Featured Products
A connected suite of independent technologies, each built on shared Lunarux foundations.
LunaCore™
Intelligence & Activation Core
The foundational intelligence layer that powers decision-making, coordination, and activation across the Lunarux ecosystem.
Robotics
Autonomous Systems for Real Environments
Robotic platforms designed for industrial, environmental, and infrastructure applications, built on ethical, human-aware intelligence.
AetherTech
Intelligent Infrastructure & Atmospherics
Systems that manage, sense, and optimize complex environments—from atmospheric layers to future-ready urban and space infrastructures.
SVAI™
SVAI™ — How Space Operations Become Scalable
As space activity grows, it no longer behaves like a series of isolated missions. It becomes a continuous operational environment. Hundreds of robots, thousands of satellites, and increasing orbital debris create a level of complexity that human supervision alone cannot scale to manage.
The challenge is no longer reaching space — it is operating space sustainably.
What SVAI™ Does
SVAI™ is a strategic AI server designed to coordinate large-scale robotic operations in space. It does not control individual robot movements. It operates at the strategic layer, where complexity emerges.
- Aggregates system-wide data from robots, stations, and sensors
- Simulates operational scenarios before actions are taken
- Coordinates tasks across multiple robotic units
- Supports human engineers with structured decision intelligence
SVAI™ exists to keep complexity manageable as systems scale.
Human-Centered by Design
SVAI™ does not replace human decision-making.
- Humans define objectives
- Humans approve strategic plans
- Humans intervene when needed
SVAI™ analyzes, proposes, and coordinates — humans remain in control.
From Orbital Cleanup to Lunar Operations
Non-operational satellites and orbital debris represent not only risk, but untapped resources. SVAI™ enables coordinated robotic systems to:
- Identify and collect inactive satellites
- Transport materials to lunar processing zones
- Support construction and recycling operations on the Moon, reducing dependence on Earth-based launches
A Scalable, System-Level Architecture
SVAI™ does not depend on a single robot, a single mission, or a single location. As operations expand from Earth orbit to the Moon — and eventually beyond — the same coordination architecture scales with them.
Why It Matters
The future of space is not defined by distance traveled, but by how well we manage complexity beyond Earth. SVAI™ transforms space from a destination into an operational domain.
SVAI™ is the strategic layer that allows human-led space operations to scale safely and sustainably.
Intelligent Systems within the Lunarux Ecosystem
Lunarux develops intelligent systems that translate its core technologies into practical, operational platforms. These systems are not standalone gadgets; they are composable units within a coordinated, deep-tech ecosystem.
LX-M01 — Experimental Humanoid Robot
LX-M01 is an experimental robot built to test and demonstrate Lunarux core intelligence systems. It shows how our AI works in real-time, not through fake emotions, but through clear, observable system states.
What it is
LX-M01 is a research and demonstration platform. Engineers, partners, and investors can see how Lunarux robots think, respond, and maintain internal order. It's a bridge between concept and real-world deployment.
Energy Core Orb
Inside LX-M01's head is an Energy Core Orb. This orb shows the robot's internal state in real-time — active, standby, processing, or warning. You can see the intelligence working, not as emotion, but as a controlled, transparent system.
Purpose
- Test and demonstrate core intelligence systems
- Show how Lunarux AI operates in real-time
- Prove that AI can be observable, accountable, and disciplined
- Help people understand how our robots think and respond
LX-M01 is not a consumer robot. It's a research platform that proves artificial intelligence can be transparent and trustworthy.
Lunarux Smart Aerostat — Intelligent Atmospheric Platform
The Lunarux Smart Aerostat is an intelligent airborne platform designed to operate as a persistent atmospheric system, not a temporary flying device. Unlike conventional balloons or drones, the aerostat functions as a long-duration, AI-assisted environmental node.
What it does
- Operates at low-to-mid atmospheric altitude for extended periods
- Collects environmental data (air quality, temperature, particulate density)
- Supports air filtration, cooling, and localized climate mitigation
- Acts as a communication and monitoring relay
Why it matters
Urban environments face increasing pressure from heat accumulation, air pollution, and limited ground-based mitigation capacity. The Smart Aerostat shifts part of this load off the ground, allowing cities to address environmental challenges from above, continuously and intelligently.
How it fits
- Operates autonomously with human supervision
- Integrates with Lunarux AI systems for monitoring and optimization
- Can be coordinated at scale as part of future smart-city or environmental infrastructure
LX-M02 — Modular Service & Support Robot
LX-M02 is a modular robotic platform designed for service, maintenance, and support tasks across controlled environments. It is not a consumer robot. It is a functional system unit built for reliability, adaptability, and long-term operation.
Core capabilities
- Modular body architecture for task-specific configurations
- Autonomous navigation in indoor and semi-structured environments
- Object handling, transport, and basic manipulation
- Human-safe interaction for shared workspaces
Operational role
- Facility operations
- Equipment inspection
- Logistics and material handling
- Routine maintenance tasks
LX-M02 is designed to reduce human workload, not replace human expertise.
System integration
- Operates with embedded intelligence for local autonomy
- Can be supervised and coordinated as part of a larger robotic fleet
- Scales from single-unit deployment to multi-robot systems
LX-H02 — Humanoid Guide Robot
LX-H02 is a friendly guide robot designed for public spaces like research centers, exhibitions, campuses, and experience zones. It welcomes visitors, shows them around, and helps them find what they need.
What it does
- Welcomes and greets visitors in public spaces
- Guides people to different areas and facilities
- Provides basic information and explanations
- Helps make complex spaces more accessible and easy to navigate
Design approach
LX-H02 is designed to be friendly and approachable. Its appearance and interaction style make people of all ages feel comfortable. It has contextual awareness and guided knowledge, so it can introduce spaces, direct visitors, and provide explanations without interrupting ongoing work.
Role
LX-H02 acts as a bridge between people and complex systems. It doesn't make decisions for people — it helps them understand and navigate spaces more easily. The robot makes human environments more accessible, calm, and intuitive.
LX-H02 is not designed to replace human presence. It's designed to make human environments better.
Position within the Ecosystem
These systems serve different layers of the Lunarux architecture:
- LX-M01 → research and demonstration of core intelligence
- LX-H02 → human-facing guide and assistance in public spaces
- Smart Aerostat → environmental and infrastructure intelligence
- LX-M02 → physical service and operational support
They are applications of core Lunarux technologies, not isolated products. Each system operates independently, integrates seamlessly, and scales within a coordinated ecosystem.