Wearable Technology

Wearable sensors tracking movement, physical activity, orientation, and falls.

Connected sensors using AI to interpret and share body-related data.

Sensors measuring electrical activity from muscles, nerves, brain, or heart.

Sensors monitoring temperature, pulse, oxygen, pressure, and other vital indicators.

Specialized sensors integrated into clothing, accessories, lenses, or wearable devices.

Adhesive or skin-mounted sensors providing continuous physiological measurements.

Motorized wearable structures providing powered movement, strength, or physical assistance.

Wearable systems adapting support dynamically throughout movement and physical activity.

Exoskeletons supporting movement or strength across the entire body.

Rigid wearable frames transferring loads and supporting physical movement.

Systems combining rigid, soft, powered, or passive support technologies.

Wearable systems supporting hips, legs, knees, ankles, or walking.

Unpowered exoskeletons using mechanical structures to redistribute loads and reduce strain.

Systems providing controlled assistance without continuously powered movement.

Flexible wearable systems using textiles, cables, or lightweight supportive materials.

Exoskeletons providing fixed support during stationary or repetitive tasks.

Wearable systems supporting shoulders, arms, elbows, wrists, or upper-body tasks.

Wearable glasses presenting augmented, virtual, extended, or mixed-reality content.

Headsets designed for immersive gaming, video viewing, and virtual cinema.

Wearable displays presenting digital information within the user’s field of view.

Head-mounted systems supporting clinical care, research, visualization, or training.

Wearable displays supporting technical work, field operations, and engineering tasks.

Connected eyewear providing information, communication, navigation, or personal assistance.

Head-mounted systems supporting athletic coaching, skills training, and simulation.

Wearable devices monitoring glucose or supporting controlled insulin delivery.

Devices monitoring pregnancy, neurological activity, vital signs, or patient condition.

Wearable devices providing targeted relief or helping users manage pain.

Devices supporting physical recovery, mobility, strength, and therapeutic exercise.

Wearable devices monitoring or supporting breathing, sleep, and respiratory treatment.

Technology-integrated athletic clothing monitoring movement, performance, or body conditions.

Connected footwear and socks providing sensing, feedback, or adaptive support.

Everyday clothing incorporating sensors, connectivity, heating, or responsive features.

Connected bracelets and wrist accessories providing monitoring, alerts, or communication.

Connected decorative pieces combining adornment with sensing or interactive functions.

Technology-integrated jewelry supporting communication, tracking, security, or personal expression.

Jewelry monitoring activity, health indicators, stress, sleep, or wellbeing.

Collaborative jewelry combining fashion design with embedded digital technology.

Wearables supporting older adults’ safety, health, and independence.

Wearable concepts addressing environmental protection or ecological challenges.

Wearables informing users and encouraging public awareness or responsible action.

Wearable concepts supporting accessibility, inclusion, and community wellbeing.

Wearables promoting responsible materials, production, and long-term use.

Wearable concepts creating meaningful benefits for communities or underserved groups.

Environmentally responsible wearables reducing waste and resource consumption.

Body-worn cameras capturing outdoor activities, sports, and fitness experiences.

Wearable cameras supporting inspections, documentation, operations, and worker safety.

Body-worn imaging supporting clinical observation, procedures, and medical documentation.

Wearable cameras enabling hands-free reporting, storytelling, and content production.

Body-worn cameras supporting situational awareness, evidence capture, and personnel safety.

Wearable devices monitoring activity, exercise, sleep, and fitness progress.

Devices translating hand or body gestures into digital commands.

Connected wristbands providing tracking, alerts, access, or identification functions.

Wrist-worn devices combining apps, communication, monitoring, and timekeeping.