The future of smart structures
Discover the ultra-sensitive deformation sensor technologies of Nanomade during the Aerospace Valley 2026.
Join us, from June 4 to 5, 2026, at the Casino de Biarritz, to explore how our quantum deformation sensors can monitor, analyze, and secure critical structures in real time.
A new approach to the safety of aeronautical structures
Nanomade highlights a new generation of technologies dedicated to the safety of structures and the monitoring of critical systems in aeronautics.
Thanks to its ultra-thin and highly sensitive deformation sensors, Nanomade makes it possible to accurately measure the mechanical stresses, structural deformations, and impact forces experienced by aeronautical components, particularly during sensitive landing phases, embarkation or operational.
Integrated directly into structures or equipment, these sensors provide continuous real-time monitoring of the structural condition of components. This approach makes it possible to detect stress levels, identify potential structural weaknesses and anticipate maintenance operations before the appearance of critical failures.
Nanomade technology thus contributes to enhancing aircraft safety, optimizing predictive maintenance strategies and improving the reliability of aeronautical infrastructures.
Thanks to its ultra-thin and highly sensitive deformation sensors, Nanomade makes it possible to accurately measure the mechanical stresses, structural deformations, and impact forces experienced by aeronautical components, particularly during sensitive landing phases, embarkation or operational.
Integrated directly into structures or equipment, these sensors provide continuous real-time monitoring of the structural condition of components. This approach makes it possible to detect stress levels, identify potential structural weaknesses and anticipate maintenance operations before the appearance of critical failures.
Nanomade technology thus contributes to enhancing aircraft safety, optimizing predictive maintenance strategies and improving the reliability of aeronautical infrastructures.
The key benefits:
- Real-time structural monitoring
- Ultra-precise detection of deformations and impacts
- Risk anticipation and predictive maintenance
- Discreet, lightweight and adaptable integration into complex structures
- Reliable solution for critical and demanding environments
Technologies designed for demanding environments
Designed for aeronautics, space and advanced mobility, Nanomade solutions offer continuous and non-intrusive monitoring of sensitive structures.
Our technologies improve the structural integrity of components while reducing the risk of failure and maintenance costs.
Thanks to their flexibility and high sensitivity, our sensors integrate easily into complex structures while maintaining reliable performance in constrained environments.
Our technologies improve the structural integrity of components while reducing the risk of failure and maintenance costs.
Thanks to their flexibility and high sensitivity, our sensors integrate easily into complex structures while maintaining reliable performance in constrained environments.
Advanced HMI for Aerospace & Defense
At Nanomade, we are reinventing human-machine interfaces (HMI) by transforming traditional surfaces into smart interactive interfaces thanks to our advanced force & touch sensing technology.
Integrated behind surfaces, our ultra-thin sensors create intuitive touch controls that can detect touch, pressure and gestures with great precision. This approach provides operators with seamless access to essential functions and information while limiting distractions and improving the user experience.
Applied to aeronautical environments and critical systems, our technology contributes to the design of new generation cockpits and dashboards, more immersive, ergonomic and secure.
Integrated behind surfaces, our ultra-thin sensors create intuitive touch controls that can detect touch, pressure and gestures with great precision. This approach provides operators with seamless access to essential functions and information while limiting distractions and improving the user experience.
Applied to aeronautical environments and critical systems, our technology contributes to the design of new generation cockpits and dashboards, more immersive, ergonomic and secure.
Key Benefits:
- Intuitive interaction thanks to force & touch
- Improvement of the operator experience and safety
- Reduced distractions and better ergonomics
- Invisible and smooth integration into existing surfaces
- Precise detection of touch, pressure, and gestures
- Design of cockpits and next-generation interfaces
Areas of application:
- Smart cockpits and dashboards
- Aeronautical and defense onboard interfaces
- Touch controls built into surfaces
- Intuitive control of critical systems and equipment
Pulse, the intelligent physiological monitoring
In the aeronautics, space and defense sectors, monitoring the physiological state of operators is essential to ensure safety, performance and decision-making under demanding conditions.
Thanks to its ultra-sensitive, thin and flexible sensors, Pulse allows for continuous and non-intrusive monitoring of vital signs in real time, such as heart rate, respiratory rate, heart rate variability (HRV) and micro-movements.
Discreetly integrated into equipment or wearables, Pulse technology helps detect stress, fatigue and cognitive overload while ensuring accurate, reliable and comfortable monitoring for critical aeronautical and space environments.
Thanks to its ultra-sensitive, thin and flexible sensors, Pulse allows for continuous and non-intrusive monitoring of vital signs in real time, such as heart rate, respiratory rate, heart rate variability (HRV) and micro-movements.
Discreetly integrated into equipment or wearables, Pulse technology helps detect stress, fatigue and cognitive overload while ensuring accurate, reliable and comfortable monitoring for critical aeronautical and space environments.
Key Benefits:
- Real-time and non-intrusive physiological monitoring
- Detection of stress, fatigue, and cognitive load
- Accurate and reliable vital data
- Improvement in the safety and performance of operators
Come discover and test our latest innovations on our demonstration area.
Interested? Discover all the information by contacting us here.
Interested? Discover all the information by contacting us here.
