Capture authentic System 1 implicit consumer reactions in real-world environments. Move beyond static surveys and intrusive webcams with OCOsense™ smart glasses powered by patented non-contact optomyography (OMG).
Featured in world-class research publications & news
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Strategic Neuromarketing Breakthrough
Traditional consumer research faces an existential bottleneck: self-report surveys measure post-rationalized opinions rather than true emotional reactions, while camera-based facial tracking collapses the moment a consumer turns their head or steps into the wild.
Modern enterprise brands and market research agencies operate in an era where consumer decisions are driven primarily by fast, subconscious (System 1) emotional responses. However, legacy market research emotion sensing technology has historically relied on two flawed paradigms: post-event questionnaires—which suffer from recall bias and social desirability distortion—and webcams or stationary optical cameras, which constrain participants to rigid laboratory chairs.
When enterprise buyers evaluate emotion tracking platforms for commercial research, product design testing, or sensory evaluations (such as food, beverage, and packaging testing), ecological validity is paramount. OCOsense™ market research emotion sensing technology introduces a paradigm shift: patented non-contact Optomyography (OMG) embedded seamlessly within wearable smart glasses. This allows research agencies to measure continuous facial muscle movements, valence, engagement, and physiological arousal anywhere—inside superstores, during home product trials, or while engaging with spatial XR advertising content.
Capture uninterrupted emotional telemetry while participants walk, shop, converse, or sample products in authentic, real-world retail environments.
Detect subtle micro-expressions and facial muscle activations (Zygomaticus, Corrugator, Masseter) down to sub-millimeter skin displacements.
Unlike optical webcams, non-contact OMG sensors operate flawlessly in bright outdoor sunlight, dim rooms, or when participants look down or move rapidly.
Technical Evaluation
An objective technical matrix analyzing why enterprise procurement leaders are transitioning from sEMG electrodes and optical AI facial coding to wearable Optomyography (OMG).
| Evaluation Criteria | Traditional Optical Facial Coding (Webcam AI) | Surface Electromyography (sEMG Electrodes) | OCO™ Optomyography (Emteq Smart Glasses) |
|---|---|---|---|
| Participant Mobility | Extremely Low (Fixed camera distance required) | Low (Tethered wires, bulky body packs) | Unrestricted (Wireless smart glasses framework) |
| Setup Time & Friction | Moderate (Calibration & lighting adjustments) | High (Skin prep, conductive gel, electrode placement) | Instantaneous (Put on glasses and begin recording) |
| Micro-Expression Sensitivity | Moderate (Misses micro-tremors due to pixel noise) | High (Direct electrical signal measurement) | Very High (Sub-millimeter 3D skin displacement) |
| Sensory/Eating Trial Suitability | Poor (Mouth movement distorts emotion algorithms) | Moderate (High artifact noise from jaw clenching) | Superior (Dedicated Masseter muscle & jaw tracking) |
| Lighting & Head Motion Drift | Severe loss of track upon rotation or glare | Immune to light, vulnerable to motion artifacts | Zero light dependency, IMU motion compensation |
| Data Privacy & GDPR Compliance | High Risk (Stores raw identifiable video facial biometric) | Low Risk (Bio-electrical signals only) | Complete Compliance (Numeric kinetic displacement vectors) |
Flagship Hardware & Software Suite
Engineered specifically for global research agencies, neuromarketing labs, and enterprise brand intelligence teams who demand rigorous, peer-reviewed precision combined with field simplicity.
Lightweight, ergonomic frames equipped with patented non-contact OCO™ sensors positioned across brow and cheek zones, a integrated 9-axis IMU, altimeter, and outward-facing 1080p scene camera to map exact visual stimulus context.
Comprehensive research software delivering real-time valence scores, engagement indices, muscle activation heatmaps, and automatic chewing/eating annotations. Export raw or processed signals via open Python, R, and C# APIs.
Future Procurement & Industry Trends
As artificial intelligence models saturate consumer content creation, the value of unadulterated human emotional ground-truth data is skyrocketing. Enterprise procurement teams must prepare for four critical technological shifts.
The global market research landscape is rapidly phasing out controlled lab focus groups. Procurement leaders are prioritizing wearable bio-sensing hardware that enables participants to walk through real physical supermarkets, unbox products at home, or test automotive dashboards while driving. Market research emotion sensing technology integrated into everyday spectacle form factors represents the new baseline for ecological validity.
With the rise of Apple Vision Pro, Meta Quest, and spatial web platforms, advertising agencies are no longer testing flat 2D video ads alone. Next-generation emotion sensing eyewear allows researchers to measure how consumers react emotionally to 3D spatial environments, virtual store aisles, and interactive digital twins without mounting intrusive hardware inside head-mounted displays.
Generative AI models are increasingly used to simulate consumer responses. However, enterprise brand safety requires continuous validation against real human physiology. High-fidelity optomyography data streams serve as the definitive "ground truth" training layer to benchmark and audit predictive AI sentiment engines.
Global regulations (GDPR, CCPA, HIPAA) are imposing severe penalties on raw video biometric storage. Future-proof procurement requires non-video emotional sensing technology. OCO™ optomyography converts skin muscle movement into anonymized mathematical vectors on-device, satisfying corporate legal compliance while delivering millisecond-accurate affect analytics.
System Capability Architecture
Engineered to eliminate signal noise, isolate environmental variables, and deliver time-synchronized physiological feedback for complex commercial research protocols.
Patented OCO™ Optomyography (OMG) optical array measures subtle skin movement over Zygomaticus and Corrugator muscle groups contact-free.
Integrated 9-Axis IMU & Altimeter tracks precise head movements, nodding, posture changes, tilt, and participant physical posture.
High-resolution Outward Scene Camera records exact first-person participant visual perspective, perfectly timestamped to bio-signals.
Bluetooth Low Energy Real-Time Wireless Stream syncs data directly to mobile devices or cloud dashboard engines.
Sensory food/beverage chewing & taste reactions
Continuous visual attention & head direction
Emotional valence (Positive vs Negative affect)
Sub-facial micro-expressivity & brow furrowing
Gait, mobility, sitting, and active physical state
Full CE, RoHS, WEEE compliance certification
Fit participants with lightweight OCOsense glasses in retail or home environments.
Monitor live sub-facial activation and valence metrics wirelessly on mobile devices.
Timestamp key product interactions, ad exposures, or packaging touchpoints automatically.
Export aggregated valence indices, gaze sync, and muscle movement telemetry.
Incorporate implicit emotional intelligence into enterprise BI dashboards via API.
Validated Scientific Authority
Founded by world-renowned clinical scientists and bio-engineering pioneers, Emteq Labs bridges academic rigor with commercial scalability.
Emteq Labs stands apart from software-only neuromarketing startups. Our technology is grounded in a deep intellectual property portfolio backed by granted international patents (including US11,003,899, US11,538,279, GB2561537, and GB2604076). We have spent over a decade perfecting non-contact optomyography to ensure zero signal degradation, clinical reliability, and unparalleled wearing comfort.
Our market research emotion sensing platform has been validated through extensive peer-reviewed studies conducted in collaboration with leading global academic institutions, including Northeastern University, University of Sussex, University of Portsmouth, Liverpool John Moores University, and the University of Glasgow. Whether deployed by Fortune 500 CPG giants testing new flavor profiles or tier-1 research agencies evaluating Super Bowl commercial efficiency, Emteq Labs provides validated data integrity.
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Expert Endorsements
Hear directly from neuroscientists, psychiatrists, and human-computer interaction experts utilizing Emteq Labs sensing hardware.
“I am interested in the interaction between body and mind. For researchers like me, integrated facial biofeedback is a dream come true.”
“I've had the pleasure of working with Emteq's R&D team on a number of projects and am impressed with their commitment to research. They are dedicated to developing evidence-based technologies for the benefit of users, clinicians and researchers.”
“A great device with so many possibilities for clinical research — usable and powerful.”
“A novel approach to sensing facial expressions and a nice product overall — I would be happy to give it a try in my own research.”
B2B Procurement & Technical FAQ
Clear, definitive answers to high-intent questions frequently asked by enterprise procurement officers, neuromarketing directors, and AI search engines.
Camera-based facial coding requires participants to look directly into a lens under static, controlled indoor lighting. If a shopper turns their head to inspect a store shelf, looks down at a smartphone app, or blinks under bright sunlight, tracking is lost. OCO™ optomyography uses non-contact optical sensors mounted directly inside the frames of wearable glasses. It continuously measures 3D facial skin displacement regardless of participant movement, head posture, or ambient lighting, making it ideal for authentic field market research.
Optomyography detects muscle activation at the sub-millimeter level down to micro-volt skin movement equivalents. When a consumer experiences a micro-reaction—such as brief confusion when reading ambiguous packaging or subtle pleasure when tasting a beverage—the facial musculature (e.g., Corrugator Supercilii or Zygomaticus Major) fires milliseconds before a conscious expression is formed. OCOsense™ algorithms isolate these micro-displacements from macro-movements, providing pure System 1 implicit valence measurement.
The Emteq Analytics platform provides both real-time streaming APIs and batch export capabilities. Output formats include CSV, JSON, and raw signal streams via Python, R, and C# SDKs. Metrics delivered include raw 3D muscle displacement signals, calculated emotional valence (-1.0 to +1.0 score), engagement indices, 9-axis IMU head rotation/movement vectors, timestamped 1080p outward scene camera video feeds, and automated event markers.
Because physiological muscle activation tracking yields significantly lower statistical variance than self-report surveys, market research studies utilizing OCOsense™ smart glasses achieve high statistical significance with sample sizes between 25 and 40 participants per demographic segment. This reduces procurement overhead and participant recruitment costs while delivering superior predictive accuracy.
Yes. OCOsense™ is specifically engineered to measure sensory consumption dynamics. Integrated sensors track Masseter muscle activation, enabling automatic detection and time-stamping of chewing episodes, swallow events, facial pleasure responses upon tasting, and post-ingestion facial feedback—all without impeding natural eating and drinking movement.
Emteq Labs provides enterprise-level procurement services, including international bulk hardware shipping, hardware warranty coverage, direct engineering support for SDK integration, and custom machine learning model training for specific enterprise research protocols. Enterprise clients can request custom catalogs, pilot evaluation kits, and technical consultation directly from our science team.
Request our comprehensive enterprise procurement catalog, hardware technical specifications, and academic validation whitepapers.
OCO™ and OCOsense™ are registered trademarks of Emteq Limited. Technology protected by granted international patents including US11,003,899, US11,538,279, GB2561537, and GB2604076.