Engineering the next generation of intelligent manufacturing.
Tai Factory builds the autonomous industrial layer for planetary and space civilization — modular factories, industrial robotics, and manufacturing AI, engineered from first principles.
From human-limited construction to autonomous industrial growth
Today's infrastructure expansion depends on human engineers, Earth-based factories, rocket launches, and manual maintenance. Tai Factory replaces every link in that chain with autonomous systems.
Current industrial model
- Human engineers
- Earth-based factories
- Rocket launch
- Human-controlled installation
- Manual maintenance
Tai Factory model
- AI design systems
- Robotic manufacturing
- Autonomous transport
- Self-deployment & self-maintenance
- Industrial replication
Build autonomous space infrastructure
Orbital stations, space factories, lunar bases, and asteroid industrial systems.
Reduce infrastructure cost
A target of 10× to 100× lower cost per deployed industrial capacity through robotics and automation.
Enable space manufacturing
A deliberate move from Earth manufacturing to space and solar-system manufacturing.
Create industrial autonomy
Progressing from A0–A1 human-controlled operation to A5 autonomous civilization-seed creation.
Build the physical expansion engine
The mechanism that converts energy into materials, infrastructure, and civilization growth.
Part of the KSTTai Holding stack
Tai Factory is the physical expansion layer of KSTTai — the division that converts intelligence and energy into built infrastructure.
Tai Principles
Intelligence and optimization, foundational to every KSTTai division.
Tai Energy
Abundant energy generation for industrial and computing systems.
Tai Fab
Abundant computing capacity underlying every autonomous system.
Tai Factory
Autonomous physical expansion — this division.
Four business lines, one industrial stack
Each product line ships on its own phase of the roadmap — status reflects where it stands today, not a finished catalog.
Autonomous Factory Systems
Modular autonomous factories that manufacture, assemble, inspect, and repair — deployed as owned systems or long-term operation contracts.
Space Infrastructure Services
Orbital stations, construction platforms, and maintenance systems, delivered through infrastructure leasing and government or commercial service contracts.
Robotics Platform
Autonomous industrial robots for mining, construction, assembly, inspection, and maintenance — sold as hardware, software, or managed fleets.
Lunar Industrial Ecosystem
A long-term program for lunar mining, factories, construction, and energy systems, monetized through materials, manufacturing services, and infrastructure ownership.
How organizations work with us
Ahead of full factory deployment, these are the engagements available today — starting with the software and simulation layer.
Factory Digital Twin & Simulation
Simulate factory design, robot deployment, production, and cost before a single system is built.
- Factory design simulation
- Cost & capacity optimization
- Autonomous operation planning
Robotics Mission Planning
Task planning, robot coordination, and failure-recovery logic for autonomous fleets.
- Task & fleet coordination
- Failure recovery design
- Resource optimization
Space Infrastructure Simulation
Modeling for stations, factories, logistics, and energy systems ahead of a mission commitment.
- Station & factory modeling
- Logistics simulation
- Energy system modeling
Engineering & Technology Licensing
Licensed access to elements of the Tai Factory autonomous industrial stack for qualified partners.
- Technology licensing
- Joint engineering programs
- Technology transfer
What we engineer
A full-stack industrial capability set — from mechanical design through the AI that runs the factory floor.
Factory, equipment, and systems design from first principles.
Structures, mechanisms, and precision manufacturing equipment.
PLC, SCADA, and process automation for continuous operation.
Mining, assembly, inspection, and mobile robotic systems.
Mission planning, scheduling, and autonomous decision-making.
Factory and mission simulation before a single part is built.
Resource processing and material science for extreme environments.
Inspection, detection, and closed-loop quality control.
The stack behind the factory
Standard industrial systems, unified under one autonomous control layer.
Industries we serve
Sectors where autonomous manufacturing capacity compounds fastest.
Engagement models
No two programs are the same scale — every engagement is scoped to mission, timeline, and site. These are the three ways to start.
Feasibility
A scoped study to test whether autonomous manufacturing fits your site, mission, or timeline before any capital commitment.
- Factory digital twin study
- Simulation & feasibility report
- Roadmap alignment review
Pilot Program
A defined manufacturing cell or factory prototype, engineered, deployed, and supported end to end.
- Manufacturing cell or prototype factory
- Robotics & controls integration
- Commissioning & operator training
Infrastructure Partnership
Orbital, lunar, or civilization-scale programs delivered as a long-term engineering and operating partnership.
- Multi-year program engineering
- Government & institutional contracts
- Infrastructure leasing or ownership
Figures are not published — every quote is built around scope, scale, and location. Request a proposal for exact numbers.
Five phases, 2026 to 2091
A phased execution plan — from a software platform to a solar-system industrial network.
Autonomous industrial software platform
Build the intelligence layer before hardware scaling: a factory digital twin, robotics mission planner, and space infrastructure simulator.
Autonomous Earth industrial systems
Deploy autonomous manufacturing cells and factory prototypes across robotics, energy equipment, and space components.
Orbital industrial infrastructure
Create the first autonomous space industrial ecosystem: a station, a robotic construction fleet, and manufacturing modules.
Lunar autonomous industrial base
A permanent lunar manufacturing capability: solar power, mining robots, resource processing, and continuous expansion.
Solar system industrial network
Asteroid factories and autonomous replication: one factory builds more factories, which build the industrial network that expands civilization.
Build with us
For partnerships, investment, or engineering collaboration, reach the Tai Factory team directly.
Direct contact
Every inquiry reaches the founder directly — expect a reply within two business days.