Cubert stands at the forefront of innovative hyperspectral camera technology, delivering essential real-time data for various UAV (unmanned aerial vehicle) remote sensing applications, including precision agriculture, environmental assessment, and tactical surveillance.
UAV Hyperspectral Imaging Solutions
In contrast too standard cameras that capture only three RGB channels,hyperspectral cameras can analyze the response of objects across numerous bands. Our ULTRIS X20P, engineered for drone applications, evaluates over 160 spectral bands within the 350 to 1000 nm spectrum.
Equipped with exclusive snapshot imaging technology, our cameras surpass customary hyperspectral systems like push-broom sensors. They capture entire scenes instantaneously, facilitating live data collection at video rates. By eliminating the need for scanning, our devices guarantee consistent, high-quality images even in the dynamic surroundings of drone flight.
Cubert’s groundbreaking hyperspectral imaging captures both light intensity and direction, yielding detailed spectral data for each pixel and enabling elegant post-processing options like refocusing. The data obtained from hyperspectral drone imaging is invaluable for assessing current terrain conditions and tracking changes over time.
Discover more: UAV Hyperspectral Imaging Solutions
Key Applications
Military & Tactical Operations
UAV-mounted hyperspectral imagers offer notable tactical benefits for military and governmental missions, enhancing situational awareness and facilitating better decision-making. By analyzing material-specific reflective properties, these systems can identify camouflaged, concealed, or buried targets, even in dense vegetation, low light, or challenging terrains.
These airborne sensors are also crucial for early detection of CBRN (chemical,Biological,Radiological,and Nuclear) threats. They can identify the unique spectral signatures of chemical agents, biological threats, and remnants of unexploded ordnance from a safe distance, eliminating the need for personnel to enter hazardous zones.
Additionally, spectral forensics can be employed for thorough detection of IEDs (Improvised Explosive Devices) and landmines.Subtle changes in the ground or disturbed vegetation can be algorithmically detected,classified,and georeferenced.
Civil Security & Emergency Response
The ability to detect hazardous materials, contaminated zones, or altered landscapes through drone-based hyperspectral reconnaissance equips first responders and governmental agencies with essential tools during critical situations where time is crucial. UAVs can identify pollutants in industrial sites or ports, locate leaks, and outline hazardous areas without endangering personnel.
In disaster scenarios such as wildfires,floods,or chemical spills,aerial reconnaissance provides accurate,real-time imagery with detailed spectral information. This data is vital for prioritizing response actions, coordinating emergency services, and assessing risks to vulnerable infrastructure.
Precision Agriculture & Research
Hyperspectral UAV technology has revolutionized phenotyping in modern agriculture. By systematically capturing the spectral signatures of individual plants, it allows for objective evaluation of agronomic characteristics such as chlorophyll levels, water stress, nutrient absorption, and disease susceptibility.Early detection of conditions like osmotic stress, salinity, or heat shock is absolutely possible through specific spectral signals, significantly speeding up the selection process.
Spectral vegetation indices, including NDVI, can reliably predict biomass growth and yield potential. The accurate identification of field variability enhances the statistical reliability and efficiency of agricultural trials,and this drone-acquired data can be integrated into GIS and phenotyping systems.
Industrial Inspection & Quality Assurance
UAV-enabled hyperspectral analysis offers a dependable non-contact approach for material and process monitoring in various industrial sectors, including raw material processing, chemical manufacturing, and plant engineering.The ability to identify surface materials, contaminants, changes in materials, or wear conditions facilitates predictive maintenance, boosts efficiency, and ensures compliance with regulatory standards. This capability is particularly vital in safety-sensitive industries such as energy, petrochemicals, and transportation logistics.
Our Product Lineup
ULTRIS X20
High-performance UV,visible & NIR hyperspectral snapshot camera
With an exceptional range of 350-1000 nm, the ULTRIS X20 is the first UV-VIS-NIR hyperspectral video imager globally.This advanced camera produces pristine hyperspectral images with a native resolution of 410 x 410 and 164 spectral bands, ensuring unparalleled operational speed.
The adaptable imaging solution comes in three different enclosures to meet various deployment needs – IP40 for standard drone use,IP65 for enhanced durability,and IP68 for waterproof and underwater applications,including UUVs.
ULTRIS X20 Plus
Enhanced hyperspectral camera with additional panchromatic sensor
The ULTRIS X20 Plus builds upon the base model by incorporating a panchromatic sensor, enhancing the spatial resolution of the spectral camera to 1880 x 1880 for superior detail and accuracy.
Weighing under 690g, the ULTRIS X20 plus is perfect for integration into various drone platforms. A specially designed UXG gimbal is also available for seamless mounting onto the DJI Matrice M300/350 RTK.
ULTRIS XMR
Next-gen VNIR camera with 1MP native resolution
The ULTRIS XMR is a state-of-the-art VNIR camera that spans the 430 to 910 nm spectrum, offering an impressive 1 megapixel native spatial resolution. It captures 61 spectral images simultaneously, providing a wealth of data for diverse applications.
The camera features USB3 connectivity for straightforward integration and enhanced data transfer capabilities, and can be customized to meet specific needs regarding wavelength range, number of spectral bands, and lens options.
ULTRIS 5
Affordable miniature hyperspectral camera
The ULTRIS 5 is cubert’s most compact hyperspectral imaging camera,offering a competitive price-to-performance ratio against RGB and multispectral alternatives. With a 5MP sensor covering the 450-850 nm VNIR range and weighing only 120g, it is ideal for drone OEMs.
The miniature camera can be fitted with a Relay Lens Adapter, allowing for the quick attachment of any C-mount lens, including macro or fisheye lenses. An HFR variant is also available, offering 10 GigE connectivity, maximizing the potential of the integrated Sony IMX250 sensor with frame rates up to 75Hz.
ULTRIS SWIR1
SWIR hyperspectral camera with frame rates up to 80 Hz
The ULTRIS SWIR 1 is a cutting-edge hyperspectral snapshot camera that operates within the 980 to 1650 nm range, achieving remarkable frame rates of up to 80 Hz, ensuring effective capture of rapidly changing scenes. Its compact and lightweight design makes it suitable for SWaP-constrained drone platforms.
This versatile imaging solution allows for easy lens attachment and swapping via a C-mount adapter. The SWIR range enables applications such as moisture content mapping and soil analysis.
CUVIS
Hyperspectral imaging software for real-time data acquisition & analysis
CUVIS is a sophisticated hyperspectral imaging software suite that offers a variety of powerful real-time data acquisition and analysis features with streamlined workflows.
Key features include:
- Customizable settings such as integration time and frame rate
- White and dark current referencing for noise-free data
- Distance calibration
- User plugins for specific imaging requirements like RGB True Color, CIR, and Pseudo Color Imaging
- Custom spectral indices
- Live classification tools for real-time identification and categorization
CUVIS AI
Machine learning-enhanced software for advanced applications
Currently in development, CUVIS AI leverages machine learning technology to expand the capabilities of the CUVIS software, enabling users to address a variety of complex hyperspectral imaging challenges. Advanced analytical methods allow the software to perform real-time feature identification and categorization with high precision.explore the potential of the open-source CUVIS AI software on GitHub, here.
Tailored Solutions
We provide a wide array of engineering and customization services that enable us to adapt our unique hyperspectral snapshot technology to your specific UAV imaging needs. Our offerings include:
- Feasibility Assessments – evaluate the applicability of hyperspectral imaging for your project and predict the quality of outcomes
- Customization & Integration – adapting our hardware, software, and optics to meet your specifications
- Production & Licensing – leverage our patent portfolio, with options for production managed by us or at your facilities
To learn more about how Cubert’s hyperspectral imaging technology can be customized for your specific needs, please contact us.
