We specialize in near-infrared hyperspectral imaging between 713nm and 920nm, developing cutting-edge tools that make the invisible visible. Our technology identifies unique spectral signatures of substances with high accuracy and precision.
Unlike traditional hyperspectral systems that rely on hundreds of wavelength bands and complex setups, our patented approach uses just 10 distinct bands at the pixel level, significantly reducing cost without sacrificing performance. With integrated tunable LEDs, our imaging units eliminate the need for external light sources, making them compact, efficient, and user-friendly.
Driven by a commitment to accuracy and accessibility, we are building a global spectral signature library and training AI to automate detection. Our goal: to put this powerful technology directly in the hands of end-users, democratizing data collection and enabling faster, smarter decisions in the field.
MISSION – To empower communities and industries with precise, affordable, and accessible hyperspectral imaging tools that detect otherwise invisible substances with high accuracy—enabling real-time decision-making and enhanced safety through AI-driven spectral analysis.
VISION – To become the leading provider of user-friendly near-infrared detection technology, putting powerful spectral analysis tools in the hands of everyday users and building a global spectral signature library that revolutionizes how the world identifies and responds to hidden substances.
OUR INSPIRATION
Industrial Hyperspectral Solutions was founded at the intersection of urgency and possibility.
In the beginning, our work was driven by a deeply personal and societal challenge: the growing impact of opioids and other synthetic narcotics. We saw a need for better tools: technology that could help identify dangerous substances quickly and reliably, before they caused harm. That initial purpose shaped our direction and instilled a lasting commitment to building solutions that make a tangible difference.
As our research progressed, it became clear that the core problem we were solving, detecting what cannot be seen, extended far beyond a single use case.
We began to recognize the same challenge across industries. In manufacturing, hidden contaminants can compromise quality and safety. In infrastructure, corrosion can develop beneath the surface long before it becomes visible. In critical systems, small, undetected issues can lead to significant consequences.
What inspired us most was this shared need: the ability to uncover hidden risks early, accurately, and efficiently.
That realization transformed our mission. Rather than building a tool for one problem, we set out to create a flexible platform capable of addressing many: adapting to different environments, materials, and challenges while maintaining precision and reliability.
Today, our work continues to be guided by that original spark: using advanced detection to solve meaningful problems. Whether it’s supporting safer industrial processes, improving inspection methods, or helping prevent unseen failures, we are focused on turning complex challenges into practical solutions.
Our inspiration is not tied to a single application—it’s rooted in the broader goal of helping people see clearly, act sooner, and make better decisions in the moments that matter most.
WHAT WE DO
Multispectral – captures image data at specific wavelengths across the electromagnetic spectrum, but only in a limited number of broad bands.
Hyperspectral – captures and processes information from across a very wide range of wavelengths, typically using hundreds of narrow spectral bands. Each pixel in a hyperspectral image contains a continuous spectrum, allowing for highly detailed analysis of materials and their properties.
Functional Group – the range from approximately 4000 to 1500 cm⁻¹. This region contains distinct absorption peaks that correspond to specific functional groups in a molecule.
Fingerprint – the range from 1500 to 400 cm⁻¹. It contains a complex set of absorption peaks that arise from bending vibrations and molecular interactions unique to each compound.
PARTNERS
AWARDS
2025 Hilliard Development Corporation Innovation Grant
2024 U.S. Entrepreneurship Competition