Teragon Robotics
Self-Replicating Humanoid Robots
We're developing humanoid robots that can build copies of themselves. Using modular hardware designs and AI planning systems, our robots will autonomously fabricate components, assemble subsystems, and construct complete robotic units from raw materials.
This technology addresses fundamental bottlenecks in manufacturing and deployment. Instead of building robots in centralized factories, a single seed robot can establish local production capabilities anywhere—from disaster zones to lunar bases.
Current Development
We're building the foundational technologies needed for self-replicating humanoid robots, starting with simulation-validated designs and progressing toward physical prototypes.
Modular Hardware Design
Humanoid robots designed with standardized interfaces and components that can be manufactured using available tools and materials.
Assembly Planning AI
Neural networks that decompose complex manufacturing tasks into executable sequences, handling tool manipulation and quality control.
Materials Processing
Systems for processing raw materials into usable components, including 3D printing, machining, and electronics fabrication capabilities.
Simulation Framework
Virtual environments where we test replication processes, validate designs, and train AI systems before physical implementation.
Target Applications
Self-replicating robots solve deployment challenges in environments where traditional manufacturing and logistics are impractical.
Remote Manufacturing
Establish production capabilities in locations without existing industrial infrastructure, reducing transportation costs and delays.
Space Infrastructure
Build habitats, solar arrays, and equipment on the Moon and Mars using local materials, avoiding expensive Earth-to-space transport.
Disaster Response
Deploy robotic teams that can multiply their numbers on-site to handle large-scale emergencies and infrastructure repair.
Research Focus
Robot-to-Robot Manufacturing
Developing AI systems that enable robots to manipulate tools, process materials, and assemble complex mechanical and electronic components with minimal human oversight.
Research Details →Self-Manufacturable Design
Creating humanoid robot architectures with standardized interfaces and components that can be produced using the robot's own manufacturing capabilities.
Research Details →Current Stage
We've developed simulation frameworks that validate our core concepts and are now transitioning to physical prototypes. Our modular designs have been tested in virtual environments, and our AI planning systems can successfully decompose complex assembly tasks.
We're seeking partners, investors, and team members to help us build the first generation of self-replicating humanoid robots.