NOAH Robotics
The compliant reliable companion asset.
At Noah Robotics, we are designing Hardware and AI together for a precise motion, reliability on heavy load and integrated embodied intelligence.
Embodied Intelligence
Fusionning Intelligence, Mechatronics and Control
The future of humanoid robotics requires more than artificial intelligence and machine learning. It depends on their effective integration with advanced mechatronics and control systems.Our goal is to build reusable technology blocks that accelerate the development of humanoid capabilities.To achieve this, we are developing a modular architecture designed to evolve rapidly from hardware and software prototyping simulation to in-real-world iterations, for efficient industrial applications.
When NOAH preserves Know-How
Now is the right time
By 2035 in Europe, around 10 million workers will retire, taking with them critical industrial know-how. Beyond recruitment, this is a major risk to production capacity in key sectors such as luxury craftsmanship, automotive, aerospace, and medical devices.NOAH Robotics was created to address this challenge, through a humanoid robotics approach that tightly integrates mechatronics, control systems, and artificial intelligence to learn and reproduce workers skills with high fidelity.
BIOMECANICS- Acurate functional biomecanics
- Precise semi flexible tendons SFT
- Reliable multi-DOF actuators
- Proprioceptive sensor controled
- Advanced light composit materials
EMBEDDED HARDWARE- Powerfull & light PCB RadialFlux motors
- Low-level multi-DOF optimized for VLA
- Real-time Sensitive adaptation 100Hz
- Microcontroler level reactive "reflexes"
- Optimized powermanagement
AI & MACHINE LEARNING- Autonomous embodied AI, local inferences
- Multi-DOF specific ML library
- "Post-VLA ready!"
- Adaptive to human interaction
- Opensource tuning & user interface
Use Cases
The founders of NOAH Robotics are exploring new architectures for high-precision robotic manipulation, with a focus on dexterous hands and embodied AI, with decades of combined experience in bionic medical devices, automotive automation, and VLA machine learning.
Ecosystem integration
Go To Market Forecast
NOAH Robotics explores new architectures for high-precision robotic manipulation, with a focus on dexterous hands and embodied AI.Rather than spending years focused on a single product, our strategy is to progressively target three markets of increasing complexity.Through active collaboration with the open-source community, we seek to accelerate innovation, benefit from real-world feedback, strengthen our technology stack, and help build the foundations of the future humanoid robotics ecosystem.
Q3 2026 - Early-stage
Actualy we are actively working on:
- System architecture
- Early prototyping POCs
- Bricks validation
- Strategic partnerships
- Incubation and fundraising
Q4 2026 - Seed target
- MVP1 for lab developers: Q4 2026
- GoTo Market start: Q1 2027
- MVP2 for industry developers: Q3 2027
- GoTo Market start: Q4 2027
- MVP3 for humanoids users and pre-series: Q1 2028
Guillaume BONIFAS
CEO: Project Lead - Strategy25+ years of experience in Bionics and Medical Devices, as a Clinician, R&D Product Manager, Entrepreneur, Consultant for early stage start-ups and Tech Writer.With his end-user vision, Guillaume brings to the project his expertise in Biomechanics & Neurology for humanoids motion, Carbone and Silicone Materials, Prototyping to Production Scaling, and international Business Management
Damien FRECHOU
CTO: System Vision - Architecture10 years of experience in the Automotive and Retail sectors, modeling mechatronic systems, as an Engineer, Full Stack Developer, and Consultant.With his cross-functional background, Damien brings to the project his expertise in Data Science, Machine Learning, Mechatronics, Control Systems, Computer Vision, Web & Mobile Development, and Industrial Standards Compliance
