure. Estimate based on comparable immersive museum builds and technology density. 2.51M visitors in 2025 alone.
🔍 Image Search teamLab Planets — Official Tokyo Cheapo — Full Guide
Medium
Ultra-short-throw projection; motion capture; sensors; mirror-pool floors; full-room systems
Key rooms
Floating flowers water room; Infinite Crystal Universe; Ephemeral Solidified Light; garden spaces
Interaction
Visitor movement tracked and woven into artwork in real time; no passive observation
Visitor flow
Barefoot throughout; water rooms require feet wet; timed entry; strictly sequenced path
Visitors
2.51 million in 2025; ~1 in 10 international Japan visitors attend; 182 countries represented
Expansion
Athletics Forest + Future Park opened January 2025; 20+ new interactive works

teamLab Planets is the most-visited museum in the world dedicated to a single art group, according to Guinness World Records, drawing 2.51 million visitors in 2025 alone and holding the World Travel Awards for Asia's Leading Tourist Attraction in both 2023 and 2025. The museum describes itself as "body-immersive" — the artworks are not on walls or pedestals but encompass the entire environment, including floor and ceiling, and visitors are literally inside them. Entry is barefoot throughout. Several rooms require visitors to wade through shallow water. The art responds to every body that enters, folding visitor movement into the real-time visual composition.

teamLab was founded in 2001 by Toshiyuki Inoko and describes itself as an "interdisciplinary group of ultratechnologists" spanning artists, programmers, engineers, mathematicians, and architects. Their central philosophy is that the boundary between the individual and the world dissolves when both are part of the same continuously evolving system. Planets was originally intended as a temporary installation. It has now been extended through 2027, with a major expansion opening in January 2025 adding the Athletics Forest, Future Park, and Catching and Collecting Extinct Forest.

Each room in Planets uses a different technical approach, all converging on the same experiential goal. The signature floating flowers room combines projection from multiple directions onto a water surface and the bodies of visitors with sensor tracking that detects each person's position and causes flowers to float away from and around them, as if the visitors are moving through a living field. The Infinite Crystal Universe room fills a mirrored space with LED light points arranged in a three-dimensional field, creating an apparently boundless environment in which programmed visual events ripple outward from visitor touch.

Throughout the museum, teamLab's proprietary software runs a continuous simulation of the environment in which visitor data is one of several inputs — alongside pre-authored content parameters, time of day, and the behaviour of the artwork itself. The team describes the artworks as "living" in the sense that no two visitors ever see the same state of the work. The sensor infrastructure includes a combination of depth cameras, pressure sensors, and motion capture systems embedded in floors, ceilings, and walls, all feeding into a single rendering environment that drives the projectors and LED arrays in real time.

teamLab Planets has achieved something that the broader art world continues to debate: it has made immersive digital art the destination, not the supplement. The two teamLab museums in Tokyo together drew 4.2 million visitors in 2025, placing them alongside major world heritage sites in tourism volume. The critical question the work raises is whether this is a new art form or a very well-designed entertainment product. teamLab's answer is that the distinction is irrelevant — the experience is the argument.

Permanent Screen Works Vol. 3 06. The Source 7

06. The Source

Greyworld (Andrew Shoben); 4E Technology (electronics manufacturing)

Location
London Stock Exchange atrium
10 Paternoster Square, London EC4
Year
Unveiled July 27, 2004, by Queen Elizabeth II
Scale
162 cables, 8 storeys, 32m tall; 729 spheres; 5.6km of cable total
Data
Live market news feeds and stock positions drive real-time shape choreography
Estimated Cost
£1.5M – £3M
No public figure. 2,000+ custom PCBs manufactured; bespoke motor control system per sphere; 1,400 blue LEDs inside spheres.
🔍 Image Search Greyworld — The Source Wikipedia — Greyworld 4E Technology — Electronics Case Study
Cables
162 cables arranged in a square grid; 5.6km total cable length
Spheres
729 total (9 per cable); each independently motorised; 1,400 blue LEDs lighting spheres
Control
Computer running Python scripts; 2,000+ custom PCBs manufactured by 4E Technology
Opening
8 AM daily: spheres break from default cube arrangement; forms patterns and headlines
Live data
Responds to reputable news feeds throughout day; displays current headlines at full atrium height
Closing
End of trading: spheres return to cube; blue LED arrow shows market's daily performance

The Source is Greyworld's most celebrated work and the piece that definitively established kinetic data-responsive sculpture as a public art form. Installed in the main atrium of the new London Stock Exchange building at 10 Paternoster Square and unveiled by Queen Elizabeth II on July 27, 2004, it consists of 729 spheres suspended on 162 cables running the full 32-metre height of the atrium to the glass roof. The spheres act as three-dimensional pixels — each one independently motorised to move up and down its cable — capable of forming any shape in the volume of the atrium.

The sculpture is the official symbol of the London Stock Exchange. Each morning at 8 AM it wakes from its default resting cube to open the market. Throughout trading hours it responds to live news feeds and market data, forming figurative and abstract shapes at different heights — current headlines spelled out at full atrium scale, the DNA helix, the shape of a rising sun. At market close, the spheres return to the cube arrangement and a blue LED arrow rendered across the entire installation indicates whether the market rose or fell. Greyworld's director Andrew Shoben has described the spheres as "a fluid, dynamic, three-dimensional television."

Each of the 729 spheres is driven by a dedicated motor that raises or lowers it along its cable with precision. The control system runs Python scripts on a central computer that translates choreographic data — both pre-authored sequences and live data feeds — into individual motor commands for each sphere. 4E Technology designed and manufactured the 2,000+ custom PCBs that drive the motor control network, and also developed the communications infrastructure connecting the central computer to every individual sphere motor throughout the eight-storey atrium.

The 1,400 blue LEDs embedded inside the spheres are used selectively for specific programmatic moments — most notably the daily market-close arrow. During most of the day the spheres are unlit, deriving their visual presence from reflected ambient light in the atrium. The lighting design was therefore deliberately minimal: the primary medium is position, not illumination. A sphere at the top of its cable is in shadow; at the bottom, it catches more light. The constantly changing field of heights creates an endlessly shifting chiaroscuro across the atrium without any active lighting system.

The Source was the first major permanent public artwork to use live financial data as its primary content driver. The spheres do not run a programmed loop — they respond to the actual news of the day, every day, in real time. This makes it technically permanent but experientially infinite: the sculpture has never shown the same thing twice in its twenty-year existence. It is also the only work in this dossier that begins and ends every day with a ritual — opening and closing the market — making it functionally part of the institution it inhabits rather than decorative within it.

Permanent Screen Works Vol. 3 07. Omega Mart — Meow Wolf 8

07. Omega Mart

Meow Wolf (art collective); 325+ contributing artists and designers

Location
AREA15, 3215 S Rancho Drive
Las Vegas, Nevada
Year
Opened February 18, 2021
Scale
52,000 sq ft; 60 distinct environments; 4 thematic sections; 3 internal slides
Medium
Video mapping, projection, interactive media, custom LED, narrative environments
Estimated Cost
$30M – $50M
No public figure. Meow Wolf raised $158M in venture funding (2019) partly for AREA15 and Omega Mart development. Second permanent Meow Wolf location after Santa Fe.
🔍 Image Search Meow Wolf — Omega Mart Official Wikipedia — Omega Mart Hollywood Reporter — Inside Omega Mart
Scale
52,000 sq ft; 60 environments; 250 unique artistic projects
Artists
325+ artists, musicians, and designers; includes Brian Eno, Alex and Allyson Grey
Entry conceit
Functional faux supermarket; portals hidden inside refrigerator cases
Technology
Video mapping throughout; projection; custom interactive LED; multisensory environments
Narrative
Fictional corporation Dramcorp; multi-generational storyline discoverable across 60 spaces
Soundtrack
Original music by Brian Eno, Santigold, Beach House; 3 massive internal slides

Omega Mart is fundamentally different from every other entry in this dossier. It is not a single artwork, not a unified architectural gesture, and not a screen-as-building. It is 52,000 square feet of narrative immersive environment in which more than 325 artists contributed 250 distinct projects, unified only by a shared fictional universe. Visitors enter what appears to be a functioning American supermarket — "Omega Mart: America's Most Exceptional Grocery Store" — stocked with products of impossible absurdity. The supermarket is real. The products are genuinely there. Then visitors walk through refrigerator cases and emerge into a sequence of 60 increasingly surreal environments driven by video mapping, projection, custom interactive LED installations, and multisensory sculptural spaces.

The fictional Dramcorp corporation backstory runs as a discoverable narrative across all 60 spaces. Visitors choose their own path through the environments and piece together the story at whatever depth they wish to engage. The soundtrack is composed of original music from Brian Eno, Santigold, and Beach House. Three large internal slides allow visitors to move between levels physically. George R.R. Martin backed the original Santa Fe Meow Wolf; Omega Mart represents the commercialised expansion of that model into a permanent Las Vegas attraction. Admission runs $45–$60, making it the most expensive entry in this dossier for a single visitor.

The technical infrastructure of Omega Mart serves a fundamentally different goal than the other entries in this volume: legibility matters less than surprise. Where Crown Fountain's control system is built for precision synchronisation and Sphere's for highest possible resolution, Omega Mart's video mapping and projection systems are built for spatial impossibility — making rooms appear larger, smaller, or geometrically inconsistent with their physical structure. Each of the 60 environments has its own independent technical setup: some use high-lumen projectors for full-room mapping; others use custom-built LED installations; others use embedded screens hidden inside props.

The interactive elements use a mix of touch sensors, proximity detection, and audio triggers to allow visitor behaviour to activate specific content states within each environment. Some interactions are obvious; many are hidden, rewarding visitors who touch or move objects that appear static. The Datamosh bar — a cocktail bar embedded inside the experience — serves real drinks in an environment of glitching video art. The overall system is managed by a show control layer that coordinates audio, lighting, and video playback across all 60 spaces simultaneously, maintaining the internal coherence of the fiction while allowing each space to have its own independent character.

Omega Mart is the most successful argument for the "narrative immersive" model of permanent public installation — a format that did not exist as an institutionalised practice before Meow Wolf invented it in Santa Fe in 2016. The key move is the supermarket conceit: by beginning the experience in an apparently normal commercial space, Meow Wolf creates a genuine moment of cognitive rupture when visitors cross into the immersive environments. This rupture is the experience. Every technical element in the subsequent 52,000 square feet exists to sustain it.

Permanent Screen Works Vol. 3 08. Rain Room 9

08. Rain Room

rAndom International (Hannes Koch & Florian Ortkrass)

Location
Los Angeles County Museum of Art (LACMA)
Los Angeles, California
Year
Created 2012 (Barbican, London); LACMA permanent acquisition 2015
Medium
3D tracking cameras; motorised water valves; 100m³/h rainfall; darkened room
Precedents
Barbican London 2012; MoMA New York 2013 (lines of up to 7 hours reported)
Acquisition
Gift
Gifted to LACMA by Restoration Hardware. First permanent Rain Room in the Americas; third permanent globally. Also permanent in Sharjah, UAE (2018).
🔍 Image Search LACMA — Rain Room Wikipedia — Rain Room LACMA Unframed — Artist Interview
Detection
3D tracking cameras throughout ceiling; detect visitor body position in real time
Response
Cameras signal water nozzles to stop flow in ~6-ft radius around each person
Rainfall
Continuous downpour; perpetual; visitors stay dry only if they walk slowly enough
Environment
Darkened room; water visible primarily by ambient light; sound of rain throughout
Physical limit
Sensors have ~1-second latency: run and you get wet; "walk like a zombie"
Programme
Part of LACMA's Hyundai Project: Art + Technology initiative

Rain Room is the most behaviourally direct work in this dossier. Its proposition is simple and absolute: a room full of falling rain in which your body stops the rain from touching you. Created by London-based rAndom International (founded 2005 by Hannes Koch and Florian Ortkrass), it first appeared at the Barbican in London in 2012, then ran at MoMA in New York in 2013, where the queues stretched to seven hours at peak. LACMA acquired it permanently in 2015 — the first permanent Rain Room in the Americas — as the inaugural work of their Hyundai Project: Art + Technology initiative. The physical gift came from Restoration Hardware.

The experience is immediate and irreducible: visitors enter a dark, rain-filled space and discover that the rain stops wherever they walk. There is no screen. There is no image. The artwork is the relationship between a sensor system and a body in space, and the philosophical question it asks — what does it mean to control nature? — is answered physically rather than visually. rAndom International's broader practice consistently returns to this territory: their Audience (2008) work uses mirrors that turn to face each person who enters; their Future Self (2012) translates a person's silhouette into points of light.

3D tracking cameras placed around the ceiling monitor the position of every body in the room continuously. When a camera detects a visitor's presence in a zone, it signals the corresponding group of water nozzles in the ceiling to close — stopping the flow in approximately a six-foot radius around that person. As the person moves, the bubble of dryness moves with them, with a roughly one-second latency in the sensor-response cycle. This latency is the critical design constraint: it means visitors must walk slowly for the system to keep up. Run, and you get wet.

The rainfall itself is produced by a sophisticated water management system that maintains a continuous, even downpour across the room while recycling water through collection, filtration, and recirculation. The room is lit only by ambient light — enough to make the rain visible and the space navigable, not enough to produce conventional viewing conditions. The acoustic environment is entirely the sound of rain. rAndom International considers Rain Room a work about the relationship between human beings and technology — specifically about the human desire to control forces that are not controllable, and what it feels like when that desire is briefly, impossibly satisfied.

Rain Room is the only entry in this dossier with no screen, no LED, and no projection. Its technology is sensor, valve, and water. It is included because it represents the purest expression of the principle that drives all interactive permanent installation: the artwork is not the object, it is the relationship between the system and the person. Every other entry in this volume uses screens to produce that relationship. Rain Room removes the screen entirely and uses rain. The queue of seven hours at MoMA was the art world's verdict on which approach was more immediately compelling.

Permanent Screen Works Vol. 3 09. WAVE — d'strict 10

09. WAVE

d'strict (digital design studio, Seoul); Samsung (LED infrastructure)

Location
SMTown COEX Artium, K-pop Square
Gangnam-gu, Seoul, South Korea
Year
Screen installed 2018; WAVE premiered May 2020
Screen
80.8m wide × 20.1m high (265 × 66 ft); 7,840 × 1,952 pixels; curved wrap-around
Record
World's largest anamorphic illusion at time of installation
Estimated Cost
$5M – $12M
Screen installed by Samsung for K-pop Square development; WAVE content produced in 4 months by d'strict. No public figure for either component.
🔍 Image Search d'strict — Official Designboom — WAVE Feature Hypebeast — WAVE Coverage
Screen
80.8m × 20.1m; two curved LED displays fused; 30,000+ modules of 1cm each
Resolution
7,840 × 1,952 pixels — roughly twice Ultra HD
Illusion type
Anamorphic: perspective-corrected content appears 3D from a specific vantage point
Production
4 months total: 3 months digital design to achieve anamorphic geometry, 1 month installation
Scheduling
WAVE runs for 1 minute, every hour; remaining time: K-pop content and advertising
Context
Gangnam K-pop Square; 6 large outdoor LED screens across the district; 18 hrs/day operation

WAVE became one of the most reproduced images of digital public art in the world within weeks of its May 2020 premiere, going globally viral during COVID-19 lockdowns when millions of people encountered it through social media. It is a piece of anamorphic content designed by Seoul-based d'strict for the curved LED facade of the SMTown COEX Artium in Gangnam — a 80.8-metre-wide screen that wraps the corner of the building, creating an L-shape that d'strict exploited to produce the illusion of a glass-fronted aquarium tank that a wave is about to shatter. The effect is only visible from a specific vantage point on the plaza below, but from that point it is so convincing that first-time viewers routinely flinch.

The LED infrastructure was installed in March 2018 by Samsung as part of the Gangnam K-pop Square development — a district of large outdoor screens intended to create Seoul's equivalent of Times Square. The screen shows K-pop videos, advertisements, and public content for most of its operational hours. WAVE runs for exactly one minute, every hour. d'strict describes WAVE as their "first licensing project with anamorphic visual technology" and the project was produced in four months from contract to premiere — three months of that spent on the digital design work required to make the anamorphic geometry convincing on a curved surface.

Anamorphosis is a distortion technique dating to the Renaissance in which an image is geometrically warped so that it only appears correct from one specific viewing angle. For WAVE, d'strict used this principle on a curved LED surface — a significantly more complex technical challenge than flat-screen anamorphosis, because the curvature of the screen itself must be accounted for in the distortion mathematics. The content is pre-rendered as a precisely calculated distorted video file, mapped to the screen's exact physical geometry. From the designated vantage point on the plaza, the perspective correction "undoes" the distortion and the image reads as three-dimensional.

The screen itself is composed of two curved LED display sections fused together at the corner of the building, using more than 30,000 individual LED modules each approximately 1cm in size. The curvature was engineered by Samsung specifically for the building's facade geometry. The sound component — waves crashing — is delivered through external speakers on the plaza and synchronised with the video. WAVE was d'strict's licensing breakthrough; the studio has since produced anamorphic content for comparable LED installations globally, establishing a new category of permanent public art that exploits display geometry as its primary creative tool.

WAVE ran for one minute per hour on a commercial advertising screen during a global pandemic, and became the most-shared piece of public art of 2020. This ratio — one minute of art per 59 minutes of commerce, on infrastructure owned by a corporation for advertising purposes — may be the most efficient distribution model for public art ever achieved. The work did not require a gallery, a collector, a commission, or an institution. It required only the agreement of a building owner, four months of design work, and one minute every hour.

Permanent Screen Works Vol. 3 10. Forest of Us — Superblue Miami 11

10. Forest of Us

Es Devlin (artist); Schaefer Inc. (structural engineering); Superblue Miami

Location
Superblue Miami, Allapattah neighbourhood
Miami, Florida
Year
Opened April 24, 2021
Scale
4,500 sq ft mirror maze; two storeys; within 50,000 sq ft Superblue building
Also at Superblue
teamLab "Every Wall is a Door"; James Turrell Ganzfeld; JR mural
Estimated Cost
$3M – $6M
No public figure. Optical-glass mirror maze across 4,500 sq ft, two storeys; fabricated in 6 weeks. Superblue venue: $70M+ total build.
🔍 Image Search Superblue — Forest of Us FAD Magazine — Es Devlin Launch Dezeen — Superblue Miami Schaefer Inc. — Structural Engineering
Film
3-minute projected film precedes maze; screen periodically perforated; visitors walk through it
Maze
4,500 sq ft; two storeys; optical-glass mirrors and polished aluminium dividers
Concept
Structural symmetry between bronchial tree of lungs and branching trees of forests
Engineering
Schaefer Inc.; fabricated in sections; modular for future relocation; zero fasteners on mirrors
Build time
6 weeks from contract execution to permit drawings; fabrication started during design
Venue
Superblue: 50,000 sq ft former industrial building; purpose-built for large-scale immersive art

Forest of Us is the inaugural commission of Superblue Miami, a 50,000 square foot former industrial building in Miami's Allapattah neighbourhood purpose-built for permanent large-scale immersive art. Es Devlin — primarily known as a stage designer who has built sets for Beyoncé, Billie Eilish, The Weeknd, and Kanye West — created Forest of Us as her first major permanent immersive installation in the United States. It draws its central concept from the structural similarity between the bronchial tree of the human lungs and the branching architecture of trees: both exchange gases necessary for life, one giving oxygen, one absorbing it. Devlin conceived the work in response to the California and Brazil forest fires; its resonance was amplified by the COVID-19 pandemic, which struck the respiratory system specifically.

The experience begins with a three-minute projected film in which the forest gradually transforms into the interior of the human body — trees becoming bronchi, branches becoming airways. The film screen is physically perforated, and at its end, visitors walk through the screen into the mirror maze behind it, the threshold between film and space collapsing as they cross. The 4,500 square foot two-storey maze uses optical-glass mirrors and polished aluminium to produce an infinite recursive interior. Superblue itself was conceived by Mollie Dent-Brocklehurst as the first institutional home for the emerging genre of large-scale permanent immersive art, alongside works by teamLab, James Turrell, and JR.

The projected film component uses high-lumen projection onto a screen engineered with perforations that allow physical passage — visitors walk through what they are watching. The transition from film to mirror maze is the critical experiential moment: the projection creates a corridor of imagery that leads visitors toward the screen, and the perforations allow them to enter the projected space rather than stopping at its surface. This is technically complex — the image must read as continuous while leaving physical gaps large enough to walk through without disrupting the illusion.

The structural engineering of the mirror maze was carried out by Schaefer Inc. in an unusually compressed timeline of six weeks from contract execution to permit drawings. The fabrication strategy allowed individual sections to be manufactured while other sections were still being designed — the modular approach was driven partly by the tight schedule and partly by a deliberate design choice to make the structure relocatable for future exhibitions. One of the primary engineering goals was to avoid any visible fasteners on the mirror surfaces: "to maintain as seamless of an experience as possible," according to Schaefer's project documentation.

Forest of Us opens this dossier's most pressing institutional question: what does it mean to build a permanent home for immersive art? Every other entry in this volume is either a building that happens to contain art (Sphere, NWS) or art that happens to be in a building (Crown Fountain, Omega Mart). Superblue is a building whose architecture is subordinated entirely to the art — a blank industrial container whose only purpose is to hold large-scale immersive commissions. Whether this model is artistically generative or commercially convenient is the question the venue's next decade will answer.

Comparative Summary

No. Installation Year Technology Cost Scale
01 SphereLas Vegas, NV 2023 580K sq ft exterior LED; 160K sq ft 16K interior screen; 167K beamforming speakers; 4D $2.3B (confirmed) 366 ft tall; 516 ft wide; 17,600 seats
02 Viva VisionLas Vegas, NV 1995 / 2019 49.3M LEDs; 16.4M pixels; 5,000 nits; 600K-watt audio; Watchfire Signs $32M (2019 upgrade) 1,375 ft long; 90 ft wide; 130,000 sq ft
03 Crown FountainChicago, IL 2004 Barco LED walls; Color Kinetics ambient; water through video wall; DMX control $17M (confirmed) Two 50-ft towers; 232-ft pool; 24 × 49 ft walls
04 NWS WallcastMiami Beach, FL 2011 7,000 sq ft projection wall; Meyer Sound Constellation; live broadcast from inside hall $160M (building) 7,000 sq ft wall; 2.5-acre park; 1,000–2,000 audience
05 teamLab PlanetsToyosu, Tokyo 2018 Projection; depth sensors; motion capture; mirror pools; full-room body-immersive systems $15–30M (est.) 4 large rooms + gardens; barefoot throughout; 2.51M visitors / year
06 The SourceLondon, UK 2004 729 motorised spheres; Python control; live market data; 1,400 blue LEDs; 2,000+ PCBs £1.5–3M (est.) 162 cables; 32m tall; 8 storeys; 5.6km cable
07 Omega MartLas Vegas, NV 2021 Video mapping; projection; interactive LED; 250 unique projects; multisensory environments $30–50M (est.) 52,000 sq ft; 60 environments; 325+ artists
08 Rain RoomLos Angeles, CA 2015 3D tracking cameras; motorised water valves; sensor-responsive rainfall; no screen Gift (LACMA) Darkened room; ~100m³/h rainfall; ~6-ft dry radius per person
09 WAVESeoul, South Korea 2020 Samsung curved LED; 30,000+ modules; anamorphic content by d'strict; 7,840 × 1,952 px $5–12M (est.) 80.8m × 20.1m; 4 months production; runs 1 min/hr
10 Forest of UsMiami, FL 2021 Perforated projection screen; optical-glass mirror maze; Es Devlin; modular fabrication $3–6M (est.) 4,500 sq ft maze; 2 storeys; in 50,000 sq ft Superblue

Cost notes: MSG Sphere ($2.3B) and Crown Fountain ($17M) are the only publicly confirmed figures in this volume. NWS Wallcast building cost ($160M) is confirmed from public funding records. The Bay Lights fundraising total is confirmed from Illuminate filings. All other figures are estimated from industry benchmarks, award submissions, comparable commissions, and disclosed funding rounds. Rain Room was acquired by LACMA as a gift from Restoration Hardware; original production costs are not public.

Technical Dossier · Costs estimated unless noted · 2004–2023 Permanent Screen Works Vol. 3