The Science Behind Mij
A Breakthrough in Wearable Biometrics
1. Your Body Fights Heat Every Second You're in Motion
Mij doesn’t guess - it measures. In real time. At the skin level. From within the shirt itself.
Whether you're grinding through a high-intensity workout or pushing limits in an extreme environment, Mij helps you stay ahead of overheating, fatigue, and performance drop-off.
This is not surface-level data. It’s a system-level view of how your body is responding to thermal stress, before your brain even catches up.
2. Beyond the Ring. Beyond the Band.
Mij represents a fundamental advancement in wearable technology, leveraging proprietary textile-based sensor integration to capture real-time biometric data directly from the body.
Unlike conventional wearables that rely on single-point contact areas - like the wrist, finger, or chest strap - Mij is seamlessly woven into performance textiles, enabling multi-surface, continuous biometric monitoring without the rigidity of external hardware.
3. Thermal Load, Decoded
Thermal load is how much heat your body stores under physical or environmental stress. Most wearables can’t measure it. Mij can.
Its embedded sensors track the microclimate between your skin and shirt - reading core thermal strain, not just skin temperature. This data powers proactive alerts before symptoms hit, allowing you to adjust pace, hydration, or recovery in real time.
4. Intelligence, Embedded
Mij runs passive sensors and edge AI directly in your gear - no batteries, no daily charging, no friction. It adapts to your movement, workload, and climate to deliver personalized insights at the moment you need them most.
This isn’t just wearable data. It’s your thermal blueprint - streamlined, smart, and stitched into what you already wear.
Measuring Biometrics Others Can’t
Direct Thermal Load Measurement
Traditional wearables estimate exertion and metabolic strain indirectly through heart rate or motion tracking. However, these methods fail to accurately quantify internal heat accumulation - a critical biometric signal for assessing fatigue, hydration needs, and performance output.
Mij’s textile-integrated sensors continuously monitor skin temperature, heat dissipation, and thermoregulation efficiency, providing a real-time, dynamic biometric profile of how your body manages thermal stress.
Multi-Point Contact for Superior Biometric Accuracy
Unlike single-sensor wearables that rely on localized data points (e.g., wrist temperature, which is easily affected by ambient conditions), Mij employs a distributed biometric measurement approach. By tracking thermal dynamics across multiple contact areas within the garment, Mij generates a comprehensive physiological and biometric profile, enhancing accuracy in heat mapping, energy expenditure estimation, and hydration needs
Seamless, Non-Intrusive Biometric Integration
Many wearables depend on electronic modules, bulky patches, or external sensors that can cause discomfort and disrupt natural movement. Mij overcomes these limitations through fully textile-integrated biometric sensors, ensuring zero interference with performance.
No daily charging. No adhesives. No rigid hardware. Simply wear it like any high-performance tee, and Mij continuously provides real-time biometric insights without disrupting your activity.
A New Paradigm in Biometric Science
Mij stands at the forefront of biometric innovation, integrating principles from biomechanics, thermoregulation, and textile engineering. This fusion creates a seamless system that monitors your body's thermal responses in real time, offering insights previously unattainable with traditional wearables.
Why Mij is the Future of Wearable Biometrics
Mij isn’t just a next-gen wearable—it’s a leap forward in how we understand and respond to the human body.
Textile-Level Intelligence
By measuring thermal load directly at the surface of the skin, Mij unlocks continuous real-time biometric insights—woven into the fabric, not strapped to your wrist.
Beyond Vitals
This isn’t about counting steps. Mij tracks how the body regulates heat and energy—critical indicators of performance, safety, and recovery.
Built for What’s Next
From elite athletes to frontline workers, Mij is reshaping what wearable biometrics can do—no wires, no hardware, no friction.