Battling the Fentanyl Epidemic with Proven Science
InspectIR Systems is a leader in portable lab solutions powered by mass spectrometry. Through the use of proprietary hardware and software solutions can determine the volatile organic compounds (VOCs) and chemistry present at the point of concern. This capability allows for screening and early detection of hidden/smuggled illicit drugs without human or canine contact.
The United States is in the midst of a deadly fentanyl epidemic. It is storming our borders and arriving at our ports in overwhelming numbers. Current interdiction methods are costly and dangerous. InspectIR Systems introduces a solution to reduce exposure risks to first responders and canine search assets.
“Mass Spectrometry (MS) in conjunction with robust chemometric software have allowed for the simultaneous determination and comparison of thousands of chemical small molecules in biologic systems”
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Contraband Detection
FIDO - Real-time Laboratory Level Performace
The InspectIR FIDO is a first-of-its-kind device that utilizes a mini mass spectrometer and our other patented components to deliver lab results at the point of need.
By analyzing samples by their chemical fingerprint, we are able to look for the presence of chemicals in air that allow us to determine if illegal narcotics are present in a sample.
Leveraging Proven Science to Monitor Narcotics & Explosive Organics Around the World
COLLECT SAMPLE
Gather sample of environmental surroundings via FIDO’s proprietary collection methods
CHEMISTRY
Chemistry in the subject’s breath is captured on the patented inspector systems device.
ANALYSIS
Patent issued measurement process runs, allowing identify- cation & qualification of narcotics or explosives.
RESULTS
InspectIR systems device analyzes and displays results utilizing proprietary software.
Illicit Drug Detection & Environmental Protection
Laboratory Testing at the Point of Entry
The InspectIR FIDO instrument is a first-of-its-kind device that utilizes a mini mass spectrometer and our other patented components to deliver lab results in the field.
By analyzing samples by their chemical fingerprint, we are able to look for the presence of chemicals in breath/air that allow us to determine if the disease or substance of interest is present in a sample.
Currently we are using our technology and pairing it with machine learning to expand the range of substances and diseases we can detect in a breath sample.