A future
we build
together.
You build the platform. We build the operation.
Manufacturers, analog mission crews, and design partners.
Antroph
Visit AntrophClear intent.
Effective interaction.
Illustrative concept · not a depiction of Antroph hardware.
Explore the collaboration
Antroph is Section 31’s design partner for the experience of working with a robotic unit. The design direction spans communication, expressive signals, voice, movement, and interaction flows in demanding environments.
One ambition.
A whole ecosystem.
Explore the kinds of collaboration we welcome.
An invitation to collaborate. Only Antroph is presented as a named partner.
Bring the environment.
Bring the ambition.
Future visions · AI-generated concept imagery, not photographs of deployed Section 31 systems.
01Robot makers
Robot manufacturers & integrators
Humanoids, quadrupeds, rovers, drones, free-flyers, and manipulators. Explore platform integration, complementary roles, task handoffs, and useful work alongside people.
Components & manufacturing partners
Sensors, actuators, grippers, power systems, materials, fabrication, and maintenance expertise can help adapt platforms and tools to the work ahead.
02Analog missions
Analog missions & habitat teams
Analog mission organizers, habitat operators, and expedition crews can explore robot support for EVA simulations, equipment handling, inspections, and day-to-day crew routines.
Crew members & field practitioners
Astronauts, analog crews, technicians, scientists, and expedition leaders bring lived experience. Help define useful tasks and shape interaction around real routines and needs.
Habitat builders & infrastructure teams
Station and habitat developers, space architects, power-system teams, and logistics providers can explore how robotic crews fit into the places and systems people depend on.
Remote & demanding field sites
Polar stations, offshore facilities, remote observatories, industrial sites, and emergency-response training environments offer possible settings for relevant field learning on Earth.
03Researchers
Universities & research institutes
Robotics, AI, aerospace, mechanical engineering, and computer science groups can explore joint research, student projects, shared facilities, and repeatable evaluations.
Human factors & behavioral researchers
Psychology, ergonomics, human–robot interaction, accessibility, and team science can help investigate communication, trust, workload, social presence, and collaboration over time.
04Space teams
Space agencies & mission operators
Explore crew support, surface exploration, orbital work, cargo handling, and infrastructure needs with organizations planning and operating space missions.
05Technology
AI, computing & communications teams
Explore embodied intelligence, perception, edge computing, connectivity, and shared task understanding—with attention to intermittent links and the constraints of physical environments.
Testing & qualification specialists
Independent facilities and engineering teams can support reliability, environmental testing, cybersecurity, and human–robot evaluations as the work progresses toward harder environments.
06Enablers
Educators & public engagement teams
Museums, science centers, educators, and creative teams can explore live demonstrations and experiences that help people understand, question, and shape life with robots.
Investors, foundations & innovation programs
Support engineering, field research, shared infrastructure, and the team building it. Explore the investment story
Advisors & specialist contributors
Bring experience in design, mission operations, commercialization, standards, and international collaboration.
What could
we do together?
Bring an assignment, an analog mission, or a partnership idea. For a pilot, tell us where the work happens, when you need it, and what success would look like.
Prefer email? omolade@s31.space