Lunes Robotics
creates software enabling humanoid robots to perform manual industrial labor - reliably and securely.
one platform. any humanoid. runs your night shift.
creates software enabling humanoid robots to perform manual industrial labor - reliably and securely.
one platform. any humanoid. runs your night shift.
Our technology adds human-like flexibility, adaptive decision-making, and safe autonomous behavior to robots that operate where traditional automation fails.
We build industrial-grade, hardware-agnostic humanoid robotics software, designed for real factories, not labs.
We start with simple, high-value industrial use cases - real tasks that deliver measurable impact from day one.
Current automation systems are rigid, expensive, and tied to fixed environments. Robots struggle with variability, mobility, and real-world complexity.
A flexible, intuitive robotics platform enabling adaptive behavior in real industrial environments.
Repetitive manual tasks still dominate factories.
Mobile robots that can autonomously load, unload and operate industrial machines.
Cobots are stationary and AGVs don't usually adapt to changing workflows.
Adaptive humanoid robots that move between workstations and dynamically adjust to tasks.
Most humanoid robots are showcase prototypes — not built for production.
Industrial-grade software designed specifically for factory environments.
Automation is often too expensive for SMEs.
A scalable platform with modular deployment and low upfront cost.
Robot suppliers cannot ensure full EU regulatory compliance — from cyber security to machinery safety certification.
Built-in VDA 5050 compliance, EU Machinery Regulation 2023/1230 readiness, and Cyber Resilience Act (CRA) preparedness — EU market access from day one.
AI can move a robot. We make it safe enough for the factory floor.
The same reason you wouldn't ask an AI to count every word in a 10,000-page document — you'd write a program. ARCS applies this principle to robotics: AI synthesizes the robot program at design time, deterministic code executes it, and AI sub-tools augment it at runtime.
Every improvement in AI — better perception, smarter planning, more accurate world simulation — makes our synthesized programs better. None makes our approach obsolete.
Multi-robot orchestration, task allocation, factory system integration (MES, ERP, WMS)
AI-driven task decomposition, world models, digital twin safety verification
Navigation, manipulation, object detection, machine operation
Motor control, unified perception, kinematics — the hardware equalizer
We provide industrial-grade humanoid robotics software that turns generic robots into workers. Our platform enables capabilities such as autonomous navigation, precise manipulation, adaptive task execution and seamless integration into existing factory environments.
With our technology, manufacturers can deploy humanoid robots faster, scale automation across multiple use cases and achieve predictable performance without the complexity of traditional robotics engineering.
We are actively seeking pilot customers with real industrial applications where humanoid robotics can create measurable value - from machine tending to material handling and repetitive shop-floor tasks.
We also welcome investors who share our belief that software-defined humanoid robotics will transform the future of industrial automation and want to support us in scaling this technology into real factories.
Have a use-case? Contact us today.
Your machine + our robot = out-of-the-box automation. High-volume machine producers can bundle a humanoid robot with Lunes software as a pre-configured automation add-on. We pre-build ARCS programs per machine model — one-time integration effort that scales across every unit sold.
CEO
Large-scale automation & factory implementation
Project execution, industrial systems planning
CTO
Robotics & software architecture
Technical leadership, system design
CBO
Strategic partnerships
Finances & Business development
From kick-off to production-ready deployment in approximately 9 months.
Setup & use-case definition
Month 1Robot & software integration at your facility
Month 2 - 3Live testing & iterative optimization
Month 4 - 6KPI validation & safety certification
Month 7 - 8Production-ready deployment
Month 9