◆ Founding Project
SUPERORGANISM
A 6-part Cyber Hyper-System connecting people, insects and robots through aerial choreography, data visualization and collective intelligence.
A 6-part Cyber Hyper-System connecting people, insects and robots through aerial choreography, data visualization and collective intelligence.
SuperOrganism is the founding vision of LuminousBees. Inspired by the eusocial structure of honey bees, the project envisions an extended organism encompassing the animal, vegetable and human worlds, as well as the world of data and robots.
The project was proposed for Ars Electronica in Linz and presented at IMARS 2017, the founding conference of Aerial Media Arts organized by LuminousBees at the University of Genoa. It represents the conceptual foundation on which everything we do today is built: the belief that the sky is a shared space for communication, that nature holds the blueprints for intelligent systems, and that technology should serve collective experience.
“The dance of honeybee holds key to survival.”
Natural biomonitors. The colony as a living sensor network, decoding environmental data through waggle dances, pheromone signals and collective movement.
Artistic and data-visualizing instruments. 50 to 100 luminous quadcopters that translate biological patterns into aerial choreography visible to the public.
Data contributors and observers. Through the SuperOrganism App, the public becomes part of the system, navigating to locations decoded from bee dances and contributing their own environmental observations.
These three elements converge in the Digital Hive, producing three outputs: synesthetic multimedia choreographies based on waggle dance patterns, datascapes mapping air quality across host cities, and an interactive documentary on the ecological significance of bees.
A custom-built transparent observation hive developed in collaboration with beekeeper Marco Casini, drawing on six millennia of apicultural history. The double-walled polycarbonate construction with internal insulation chambers maintains a minimum temperature of 37°C, enabling year-round observation of bee behavior.
Key observation zones include the glomere (bee cluster), frame centers where primary activities unfold, and the upper space between frames and cover where communication dances take place. The restricted interior space intentionally induces swarming after the first season, allowing planned observation of this natural process.
Camera system that observes and decodes waggle dances in real-time, geo-locating the flowers and water sources communicated by the bees.
Android application enabling public participation. Citizens follow the bees’ solar compass via GPS navigation to the locations identified through waggle dance decoding.
Aggregation platform that combines decoded bee data with spectator contributions into dynamic, interactive maps displayed on smartphones and installation screens.
Multimedia exhibition space with interactive maps and documentation about environmental challenges and biomonitoring research.
The culmination of the system: a nighttime drone swarm choreography of 50 to 100 luminous quadcopters, performing above the host city. The choreography is not pre-programmed but generated from the collective intelligence gathered during daytime observations.
KyoShinDo Taiko Musicians provide a live acoustic soundscape, creating an integrated audio-visual experience. The drones act as co-performers in what Jeanne Charlotte Vogt describes as a Multi-Drone Opera, exploring new models of human-machine collaboration in performance.
The honey bee colony is the archetype of distributed intelligence, a superorganism where thousands of individuals coordinate without central command, communicating through waggle dances, pheromones and vibrations. Each bee is both autonomous agent and integral part of a collective mind.
Yet this marvel of evolution faces collapse. 40 to 50% of managed colonies are lost each year to pesticides, habitat destruction and climate disruption. SuperOrganism draws from 7 years of beekeeping at the Natural Reserve of Verdemare, transforming observation into artistic practice and environmental awareness.
In regions affected by Colony Collapse Disorder, bee population losses have reached alarming levels. The EEA Report of 2014 documented approximately 458,000 premature deaths in Europe linked to fine particulate matter. SuperOrganism connects these environmental realities to the public through direct experience: observing bees, following their data, and witnessing their patterns expressed as aerial art.
SuperOrganism reclaims aerial space as a medium for public communication. The sky, historically a shared commons, becomes a canvas where the invisible data of bee behavior is made visible, tangible, experiential.
This connects to Siegfried Kracauer’s concept of the mass ornament: collective patterns that emerge from individual movements, readable only from above. Where Kracauer saw industrialized spectacle, SuperOrganism proposes a bio-digital alternative. Choreography born from nature’s own algorithms, expressed through luminous machines in the common sky.
The project also operates as a platform for community engagement. Giorgio Rinolfi leads monthly public workshops where citizens contribute to choreography design, hardware development and ecological observation. This bottom-up approach challenges the growing monopolization of aerial space by surveillance and logistics, proposing instead a model where drones serve cultural expression and environmental awareness.
University of Genoa (DIBRIS) · CIMA · Ars Electronica
Open Source (Arducopter + vvvv)
SuperOrganism is built entirely on open source technology: Arducopter for flight control and vvvv for real-time visual programming. All hardware is designed and built in-house.