Z-Optix prevents alcohol-impaired driving with passive in-cabin biometrics,
protecting 13,000+ lives and $140B+ annually, while helping OEMs
meet and exceed global safety mandates.
The World's First In-Touch, Cardiac-Gated Impedance Optics Platform for Non-Invasive Ethanol Detection.
Overcoming 15 Years of Physics Failures.
Legacy Near-Infrared (NIR) touch sensors have consistently failed to achieve regulatory viability due to 'water dominance'—the spectral saturation of H2O in human tissue that masks trace ethanol signals. Beyond pure physics, demographic skin variations in melanin and hydration levels create massive calibration drift. This leaves a critical gap in the vehicle market as global safety mandates shift from reactive to proactive, requirements-driven screening.
The Synergy of Optical Precision & Electrical Context
<355 HZ
Low-Frequency Pulse Tracking
Continuous monitoring of cardiac-gated hemodynamics to isolate the arterial signal from static tissue noise, ensuring high-fidelity data acquisition.
>1 MHZ
Tissue Bulk Analysis
High-frequency impedance mapping characterizes the unique bulk tissue properties of the user, providing critical contextual data for spectroscopic calibration.
LASER PROBE
Synchronized Raman
Pulse-synchronized Raman spectroscopy eliminates background variability by gating measurements to peak blood flow, delivering molecular-level specificity without invasive sampling.
By integrating cardiac rhythms, electrical tissue mapping, and molecular Raman data, Z-Optix provides a comprehensive sensing solution that eliminates the historical barriers to reliable, non-contact ethanol analysis. Multi-Modal Sensor Fusion: The Z-Optix platform is engineered for seamless API integration with standard in-cabin IR/NIR occupant monitoring cameras. By fusing touch-based biometrics with active computer vision, the platform's AI cross-references physical tissue signals with visual driver behavior to instantly identify abnormal stress states, micro-sleep patterns, or severe operational impairment.
The 'Strike a Spark' Protocol
01
Touch
Interaction Initiation
The driver initiates contact with the Z-Optix interface. Low-frequency (<355 Hz) cardiac pulse tracking begins instantaneously.
02
Sense
Tissue Calibration
High-frequency (>1 MHz) tissue bulk analysis occurs to establish a demographic-agnostic baseline and neutralize water dominance interference.
03
Verify
Cardiac-Gated Detection
Pulse-Synchronized Raman spectroscopy validates the ethanol concentration within the dermal layer, cross-referenced with electrical context.
04
Ignite
Standard Fulfillment
Upon verification of concentrations below the legal limit, the system enables vehicle ignition protocols through OEM secure-bus communication.
05
Continuous
Passive Safeguard
Passive sensing continues during vehicle operation, providing end-to-end security without requiring driver intervention or recurrent breath analysis.
Our Mission: Preserving Lives & Economic Capital
Z-Optix is built on a foundational promise: transforming mandatory compliance into an active mechanism for public safety, societal wellness, and economic preservation.
13,000+ Lives Guarded Annually
By implementing an un-biased, zero-friction passive touch sensor in production passenger vehicles, our platform is engineered to protect over 13,000 lives every single year in the U.S. alone, ensuring thousands of families arrive home safely.
$140+ Billion in Public Capital Preserved
Eliminating operator impairment directly prevents up to $143 Billion in annual societal damage, slashing severe infrastructure losses, medical emergency costs, and corporate fleet liability burdens.
Universal Biometric Inclusion
Bypassing legacy near-infrared demographic biases means our tissue-transparent platform offers equal safety protection to all drivers, regardless of skin tone, age, or physical variations.
Engineering a future where passive biometrics silently eliminate preventable transit accidents.
Unlocking a $33 Billion Total Addressable Market
Automotive OEM
Primary target vertical with a dominated position in future vehicle safety architectures. Z-Optix is engineered for seamless integration into high-volume manufacturing pipelines.
40%+ Share
$5.21B Market
Regulatory mandates driving the rapid adoption of Anti-Drunk Driving technology across global vehicle markets.
Workplace Screening
High-growth industrial safety sector focusing on non-invasive screening for high-risk workplace environments and machinery operation.
Cross-Industry Platform Applications: Beyond the Automotive Market
While automotive integration serves as our beachhead market, the Z-Optix passive sensing architecture is a universal biometric platform designed for seamless deployment across multiple high-volume, high-liability industries.
Aviation, Transit & Fleet Logistics
Integration into cockpit controls and pilot seating, as well as public transit operators and long-haul fleet management systems to ensure multi-hour sobriety compliance without disrupting operational flow.
High-Liability Industrial Zones
Real-time fitness-for-duty verification for heavy machinery operators in mining, construction, and power generation, significantly reducing on-site accidents and liability premiums.
Mass Venues, Stadiums & Education
Frictionless screening at turnstiles and security checkpoints for large-scale event venues and educational campuses, automating safety protocols for thousands of individuals per hour.
Clinical Monitoring & Smart Infrastructure
Passive hydration and molecular metabolite tracking within smart home consoles and remote patient monitoring hubs, providing clinical-grade diagnostic insights non-invasively.
Future Vision & Research Roadmap
Z-Optix views the vehicle cabin as a continuous health-monitoring ecosystem. While our immediate commercial focus is strictly on non-invasive ethanol detection, our dual-channel architecture is fundamentally a miniature biochemical laboratory. As primary medical aspects and clinical parameters are systematically clarified through future funded research, this baseline physics platform can scale to track broader wellness markers.
Near-Term Exploration (Funded Scaling)
Baseline calibration for non-invasive blood-analyte proxies. Investigating high-frequency impedance correlation with systemic hydration and dermal oxygenation parameters in controlled pilot environments.
Mid-Term Innovation (Advanced Modeling)
Our team is broadening the scope of synchronized Raman windows to examine complex metabolic tracers such as urea nitrogen and glucose variants through advanced neural network signal fusion. Autonomous Life-Saving Triggers: If the steering wheel sensor detects a sudden loss of the driver’s cardiac pulse, the system automatically engages an immediate emergency response protocol. The vehicle will safely navigate to a stop, initiate a call to emergency services (911), and securely stream a live data feed from the cabin's IR/NIR camera to dispatchers for rapid visual evaluation and asset deployment.
Long-Term Medical Horizon (Future Venture Research)
A fully integrated diagnostic laboratory within the vehicle cabin, providing passive monitoring for systemic inflammation, chronic management indicators, and early-warning wellness signals for automotive health AI.
*Note: Near-term, mid-term, and long-term diagnostic applications represent our forward-looking research vision and will require dedicated clinical research, validation funding, and regulatory pathways before commercial integration.
Strategic Inquiry: Seeking capital, OEM integration, or partnerships? Responses arrive within 2–3 business days.
IP Assets
Baseline Raman-Impedance synchronization protected by two active U.S. provisional patents.
Vladimir Burtman, Ph.D.
CTO & Founder
Mohsen Sharifzadeh, Ph.D.
CIO & Co-Founder
HQ: Utah, USA
Communication Protocol
Inquiries regarding board materials, OEM technical specifications, or IP verification will be routed to core leadership. Standard NDA documentation will be issued ahead of technical data exchange.