Augmented Workplace Transformation 2025
Augmented Workplace integrates mixed reality into professional environments, enabling spatial collaboration through shared holographic content and three-dimensional information visualization.
Connected intelligent products enhancing automation and convenience
Augmented Workplace integrates mixed reality into professional environments, enabling spatial collaboration through shared holographic content and three-dimensional information visualization.
Ambient Computing creates intelligent environments where technology disappears into surroundings, anticipating needs through environmental awareness rather than requiring explicit interaction with devices.
Kinetic Harvesting captures energy from human movement and environmental vibrations, converting it to electrical power that enables self-charging wearables and infrastructure sensors without battery replacements.
Behavioral Biometrics analyzes unique patterns in user interactions like typing rhythm and mouse movements, providing continuous authentication without disrupting user experience across digital platforms.
Smart Surface technology transforms ordinary materials into interactive interfaces through embedded sensors and displays, enabling everyday objects and environments to respond intelligently to touch and presence.
Spatial Audio creates three-dimensional sound experiences that place audio elements around the listener in virtual space, enhancing immersion in entertainment, communication, and virtual environments.
Biometric Security uses unique biological characteristics like fingerprints, face patterns, and iris structures to authenticate identity, providing more secure and convenient access across digital and physical systems.
eSIM Technology embeds subscriber identification modules directly into devices as programmable chips, eliminating physical SIM cards while enabling remote carrier provisioning and multiple profiles.
Wireless Power technology transmits electrical energy without physical connections, enabling device charging and operation at distance through magnetic resonance and radiofrequency transmission methods.
Gesture Control technology enables device interaction through hand movements and body gestures without physical contact, creating intuitive interfaces across consumer electronics, automotive, and healthcare.