Making sense of motion

Glove Sense is a wearable gear that can track wrist movements, tightness of grip and speed of movement between both the hands. Also, tracking the area of impact when the ball hits the gloves along with indicating the area and intensity of impact can help identify and determine the severity of injury and nature of treatment required. Positioning of hands, placement of wrists while holding the equipment are all crucial information that is highly appreciated by Players, Coaches and Analysts alike.

Impact sensors within the helmet can detect area of impact and ascertain the intensity of the same impact while alerting when the impact crosses the acceptable threshold. Helmet Sense can not only function as a diagnose for impact-related injuries but also provide crucial information in the form of data relating to movements of head. Head Position in normal stance, the head path while playing a shot, Sweat Analysis, Body Temperature Gauge are all important indicators and features of Helmet Sense.

Sensory elements within the device that helps track all-round movement of the players leg. Starting from a player’s stance to the point of finish after playing a shot. Also, indicating the area which is impacted while showing the intensity of the impact. Degrees to which the leg is flexed in relation to the other leg are all elements that are encapsulated by the Pad Sense.

Sensors within the ball that can capture rotations, revolutions and seam movements. Portable technology that can inserted into the ball without altering the dynamics of a regular ball. Elements relating to the speed of the ball, altitude, angle and positioning are all important insights that can be recorded and displayed to the user.

Designed to improve and stabilize basic running techniques, Shoe Sense is created with the purpose of optimizing the overall running form and increase the awareness about possible and actual injuries. Measuring parameters custom to each athlete like cadence, foot landing, and time on the ground, the sensor can capture elements like velocity (speed of foot), intensity (stress on each leg, toes and heels) and all-round movement of foot (degree to which toes are curved, flexed)