A New Way to Sense the World
Signature Analysis Module for
VOC Detection & Smell Quantification
Meet SAM™, the intelligent VOC analysis platform from ADI XTECH™ that turns complex smells into clear, actionable data—automatically, accurately, and at speed.
Designed for simplicity from the ground up, SAM empowers you to detect and classify volatile compounds with the push of a button. No chemistry degree needed. No coding required. Just real-time results in a device that fits on your desk.
A New Way to Sense the World
Signature Analysis Module for VOC Detection & Smell Quantification
Meet SAM™, the intelligent VOC analysis platform from ADI XTECH™ that turns complex smells into clear, actionable data—automatically, accurately, and at speed.
Designed for simplicity from the ground up, SAM empowers you to detect and classify volatile compounds with the push of a button. No chemistry degree needed. No coding required. Just real-time results in a device that fits on your desk.
One-Button Intelligent Smell Characterization
SAM is a compact, powerful VOC platform designed to transform how we detect, classify, and act on scent-based signals. SAM delivers precision smell analysis through advanced sensing, signal processing, and integrated AI—all in device that fits on your desk.
From healthcare to agriculture, from biotech to quality assurance, SAM empowers you to extract real intelligence from smell.
Fueled by SmartSenseAI™ and ADI’s Xcelerate™ edge intelligence, SAM brings unprecedented flexibility and performance to VOC analysis. SAM adapts to a wide range of sample types—solids, liquids, swabs, and vapor—and gives users the ability to build, train, and deploy custom libraries for real-time, data-driven decisions.
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The SAM Advantage: VOC Analysis Made Smarter
How It Works
STEP 1: Load Sample
Place sample in the sensor bottle, attach the cap, and insert into SAM.
STEP 2: Analyze with One Button
Push to start. SAM auto-processes data using SmartSenseAI.
STEP 3: Review Results
Clear classification results and visualizations. Train new models or reuse existing libraries with ease.
SmartSenseAI™
ADI’s proprietary software enables unsupervised clustering and supervised training, making it easy to develop new libraries and optimize performance across applications.
Smarter Detection Across Industries
Food & Beverage
From detecting taint in fine wines to classifying spoilage in chicken and lettuce, SAM empowers users with rapid, reliable scent-based insights. Whether verifying ingredient authenticity or differentiating dog food formulas, SAM helps reduce waste, protect quality, and preserve product integrity—before it reaches the shelf.
Healthcare & Biotech
Rapidly detect pathogens and classify bacteria—without waiting days for culture results. SAM enables faster, more accurate identification of infections, helping labs and clinicians make confident decisions when every moment counts.
Manufacturing & Consumer Goods
SAM identifies subtle chemical variations that signal product flaws, contamination, or counterfeiting, making it ideal for VOC fingerprinting, quality control, and authenticity verification in high-stakes production environments.
Smarter Detection Across Industries
Food & Beverage
From detecting taint in fine wines to classifying spoilage in chicken and lettuce, SAM empowers users with rapid, reliable scent-based insights. Whether verifying ingredient authenticity or differentiating dog food formulas, SAM helps reduce waste, protect quality, and preserve product integrity—before it reaches the shelf.
Healthcare & Biotech
Rapidly detect pathogens and classify bacteria down to the strain level—without waiting days for culture results. SAM enables faster, more accurate identification of infections, helping labs and clinicians make confident decisions when every moment counts.
Manufacturing & Consumer Goods
SAM identifies subtle chemical variations that signal product flaws, contamination, or counterfeiting, making it ideal for VOC fingerprinting, quality control, and authenticity verification in high-stakes production environments.