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Dronevision, Holodecks, Spatial Computing using Flying Light Specks

ACM SIGGRAPH Frontiers Workshop

Los Angeles Convention Center

July 23, 2026

Our Vision

This visionary workshop articulates how technology will be used to realize Dronevisions, Holodecks, and Spatial Computing. 

This SIGGRAPH Frontiers workshop is at the forefront of exploring Flying Light Specks. We are passionate about their applications, current advancements, and future possibilities in spatial computing and digital art.

Our workshop attracts industry professionals, researchers, artists, and students, fostering an environment of creativity and innovation. Join us as we delve into the exciting world of Flying Light Specks and their potential.

Discover More
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Illuminations 

Visual Effects of ACM

Interactions

A demonstration of LightBender Blender add-on in edit mode

Workshop Overview

An FLS is a miniature drone equipped with a lighting primitive.  It is a building block of next generation displays, ranging from desktop Dronevision system to a room size holodeck and outdoor settings for spatial computing.

Illuminations

Graphics and animations visible to naked eye.

Swarms of FLSs will illuminate graphics and animations visible to the naked eye. We discuss an end-to-end architecture from content generation to illuminations.

Interactions

Bare-hand interactions with illuminations.

FLS swarms physicalize virtual objects, enabling bare-hand interactions.  In response to the human exerted force, a swarm exerts force back against the user consistent with Newtonian physics using the laws of motion, mass, and gravity.

Complementary Technology

Enabling technology in support of Dronevision, Holodecks, and Spatial Computing.

This workshop discusses complementary technologies to realize the vision of Dronevision, Holodeck, and Spatial Computing.  An example is HoloTiles by Lanny Smoot, SIGGRAPH 2026 keynote speaker, as the flooring of a holodeck.  More generally, we examine robots of varying forms, morphologies, and functions in relation to DV, holodecks, and spatial computing.

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