Intelligent Fabric Electronics
Multi-Dimensional Sensors
A single source allowing for increased accuracy, reduced energy dependencies, and lowering overall carbon footprint.
(combining capacitive and resistive in a single sensor)
U.S. Patent No. 10,386,224 , China Patent No. 108243620B, Hong Kong Patent No. 1257667B, Taiwan Patent No. I647606, Canada Patent No. 3010114
Clinical trial registration:
Health Monitoring:
When safety requires real-time continuous occupant activity, rather than AI prediction.
WARNING. This video contains a vehicle accident, and may be inappropriate for some viewers.
Occupant Classification
While others use AI to sense touch, we use AI to feel.
Holding a child gives the experience of life that can be felt more than seen.
Humans can feel. Technology can only touch.
A major automotive challenge, differentiating baby seats from humans.
Holding a child gives the experience of life that can be felt more than seen.
New Invention
No edits, buzzwords, or fancy graphics. Just pure raw authenticity.
Radar to detect human VS Studio 1 Labs Sensor
1.1 W : 0.2 W
Add AI
0.2 W : 0.0 W
Total Power Consumption
1.3 W : 0.2 W
Radar uses 600% more power, and also cannot detect weight.
Recreating the Human Touch
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Made with upcycled plastics converted to yarn, resulting in 30% carbon savings.
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Reduction in lifetime energy consumption by12.2 kWh per sensor (equivalent to fully charging 7 cell phones everyday for a year).
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200% improved data rate efficiency with low power operation.
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