Technology
Pioneer in the field, we develop a revolutionary technology based on Reconfigurable Intelligent Surfaces (RIS) and advanced physics-inspired algorithms, to efficiently and dynamically direct signal carrier waves in real time.
This disruptive technology, which is both more efficient and less energy-intensive, also offers the advantage of reducing dependence on semiconductors compared with conventional solutions. It offers major potential for transformation in many sectors, both in France and internationally, including defense, space, automotive and telecommunications.
Performance
Low energy consumption
Competitive costs
Semiconductor frugal
Greenerwave’s technology stands out by combining performance, low energy consumption, and competitive costs while adopting a frugal approach to semiconductors.
Our technology is based on an innovative concept: it shifts the complexity typically embedded in hardware to software. By leveraging simple and readily available components, this approach significantly reduces reliance on semiconductors, providing a more resilient solution in the face of shortages and better suited to long-term sustainability requirements.
Moreover, the flexibility of our technology allows it to adapt to a wide range of applications, paving the way for major transformations in various strategic sectors. Whether it’s optimizing communication systems in defense, developing advanced solutions for the space industry, enhancing performance in autonomous automotive, or revolutionizing telecommunications, our technology meets the diverse needs of industries both in France and internationally.
This versatility positions Greenerwave as a key player in the evolution of connectivity and detection technologies.
Smart materials with tunable properties
- Industry ready manufacturing
- Designed for mass market
- Conventional PCB with off-the shelf electronics
- Reflective control, agnostic to signal
- Ultra-low Power and high efficiency
Deep physics algorithms to shape waves
- Powered by AI
- Building up on decades of experience in wave control
- Inspired from Wavefront shaping in complex media
- Based on wave physics equations
Packaged into leading edge solutions
- High tech RF for mass market
- Embedded into products with state-of-the-art functionalities
- Driven by the use case and customer needs
Our origins
A leading deeptech from French CNRS, Langevin institute and ESPCI Paris.
From time reversal
We benefit from decades of experience of wave control in complex media, from acoustics to optics, applied to imaging, communications and sensing.
Via wave front shaping in optics
We apply the principles we have developed with spatial light modulators in the optical domain, to shape light fields in very scattering media.
Using tunable metasurfaces
We leverage our deep knowledge Reconfigurable Intelligent Surfaces (RIS), and design ultra-simple electronically reconfigurable materials.