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Cupertino, United States
1-10 Employees
2020
We founded Refiberd with the goal of bringing the cutting-edge of AI research to the fashion industry. Refiberd’s technology layers a state-of-the-art hyperspectral imaging system with artificial intelligence to accurately detect fiber composition and contaminant presence in textile waste. From our deep research backgrounds in artificial intelligence and textile engineering, we believe in the power of technology to unlock a 100% circular economy.
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Advanced material detection via AI-based hyperspectral imaging
... We've developed a highly accurate AI-based hyperspectral imaging system from the ground-up that powers detection and sorting across a broad range of fibers. ...
Baie-D'Urfé, Canada
1-10 Employees
2014
Several innovations developed by MatrixSpec are global game changers. Founded in 2014 and based on over ten years of state of the art research, MatrixSpec’s patented technology is able to assess the quality and safety level while providing detailed analysis of various types of eggs, cuts of meat, and other processed foods. Michael is a professor of Bio-resource Engineering at McGill University and is one of the world’s foremost experts on Hyperspectral Imaging as it relates to food processing. Laura is one of the world’s leading experts in image processing and pattern analysis, with a primary focus on the food and agri-food industry.
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Hyperspectral Imaging
... Hyperspectral Imaging ...
South Cambridgeshire, United Kingdom
11-50 Employees
2020
We are proud to release our HSI camera for computer vision developers! Our vision is to seamlessly integrate hyperspectral imaging into the fabric of everyday life, a commitment that is reflected in our name, Living Optics – because we want to be an integral part of how people see and interact with the world around them. Find out how your products look in any lighting condition with hyperspectral imaging. Our remote working colleagues offer a diverse and refreshing perspective from as far wide as Taiwan and Scotland. Head over to the Products page to see more. Hyperspectral imaging offers farmers the data they need to better understand how their crops are growing as well as the impact of environmental factors such as soil quality and resource utilisation.
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Living Optics Camera: The Future of Hyperspectral Imaging
... Living Optics Camera: The Future of Hyperspectral Imaging ...
Fitchburg, United States
101-250 Employees
2003
We develop and deliver spectral instrumentation solutions for our customers that meet or exceed expectations, while providing full product support. Discover how our products empower researchers, manufacturers & processors, and instrument makers to solve problems, and accelerate progress. Discover how our products empower researchers, engineers, and instrument makers to solve problems, and accelerate progress. As a U.S.-based manufacturer, Headwall designs and deploys complete, integrated systems and solutions for end-users, and also develops application-specific optical modules, such as spectrographs and spectrometers for OEM customers. In each case, Headwall delivers innovative solutions that combine advanced sensors and powerful yet intuitive applications software. Born with an entrepreneurial spirit, Headwall Photonics® began with a singular focus on diffractive optics and the unique ability to collect and manage reflected light to become the world’s leading supplier of high-performance spectral acquisition instruments and exploitation software. The company was founded in 2003 after an operational divestiture from the holographic gratings division of Agilent Technologies. As one example of commercializing innovation, the Headwall team designed and manufactured a new class of instruments called spectral imaging sensors.
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Headwall UV-VIS Hyperspectral Imaging Sensor
... Headwall UV-VIS Hyperspectral Imaging ...
Vancouver, Canada
1-10 Employees
2019
At Echo Labs our mission is to make powerful HSI information available to the world faster and more affordably than ever. At Echo Labs we specialize in delivering powerful, customized HSI reports to decision makers. We offer expert driven HSI data collection solutions using helicopter, UAS, and ground based platforms.
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Hyperspectral Imaging Experts | Echo Labs
... Echo Labs provides expert driven VNIR/SWIR Hyperspectral Imaging solutions including data collection, processing, and analytics. ...
Tel Aviv-Yafo, Israel
2018
Our software-only product can be used on a regular smartphone to analyze skin and hair features, detect facial blood flows, and create melanin and hemoglobin maps from a simple smartphone photo. Provide a wealth of additional data for healthcare, fitness, nutrition, and many other purposes. Leverage users’ personal smartphone cameras to provide unparalleled online experience and matching capabilities. L Catterton-Backed Il Makiage Buys Israeli AI Startup Voyage81.
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Featured
Hyperspectral Imaging, In Your Pocket
... Products | Hyperspectral Imaging, In Your Pocket | ...
Hanover, Germany
1-10 Employees
2019
Our products based on spectral technology are used in the fields of plant breeding, agriculture and forestry, food industry, recycling and geology.
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Hyperspectral Imaging
... We design and manufacture integrated, user-friendly Hyperspectral Imaging Solutions - made directly for your application! ...
Reno, United States
11-50 Employees
2006
Mark led SpecTIR to become an internationally recognized leader in hyperspectral imagery collection and analysis. Oliver established SpecTIR’s data pedigree and project integrity leading complex projects centered on the data collection and the processing of multi-sensor data (multispectral, hyperspectral, thermal, high-res imagery and LIDAR) to provide classifications and biophysical index measures for environmental monitoring and assessment. A member of the SpecTIR team since 2015, Graham has played a key role in developing our operational strategies and data processing workflows into what they are today. SpecTIR is committed to a high performance culture and provides an environment that challenges our employees to be remarkable and obtain their full potential. We are an EEO/Affirmative Action Employer that understands the value of diversity and its impact on a high performance culture. SpecTIR delivers hyperspectral and geospatial solutions that enable critical mission operations for our government and commercial clients. SpecTIR® Global Services & Sales 9480 Gateway Dr. CEO - Mark Landers is CEO for SpecTIR LLC, and Director TerraCore Corp.
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Services | Hyperspectral Imaging | SpecTIR
... Hyperspectral Imaging with SpecTIR provides discrete mineral mapping for exploration clients in the mining, oil & gas, geothermal, and vegetation & environmental sectors. ...
Riga, Latvia
1-10 Employees
2023
SEPSISCAN is a spin-off company originating from the Institute of Atomic Physics and Spectroscopy at the University of Latvia, based in Riga, Latvia. SEPSISCAN has successfully graduated Batch 15 of Buildit Accelerator and is currently part of Health Founders accelerator Batch IV. Sepsis is a life-threatening syndrome of organ dysfunction caused by inadequate immune systems response to infection. It is a major global health concern affecting around 48.9 million people every year.
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Home
... A bedside hyperspectral imaging device for real time evaluation of microcirculation function. ...
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Some interesting numbers and facts about the results you have just received for Hyperspectral Imaging
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 94 |
| Amount of suitable service providers | 46 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 2002 |
| Youngest suiting company | 2023 |
Hyperspectral imaging (HSI) is a sophisticated technology that captures and processes information across the electromagnetic spectrum. Unlike traditional imaging techniques, which typically analyze just three bands of light (red, green, and blue), HSI divides the spectrum into many more bands. This division can be over a hundred narrow wavelengths, collecting spectral information for each pixel in an image. The rich data obtained allows for the identification and analysis of objects, materials, or processes by their spectral fingerprints, which are unique patterns of light absorption and reflection. In fields such as remote sensing, environmental monitoring, agriculture, and mineralogy, HSI has proven to be invaluable. It enables precise agricultural management by monitoring crop health and soil conditions, aids in mineral exploration by identifying specific geological formations, and supports environmental conservation by tracking changes in ecosystems over time. Furthermore, in medical diagnostics, HSI is emerging as a powerful tool for tissue analysis and disease detection, offering non-invasive methods to identify pathologies. By providing detailed spectral information that is invisible to the naked eye, hyperspectral imaging opens up new avenues for analysis and decision-making, enhancing our understanding of the world in unparalleled detail.
1. Enhanced Spectral Resolution
Hyperspectral imaging provides a significant advantage in spectral resolution over traditional imaging methods. It captures continuous spectral information for each pixel in the image, allowing for the detailed discrimination of materials and substances that appear identical in visible light or other narrow spectral ranges.
2. Improved Detection Capabilities
This technology excels in identifying, detecting, and classifying objects at a distance, often beyond the capabilities of standard imaging systems. By analyzing the full spectrum for each pixel, hyperspectral imaging can uncover hidden details, making it invaluable in applications like mineral exploration, agriculture, and environmental monitoring.
3. Non-destructive Analysis
A key benefit of hyperspectral imaging is its ability to conduct thorough examinations without physically altering or damaging the subject. This non-invasive approach is crucial in fields such as art restoration, food safety, and pharmaceuticals, where preserving the integrity of the object under study is paramount.
4. Real-time Processing
With advancements in processing algorithms and computing power, hyperspectral imaging systems can now deliver real-time data analysis and interpretation. This capability is essential for applications requiring immediate decision-making, such as in military surveillance and automated quality control in manufacturing.
1. Spectral Range
Ensure the supplier offers hyperspectral cameras that cover the spectral range relevant to your specific application, such as agriculture, mineralogy, or surveillance.
2. Spatial Resolution
The spatial resolution should be high enough to discern important details in the images for your intended use, affecting the clarity and usefulness of the data.
3. Data Processing Capabilities
Assess the supplier's solutions for handling the extensive data generated by hyperspectral imaging, including software for analysis and visualization.
4. Integration Flexibility
Review how easily the hyperspectral imaging system can be integrated with your existing equipment or systems, ensuring minimal disruption and compatibility.
5. Cost Efficiency
Consider not only the upfront cost but also the long-term operating expenses, ensuring the solution offers a good balance between performance and cost.
6. Customer Support and Training
The availability of comprehensive customer support and training resources is crucial to effectively utilize and maintain the hyperspectral imaging system.
7. Reputation and Reliability
Research the supplier's reputation in the market, including customer reviews and case studies, to gauge reliability and performance consistency over time.
Hyperspectral imaging technology has been revolutionizing a range of industries with its ability to provide detailed spectral information for each pixel in an image. In agriculture, it's used for precision farming, enabling farmers to monitor crop health, moisture levels, and nutrient content. This technology helps in making informed decisions about irrigation, fertilization, and pest control, optimizing crop yield and reducing waste. In the mining industry, hyperspectral imaging assists in mineral exploration and ore characterization. By analyzing the spectral information, geologists can identify minerals and their abundances in rock samples, making the exploration process more efficient and reducing environmental impact. The pharmaceutical sector benefits from hyperspectral imaging in quality control processes. It allows for the identification of compounds and ensures the uniformity of ingredients in drugs. This non-destructive testing method ensures that products meet stringent quality standards, safeguarding consumer health. Lastly, in environmental monitoring, hyperspectral imaging plays a crucial role in detecting pollutants and assessing water quality. By identifying specific chemical signatures, it can pinpoint areas of contamination, aiding in the swift response to environmental hazards. Each of these use cases demonstrates the versatile and impactful nature of hyperspectral imaging across different B2B landscapes, offering innovative solutions to complex challenges.
Hyperspectral imaging technology, a method allowing the capture and analysis of a full spectrum of light for each pixel within a scene, currently finds itself at various Technology Readiness Levels (TRLs), generally ranging from 6 to 9, depending on its application area. This broad TRL span is due to the technology's transition from well-demonstrated prototypes (TRL 6) to fully integrated systems in operational environments (TRL 9). The reasons behind its position include the successful demonstration of hyperspectral imaging systems in controlled environments, showcasing their capability to capture detailed spectral information across a wide array of wavelengths. This has proven invaluable in fields like agriculture for monitoring crop health, in environmental monitoring, and in medical imaging for tissue analysis. However, challenges remain in processing and interpreting the vast amounts of data generated, which can hinder its application in real-time scenarios. Additionally, the integration of hyperspectral cameras into smaller, more portable devices without compromising on the spectral resolution or range necessitates further innovation and development. These technical hurdles are pivotal in determining the specific TRL of hyperspectral imaging across different industries, as efforts continue to refine the technology's efficiency, data handling capabilities, and integration into various operational contexts.
In the Short-Term, hyperspectral imaging is set to become more accessible and integrated into various industries. Advancements in sensor miniaturization and AI-driven data analysis will enhance its application in agriculture for precision farming, environmental monitoring, and even in medical diagnostics. These improvements will lead to more compact, cost-effective devices that can be deployed in drones and handheld devices, enabling wider usage and real-time data processing. The Mid-Term developments will likely witness hyperspectral imaging technologies breaking new ground in automation and machine learning. As algorithms become more sophisticated, these systems will offer unparalleled accuracy in material identification, leading to significant leaps in manufacturing quality control and waste reduction. This period will also see the expansion of hyperspectral imaging into the consumer electronics sector, with smartphones beginning to incorporate these advanced sensors for enhanced camera functionalities. Looking into the Long-Term, hyperspectral imaging is expected to revolutionize remote sensing and space exploration. With the advent of more powerful computing capabilities and the development of hyperspectral satellites, the technology will provide detailed insights into environmental changes, planetary exploration, and disaster management on an unprecedented scale. Furthermore, advancements in quantum computing could unlock new dimensions in hyperspectral data processing, offering real-time analytics for global-scale applications, thus paving the way for its integral role in smart cities and sustainable development initiatives.
