Omnia per Omnia is the third generation of D.O.U.G., the robotic drawing system Chung has been developing since 2015. MIMICRY (2015) watched the artist's hand; MEMORY (2017) drew from a learned archive; Omnia per Omnia scales the system to twenty custom robotic units and takes its input from the live optical flow of New York City — motion data from public surveillance feeds, translated into collective robotic gesture.
The work was commissioned by Nokia Bell Labs as part of the Experiments in Art and Technology (E.A.T.) artist residency program, organized by NEW INC / the New Museum, and exhibited at Mana Contemporary, New Jersey, in 2018. It is part of the ten-year arc of Drawing Operations that runs from MIMICRY to RECURSIONS (2026).
Omnia per Omnia reimagines the tradition of landscape painting as a collaboration between an artist, a robotic swarm, and the dynamic flow of a city.
The work explores the poetics of various modes of sensing: human and machine, organic and synthetic, and improvisational and computational.
Through a collaborative drawing performance between Sougwen and a swarm of custom-designed drawing robots, the project explores the composite agency of an human and machine as a speculation on new pluralities.
Collaborators:
Sougwen Chung & D.O.U.G._L.A.S. (Drawing Operations Unit: Generation_3 Live Autonomous System).
Are we at the onset of a new, collaborative imagination — of radical new intersubjectivities?
Are we at the onset of a new, collaborative imagination — of radical new intersubjectivities?
Are we at the onset of a new, collaborative imagination — of radical new intersubjectivities?
Are we at the onset of a new, collaborative imagination — of radical new intersubjectivities?
What does it mean to collaborate with the spaces we inhabit, the tools we build? Where does “I” end and “we” begin?

Omnia Paintings
Four paintings, four optical-flow metrics, four locations — a distributed portrait of the city
~

01
01 — density study
(40.761124, -73.999089) / Hell's Kitchen, Manhattan
2018
Acrylic on canvas
48 × 48 in
Process: optical flow data and custom robotic system
In Omnia per Omnia, I collaborate through a drawing duet with machines to understand my own engagement to technological complexity, as articulated by a multi-agent body, and represent how these technological systems see in contrast to humans.
We are living in a time of unprecedented complexity, our senses are currently whip-driven by a feverish new pace of technological change.
The activities that mark us as human, though, don’t begin, exist in, or end by such a calculus.
- Adrienne Rich

02
02 — dwell study
(40.695045, -73.972466)
Fort Greene, Brooklyn
2018
Acrylic on canvas
48 × 48 in
Process: optical flow data
and custom robotic system

03
03 — direction study
(40.712848, -73.989411)
Lower East Side, Manhattan
2018
Acrylic on canvas
48 × 48 in
Process: optical flow data
and custom robotic system

04
04 — velocity study
(40.722215, -73.992944)
East Village, Manhattan
2018
Acrylic on canvas
48 × 48 in
Process: optical flow
data and custom
robotic system

~
Exhbition & Performance
Painting performances are 9 minutes in length. The collaboration is entirely improvised and showcases a process of human & robotic co-creation.
~

~
Sougwen Chung,
Omnia per Omnia (Performance) 2018
Akira Kanayama,
Remote Controlled painting, 1958
In Gutai Art, the human spirit and matter shake hands with each other while keeping their distance. Matter never compromises itself with the spirit; the spirit never dominates matter. When matter remains intact and exposes its characteristics, it starts telling a story and even cries out. To make the fullest use of matter is to make use of the spirit. By enhancing the spirit, matter is brought to the height of the spirit.
Credit: Jiro Yoshihara, "Gutai Manifesto," 1956.

Research

If we want our machines
to think, we need to
teach them to see.
-FEI FEI LI
(Professor of Computer Studies and AI Research at Stanford)
~

(BIO)METRICS OF THE CITY
The city of New York will become a conductor for multi-agent robotic agency. Motion vectors linked to DOUG_LAS robot system’s behaviour in the painting duet. Artist and this system of machines participate in the creation of an ephemeral portrait of a city in perpetual transition, the birthplace of E.A.T.
The first in a series of portraits of cities.
SURVEILLANCE APERTURES
What do public cameras see?How do they see us? Recordings of the different states of the city via publically available surveillance feeds. Collecting states through the algorithm’s perspective: information about density, dwell, direction and velocity.

~

WAYS OF SEEING
The philosophical underpinnings of the Bell Labs Motion Engine captures the optical flow of a scene as opposed to the single object; it privileges the action of the collective (the behaviour of the crowd) over individual surveillance (face tracking and recognition). The latter way of seeing as fragmented and discrete. Do CV systems that view a scene as a composition of discrete objects shape a sense of modern isolation?
How can computational ways of seeing reframe a collective imagination?
~

COLLABORATION
Omnia per Omnia is a continuation of a long-term project exploring human & robotic collaboration. This generation saw an evolution of the robotic form from singular to collective, as 20 custom designed units.

RITUAL
The paintings are a continuation of 5 years of blue studies on paper. Hex values to signify the hue of a generational time frame.

READING LIST
Zylinska, Joanna. The Perception Machine: Our Photographic Future between the Eye and Ai. The MIT Press, 2023.
Bratton, Benjamin H. The Stack - On Software and Sovereignty. MIT Press, 2016.
BERGER, JOHN. LANDSCAPES: John Berger on Art. VERSO, 2018.
~
Nusselder André. Interface Fantasy: a Lacanian Cyborg Ontology. MIT Press, 2010.
Rich,Adrienne. Arts of the Possible: Essays and Conversations. W.W. Norton & Co., 2002
Bacon,Francis. Advancement of Learning ; and, Novum Organum ; and, New Atlantis. EncyclopæDia Britannica, 1955.
~
Tiampo, Ming, and Alexandra Munroe. Gutai: Splendid Playground. Guggenheim Museum Publications, 2013.
Shaviro, Steven. Connected, or, What It Means to Live in the Network Society. University of Minnesota Press, 2003.
~
Haraway, Donna. “Situated Knowledges: The Science Question in Feminism and the Privilege of Partial Perspective.” Feminist Studies, vol. 14, no. 3, 1988
SELECTED PRESS
Stinson, Elizabeth. “What Artists Can Teach Us About Making Technology More Human.”Wired, Conde Nast, 15 May 2018, www.wired.com/story/bell-labs-eat-only-human-mana-contemporary/.
Abraham, Irina. “What Happens When Tech Engineers and Artists Collaborate? .” White Hot Magazine, 30 May 2018, whitehotmagazine.com/articles/bell-labs-at-mana-contemporary/3966.
FILM CREDITS
Concept by Sougwen Chung
Director: Cutter Hodierne
Producer: Taylor Shung
~
Director of Photography: Matthew Clegg
Production Design: Arriane Alizio
~
Original Score by Chris Leung & Mickey Partlow
ROBOTICS TEAM
Prototype: Sougwen Chung
Motion Engine: Larry O’Gorman, Nokia Bell Labs
Technical Direction: Andy Cavatorta
Fabrication & Design: Young Buk
Camera Systems Design: Scott Peterman
THANK YOU
Charlie Whitney, Domnhaill
Hernon, Aki Akiwumi,
Leif Percield, Ray Golden, Josh
Holtsford, Julia Kaganskiy,
Vida Chang, Neil Mendoza, Paolo
Salvagione, Sherry Wong
Commissioned by Nokia Bell Labs as part of
Experiments in Art and Technology artist
residency program, organized by New
Museum’s incubator NEW INC.
To learn more about the body of work, please visit the Press section.
For booking inquiries, please contact office@scilicet.xyz
For official press images, go here
SOUGWEN CHUNG:
DRAWING OPERATIONS UNIT:
GENERATIONAL TIMELINE
YEAR
TECHNIQUE
THEME
TIME
LOCATION
TECHNOLOGY
Generation 1
MIMICRY ⇢
2014 - 2016
Colour Tracking
Simultaneous, Mimicry
Immediate
Site Specific
4 axis Robotic Arm
Camera
Jitter,
Max MSP
Generation 2
MEMORY ⇢
2016 - 2018
Infra Red
Input / Output
Memory
Site Non-Specific
4 axis Robotic Arm
Camera
RNN, Python, Javascript, C++
Generation 3
COLLECTIVITY ⇢
2018 - Ongoing
Optical Flow
Multi-agent
Site Interpretive
New York City
Swarm Robotics
C++, CAD, Optical Flow, Global / Local
Positioning
Generation 4
SPECTRALITY ⇢
2020 - Ongoing
Form Tracking
Electro-physiological EEGBio Interpretive
Basel / London
6 axis Robotic Arm
Python, Custom Software & CAD,
Biometric Headset
Generation 5
ASSEMBLY ⇢
2022-Ongoing
Multi-Form Tracking
EEG
Multi-Positional
London / Helsinki
Multi-Robotic System
20 Year Training Data, Bio-feeback, Spatial Kinematics
Generation 6
SPATIALITY ⇢

2025-Ongoing
Spatial Gesture
Motion Capture, VR Controllers
London / Heilbronn
Robotic Simulation
Transformer Networks, Python, MERIDIAN training dataset
Generation 7
RECURSIONS ⇢
2026 - Ongoing
Gesture, Machine Motion, 頓 (dùn)
EEG alpha-wave
Hong Kong
Multi-Robotic System
2/3d gesture, Neural network, EEG threshold Data
© 2026 Sougwen Chung / SCILICET.
𝘖𝘱𝘦𝘳𝘢𝘵𝘪𝘰𝘯𝘢𝘭 𝘈𝘳𝘵
drawing alongside robotic systems since 2015
For acquisition, commissioning, & press: ⇢office@scilicet.xyz
© 2025 Sougwen Chung / SCILICET.
embodied collaboration; metamorphic ecologies.
For press and collaborations: ⇢office@scilicet.xyz
© 2025 Sougwen Chung / SCILICET.
embodied collaboration; metamorphic ecologies. For press and collaborations: ⇢office@scilicet.xyz
© 2025 Sougwen Chung / SCILICET.
embodied collaboration; metamorphic ecologies.
For press and collaborations: ⇢office@scilicet.xyz
© 2025 Sougwen Chung / SCILICET.
embodied collaboration;
metamorphic ecologies.
For press and collaborations: ⇢office@scilicet.xyz
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