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Matt Theurer
Leader in spectral data and AI/ML evolution
Matt Theurer is the Chief Executive Officer and Co-Founder of HyperSpectral.ai, a company focused on developing and applying sensor and imaging technology to improve the world.13 He has an extensive background in IT solutions and entrepreneurship spanning over 30 years.1
Career Highlights
Previous Ventures::
- Co-founded Brigh Technologies in 2001, specializing in disaster recovery and highly available systems architectures1
- Co-founded Virtustream, a cloud service provider, in 20091
- Sold Virtustream to EMC for $1.2 billion in 20151
Roles at Virtustream::
- Served in various leadership positions, including:
- Senior VP of Professional Services
- Head of core IaaS business
- Leader of global pre-sales organization
- SVP of Product Management
- Head of Innovation and R&D1
Recent Positions::
- Executive VP of Service Delivery at Beep, Inc. (October 2021 - December 2022)1
- CEO of HyperSpectral.ai (October 2022 - Present)12
Education and Expertise
Matt holds a Master's degree from the Massachusetts Institute of Technology (MIT).1 His areas of expertise include:
- Designing and deploying IT solutions
- Architecting technical solutions for companies of various sizes
- AI/ML-powered solutions
- Autonomous mobility services
- Sensor and imaging systems13
Recent Achievements
- HyperSpectral.ai secured $9 million in funding for their SpecAI platform in June 20242
- The company was recognized as one of the "2024 Red Hot Companies" by DCA Live3
- Matt received an award for "Best CEO" in August 20244
As the leader of HyperSpectral.ai, Matt Theurer continues to focus on developing and applying technology to solve real-world challenges and improve various aspects of our world.13
Highlights
E. coli, salmonella, listeria, staph aureus. Tens of millions of Americans get sick each year from these and other foodborne diseases.
At HyperSpectral, we are revolutionizing food safety with our AI-powered spectroscopy solution. Our technology can not only halt disease outbreaks before they take hold but can also identify root causes and predict whether environmental factors heighten contamination risks.
By quickly identifying the presence and concentration of pathogens and other contaminants, we enable food processors to pinpoint the source and scale of issues, preventing small problems from escalating into major crises.
But there’s more to our platform than that.
We go beyond simple detection by integrating additional data like geographic location, environmental conditions and personnel schedules, providing deeper insight into the underlying drivers of contamination in food processing: do more outbreaks occur in the spring? Are there correlations with temperature and humidity?
Our software helps food processors answer these questions (and more) with actionable intelligence on why contamination happens, not just where it happens.
When product lines are moving at 200 feet per minute, speed is of the essence. Our hardware-agnostic platform allows for simultaneous testing for multiple contaminants at various points in the food processing operation, saving both time and money. Whether it’s testing the water supply used to wash food or swabbing production lines, our tech adapts to different use cases seamlessly.
Our goal remains clear: to protect public health by ensuring the safety of our food supply. By leveraging our innovative technology, we aim to set new standards in food safety and help food processors worldwide deliver safe, high-quality products to consumers.
I’ve always been drawn to using innovative technology to solve the problems we’re facing now and in the future. Seeing how long it took to receive COVID test results at the beginning of the pandemic, I knew there had to be a better way to rapidly detect this virus and dozens of other pathogens.
Enter spectroscopy. It’s been around for more than a century, but its applications have been relatively limited and its turnaround time too lengthy to be of concrete use. That’s because the world is a noisy place, and it can be difficult to quickly parse out the different spectral signatures for each virus, pathogen or foreign matter. But what if you took spectroscopy, infused it with artificial intelligence and trained it on multiple datasets to quickly decipher findings?
The result: Nearly unlimited potential to change how we look at not just pathogen detection but a whole range of issues and industries, from food safety and health care to defense and manufacturing.
Our hardware-agnostic SpecAI™ platform empowers companies to illuminate invisible threats and unlock valuable insights, all with a simple, quick scan. By using AI to identify unique patterns in the electromagnetic spectrum from any material or surface, we’re able to deliver results in real-time, far faster and cheaper than traditional methods.
This technology will revolutionize how the food safety and health care industries detect dangerous pathogens such as E. coli, salmonella, listeria, staph aureus and others — and that’s just the beginning. In the years ahead, I believe this technology holds the power to dramatically change the way many sectors and industries operate.
The recent advances in artificial intelligence are allowing us to reimagine the age-old technique of spectroscopy for our digital era. And we are excited to prove to the world that our technology not only works but that it can fundamentally transform the world.
