The WIAnode Sensor Kit is a comprehensive hardware collection designed to bridge the physical world and digital creative environments. Operating as a sensory extension for wireless data interaction nodes, this kit enables instant, virtual-real interaction without the friction of complex wiring or low-'[plevel coding.

Important Note: This kit does not include the WI Anode main controller; the WIAnode is sold separately and is required for operation.

Effortless Plug-and-Play Architecture

All included sensors feature standard PH2.0 interfaces. Hardware setup requires only a simple connection to the corresponding WIAnode port, eliminating the need for soldering or breadboarding.

Seamless Ecosystem Compatibility

Engineered specifically for the WIAnode data format. Upon connection, the system automatically recognizes each sensor, routing data instantly to software platforms like TouchDesigner, Unity, or other creative coding environments.

Multi-Dimensional Sensing

Provides 10 distinct modes of interaction. The kit captures physical inputs ranging from touch, rotation, sound, and ambient light, to advanced metrics like proximity, millimeter-wave human presence, gestures, and motion.

Education-Ready Packaging

Each sensor module is individually packaged and includes clear wiring labels along with example scenario guides. This structured approach makes the kit highly suitable for classroom instruction, university design labs, and independent study.

Applications:

New Media Art Installations: Map physical gestures to visual generative art or drive lighting and shadow effects through ambient sound detection.
Immersive Exhibitions: Trigger specific digital content based on human presence, or design progressive spatial experiences using high-precision distance sensing.
Prototyping & Development: Rapidly construct interactive physical prototypes to validate creative concepts before large-scale deployment.
Interactive Teaching: Facilitates rapid comprehension of the relationship between hardware sensors and digital creations for STEM and design students.

Specification: