“The way we choose to see the world creates the world we see.” B.N.Kaufman
See the World in a New Light
GVANIM-SENSING is creating a breakthrough in hyper-spectral imaging.
Our innovative solution seamlessly integrates with existing cameras,
unlocking a world of unseen detail and spectral information.
Our innovative solution seamlessly integrates with existing cameras,
unlocking a world of unseen detail and spectral information.
Interview with GVANIM-SENSING CEO, Yoel Cohen
Our Vision:
Redefining Perception
We believe that everyone deserves to see the world in a whole new way.
Our mission is to revolutionize how we perceive the world around us by making hyper-spectral imaging accessible to everyone.
Learn more Our mission is to revolutionize how we perceive the world around us by making hyper-spectral imaging accessible to everyone.
Our Matrix:
Your Gateway to Hyper-spectral Imaging
Your Gateway to Hyper-spectral Imaging
Our groundbreaking passive optical layer seamlessly merges with current camera sensors, allowing them to collect hyper-spectral information while simultaneously enhancing the overall performance and functionality of the imaging system.
Upgrading the common CMOS imagers turns any monochrome camera into hi-end hyper-spectral imaging device.
Learn more Upgrading the common CMOS imagers turns any monochrome camera into hi-end hyper-spectral imaging device.
Our Matrix:
Hyper-spectral Imaging on Chip
Hyper-spectral Imaging on Chip
- True hyper-spectral across wavelengths, incl. VIS, NIR, and SWIR
- High spectral resolution without sacrificing frame rates
- No narrow band filters, no moving parts
- High resolution at video rates
- Still camera/objects' imaging
- Drop-in passive optical layer - integration flexibilty
Our Team
Our team of experts in spectral imaging and innovation management strives to provide the best return on your investments
- Yoel CohenFounder & CEO
- Technion: Ph.D. in Solid State Physics
- Tower Semiconductors: Lithography Engineer
- Nova Measuring Instruments: Chief Scientist, Physics Dept.
- Ministry of Water and Energy: Chief Scientist, Renewable Energies Projects
- AdOM: Head of R&D, Medical Device for Eye Diagnosis
- Vladimir MuzykovskiCo-founder & R&D head
- Nova Measuring Instruments: Novel hyperspectral Imaging system for OCD and thin film control.
- MicroPointing: CTO. Novel sensor for mobile phones
- PixCell Medical Technologies LTD: Image-based cell haemoglobin measurement
- ChroniSense LTD: Signal processing algorithms.
- Alexander PeskinBusiness Development Advisor
- May LLC: Disruptive Technology Development Director
- Danone Dairy: R&D VP CIS
- Mission Foods (GRUMA Inc.): General Director
- Mars Chocolate: R&D VP CIS
- Mars LLC: New Technology Development & Innovation Director
Applications: Expanding the Possibilities
Our hyperspectral imaging technology empowers industries with unprecedented insights.
Explore the potential of seeing beyond the visible.
Q&A
We are happy to introduce our technology to you
Q: Are filters such a big problem for existing solutions on the market?
A: The presence of filters is leading to a decrease in throughput because of photon obstruction. When dealing with 3-5 bands, this presents a slight concern for video rates. However, with 10 bands or more, the frame rate declines, making video rates impractical. In the near-infrared and infrared spectrums, there is an additional significant challenge regarding the effective "full well capacity”. Extended integration periods result in increased dark currents, which in turn diminish the dynamic range. Therefore, you must either take measurements quickly or not take them at all.
Q: How does the technology reduces cost for the NIR range?
A: We are not lowering the price for the sensors. Our enhancement process can be carried out using cost-effective methods and convert the sensor from monochromatic mode to a hyperspectral mode within the wavelength range where the sensor operates
Q: Is you market foreign object detection in food production?
A: The existing focus of the product is identifying foreign objects in industrial production lines. Nevertheless, the technology is versatile, and because of its cost-effective implementation, future goals include offering solutions for mobile devices and additional applications that necessitate high frame rates, such as self-driving vehicles, industrial conveyor systems, and many more.
Q: Does your solution help to abandon the use of intermetals?
A: We do not use metals or intermetals and our matrix materials are above the current sensors that are known broadband sensors.
Q: Does silicon work well around 1100 nm?
A: Yes, there are Si based solutions for the 700-1700 nm range. So, the solution can cover these ranges.
Q: your question here
A:
Let's Connect: Shape the Future of HyperSpectral Sensors
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