🧠 Our Flagship Technology

The Artificial Nose
Making Odor Control Measurable

After 8 years of research in Birkenfeld, we cracked the code: making odors measurable, scalable, and auditable. Our SensorTrainer transforms affordable gas sensors into intelligent e-noses and trains them with custom "odor brains".

<5 min Result Time
25x Parallel Samples
VDA 270 Compliant
8 Years Research

Why the Artificial Nose Now?

Increasing recycling quotas present new quality challenges. Quality control needs to be faster, cheaper, and more scalable.

Regulatory Pressure

EU regulations mandate 25% recycled PET by 2025 and 30% by 2030. The new Packaging Waste Regulation (PPWR) introduces broader recycling obligations.

Brand Risk

Recyclates often smell badly – perceived quality drops. Undesired odors create acceptance problems for end customers.

Labs Don't Scale

Expensive, slow, manual, with limited availability. Lab instruments are precise but costly and require trained personnel.

The Core Challenge

Raw sensors are unreliable: drift, variations, no plug-and-play. Standard sensors drift, vary from unit to unit, and need application-specific calibration/training before they reliably detect target odors.

The SensorTrainer: AI-powered Odor Control

Reliable, repeatable odor quality control at a fraction of lab costs. Perfectly timed for rising recycled quotas and tightening VOC compliance.

πŸ€– AI-supported Sensor Training

Automatically calibrates MOX gas sensors using ML-optimized heating cycles and signal processing. Transforms commodity sensors into specialized odor detectors for your specific VOC profiles.

πŸ“‘ Fleet-wide Scalability

Rollout odor profiles across entire sensor fleets. Updates for drift or new odors possible. Once trained, deploy anywhere – from lab to production line.

⚑ Inline Quality Control

Standardized tests provide real-time pass/fail results, trends, and audit trails. No more lab bottlenecks – integrable directly at production lines.

πŸš€ Field Deployment Ready

Portable trainer and handheld device enable on-site training and decisions in minutes instead of weeks. From lab to shop floor to mobile QS.

πŸ† Patented Technology

Patent pending: EP 4617659 A1
Filed by Hochschule Trier, Umwelt-Campus Birkenfeld. 8 years of research by HAIVEMIND's founding team in sensor AI and odor analysis. Tech transfer ready through university agreement.

How Does the Process Work?

From raw data to objective quality decisions – fully automated and in real-time.

Step 1

Sensor Data Acquisition

MOX gas sensors capture VOC signatures of your samples under controlled conditions. Multiple sensors in parallel for comprehensive odor profiles.

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Real-Time Data Capture

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AI Analysis

Step 2

AI-Powered Analysis

AI analyzes data collected from gas sensors in real-time. Odor profiles are identified and deviations automatically flagged. LLMs interpret data to make results accessible for everyone.

Step 3

Quality Decision

Automated, objective, and scalable quality control. Pass/fail decisions, trend analysis, and full audit trails for VDA 270 compliance.

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Objective Decision

Hardware & Software

Fully integrated solution – from sensor board to AI software.

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Lab Version

Ultra-precise analysis station for comprehensive odor profile development and reference measurements. Screening up to 25 samples in parallel.

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Handheld Device

Portable training unit for on-site training and shop-floor decisions in minutes. Perfect for mobile QS and field applications.

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HAIVEMIND Sensor Board

In-house designed PCB with various sensors for all our custom devices. Edge AI processing directly on the board.

Validated Use Cases

Product feasibility proven across various industries and business fields.

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Automotive

Pilot project with German OEM and international Tier-1
VDA 270 alignment for interior components. Odor control at final vehicle acceptance and sample testing of individual interior components.

βœ“ Replaces time-consuming subjective evaluation with fast objective measurement
βœ“ Potential for all premium and volume OEMs worldwide

🧸

Toys

Ongoing tests with two major German brands
Quality control in incoming inspection of granulates/recyclates for toy manufacturing. Contamination avoidance.

βœ“ Potential for entire plastics production through EU regulations (30% recycled content)
βœ“ Faster inline QS through process integration

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Cosmetics

Feasibility study with large German OEM
Sensor application in incoming QC for plastic recyclates in injection molding. QC for finished components from T2 suppliers.

βœ“ Expansion into raw material QC for formulas planned
βœ“ Collaboration with equipment manufacturers in Phase II

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Hospitality

Demonstrator with international hotel chain
VOC-based bedbug detection. Proactive detection through e-nose, risk dashboard, and attract-and-kill trap.

βœ“ Reduces revenue loss from room downtime
βœ“ Potential for global hotel chains – replaces manual, reactive inspections

Our Key Benefits at a Glance

⚑ AI-powered Objective Analysis

Eliminates subjectivity and provides consistent, data-driven results

πŸš€ Fast Results in <5 Minutes

Enables real-time decisions – no lab bottlenecks

πŸ“± Flexible Hardware, Usable Anywhere

Mobile, modular devices for seamless on-site or inline integration

πŸ’° Cost-efficient Scalable Testing

Affordable setup with effortless scaling across multiple locations

What Makes Us Unique

Only HAIVEMIND offers the combination of real-time inline QC, fleet-wide model deployment, and a complete edge AI stack.

With our Artificial Nose, we analyze the olfactory properties of plastics and classify them according to standards

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Real-time Inline QC
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Fleet Deployment
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Full-Stack Edge AI
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Modular Architecture

Experience the Artificial Nose Live

Schedule a free 30-minute demo and see the SensorTrainer in action. We will show you how objective odor control transforms your QA.

βœ“ Free 30-min demo β€’ βœ“ ROI calculation β€’ βœ“ Technical whitepaper β€’ βœ“ No obligation