Worldwide launch • September 1, 2026

AALUME

Innovations in illumination, audience identity, and live-event effects.

What began with TOOL® in 2007 now evolves into a next-generation platform for extraordinary light, optical control, RF-linked devices, and venue-scale audience effects.

Origin story

From light, music, optics, and computation to intelligent audience effects.

TOOL 2007 stage-effect image used as an audience-effects visual reference
TOOL ST 2007 image credit: JS Fanadict.

In the late 1960s, thousands flocked to Harvard Stadium to hear one of Janis Joplin’s last major concerts. Among them were disciples of science and music who could also be found near the light balcony of the Boston Tea Party, absorbed by the emerging language of lasers, optics, projections, and live performance.

From those early days, the AALUME team remained fascinated by computers, optics, images, lasers bounced off the moon, early holograms, and the stereoscopic vision associated with Edwin Land’s polarized glasses. Fifty years later, accompanied by younger generations, these ideas, inventions, and concepts appear everywhere: from Puccini’s Turandot to the Super Bowl, the Olympics, Taylor Swift, Coldplay, Phish, Shakira, Indochine, and the HOLODECK EXPERIUM®.

1960sOptics, concerts, lasers, holography, stereoscopic imaging, and live performance converge.
2007Audience illumination concepts evolve through TOOL® and immersive concert design.
TodayOptical identity, RF control, LEDs, cameras, and mapping become a responsive architecture.
2026AALUME introduces the next generation of extraordinary audience-effect technologies.
Taylor SwiftShakiraIndochineColdplayPhishThe Super BowlThe OlympicsHOLODECK EXPERIUM®Immersive DiningSpatial Branding Taylor SwiftShakiraIndochineColdplayPhishThe Super BowlThe OlympicsHOLODECK EXPERIUM®Immersive DiningSpatial Branding
Technology

Audience effects that can see, listen, identify, and respond.

AALUME is presented here as a venue-scale system for controlled light effects, unique audience-device identity, RF and optical signaling, and camera-based mapping of active devices within a crowd.

Optical activation

Directional beams and projected patterns can address audience devices in selected zones, rows, seats, or moving spatial forms.

RF synchronization

Radio-frequency control can coordinate timing, modes, color changes, and large-scale cues across venue-wide receiver devices.

ID

Unique device identity

Embedded identifiers allow each device to participate in mapping, assignment, diagnostics, and personalized audience effects.

Camera localization

Control systems can cycle through devices, observe responses through cameras, and record device locations in the performance space.

LED expression

Programmable LEDs transform spectators into a distributed display surface for music, theater, sports, branding, and immersive worlds.

Experiential scale

From arenas and stadiums to theaters, domes, dining environments, and mixed-reality venues, the audience becomes part of the image.

Inventor lineage

MIT-rooted invention history behind modern audience illumination.

The current AALUME page identifies Dennis J. Solomon, Michael Dertouzos, Cardinal Ward, and Ed Sinofsky as MIT inventors associated with the technology lineage powering PIXMOB and others.

Dennis J. SolomonInventor, systems originator, and AALUME contact.
Michael DertouzosMIT Laboratory for Computer Science lineage and computational vision context.
Cardinal WardNamed collaborator in the AALUME inventor lineage.
Ed SinofskyNamed collaborator in the AALUME inventor lineage.
Credits

Design, light, and performance culture.

Designed by Steven Taylor of arx.studio, with thanks to TOOL lighting designer “Junior” Jacobson and video designer “Breck” Haggerty. Background inspiration is credited to the late MIT Professor György Kepes.

Launch inquiry

Bring the audience into the image.

For partnerships, licensing, demonstrations, historical documentation, or venue-scale deployment inquiries, contact AALUME directly.