Method of controlling access to activity data from a garment

1. A method comprising:

pairing a user electronic device with an electronics module so as to enable communication between the user electronic device and the electronics module, the electronics module being removably attached to a garment, and the garment further comprising a sensor associated with the garment and arranged to obtain physiological data from a wearer of the garment;

capturing, using the user electronic device, an image of the garment and a visual symbol located on an outside surface of the garment, the visual symbol comprises a code string identifying the garment encoded into the visual symbol;

processing, using the user electronic device, the captured image including the visual symbol to generate a data string representing the visual symbol from the captured image;

decoding the data string using the user electronic device, so as to obtain the code string;

establishing the identity of the garment from the obtained code string;

obtaining real time physiological data from the wearer of the identified garment using the sensor associated with the identified garment and the electronics module;

obtaining a user credential from a user, using the user electronic device;

determining, based on the obtained user credential, whether the user is authorised to access the real time physiological data;

accessing, using the user electronic device, the obtained real time physiological data if the user is authorised, based on the obtained user credential, as having permission to access the real time physiological data; and

presenting a representation of the obtained real time physiological data to the authorised user using the user electronic device.

2. The method of claim 1 , wherein the step of accessing the obtained real time physiological data from the sensor associated with the identified garment comprises: transmitting the code string to a server so that the server is able to establish the identity of the garment from the code string; and receiving, from the server, the real time physiological data associated with the sensor of the identified garment.

3. The method of claim 2 , further comprising transmitting the user credential to the server so that the server is able to determine if the user is authorised as having permission to access the real time physiological data based on the obtained user credential, and wherein using the code string to access the real time physiological data further comprises receiving, from the server, the real time physiological data if the user is authorised by the server as having permission to access the real time physiological data.

4. The method of claim 1 , wherein the visual symbol is a fiducial marker.

5. The method of claim 4 , further comprising processing the image to determine the location of the fiducial marker.

6. The method of claim 5 , further comprising displaying a representation of the real time physiological data on a display, and wherein the position of the representation of the real time physiological data on the display is determined according to the determined location of the fiducial marker.

7. The method of claim 6 , wherein the position of the representation of the real time physiological data is determined by applying a predetermined displacement to the coordinate location of the fiducial marker.

8. The method of claim 6 , further comprising simultaneously displaying a representation of the wearer of the garment with the representation of the real time physiological data on the display.

9. The method of claim 6 , wherein the representation of the real time physiological data at least partially overlays the displayed representation of the wearer.

10. The method of claim 6 , wherein displaying the representation of the wearer of the garment comprises displaying the obtained image.

11. The method of claim 6 , wherein displaying the representation of the wearer of the garment comprises displaying an avatar representation of the wearer.

12. The method of claim 6 , wherein the representation of the real time physiological data is in the form of an augmented reality object.

13. The method of claim 1 , further comprising:

pairing the user electronic device with a second electronics module so as to enable communication between the user electronic device and the second electronics module;

while the obtained real time physiological data is being accessed and the representation of the obtained real time physiological data is being presented in real time, capturing, using the user electronic device, a second image of a second garment and a second visual symbol located on an outside surface of the second garment, wherein the second visual symbol comprises a second code string identifying the second garment encoded into the second visual symbol, and wherein the second garment comprises the second electronics module removably attached to the second garment and coupled to a second sensor associated with the second garment and arranged to obtain second physiological data from a wearer of the second garment;

processing, using the user electronic device, the captured second image including the second visual symbol to generate a second data string representing the second visual symbol from the captured second image;

decoding the second data string using the user electronic device, so as to obtain the second code string;

establishing the identity of the second garment from the obtained second code string;

obtaining second real time physiological data from the wearer of the identified second garment using the second sensor instead of obtaining the real time physiological data from the wearer of the identified garment using the sensor;

determining, based on the obtained user credential, whether the user is authorised to access the real time second physiological data;

accessing, using the user electronics device, the obtained real time second physiological data if the user is authorised, based on the obtained user credential, as having permission to access the second real time physiological data; and

presenting a representation of the obtained second real time physiological data to the authorised user, in place of the representation of the obtained physiological data, using the user electronic device.

14. The method of claim 1 , wherein pairing the user electronic device with the electronics module is based on the obtained code string.

15. The method of claim 1 , further comprising listening, using the user electronic device, for the real time physiological data based on the obtained code string.

16. A method performed by a server, the method comprises:

receiving, from a user electronic device, a data string representing a visual symbol located on an outside surface of a garment, wherein the visual symbol comprises a code string identifying the garment that is encoded into the visual symbol;

decoding the data string so as to obtain the code string;

establishing the identity of the garment based on the obtained code string;

receiving real time physiological data obtained by a sensor provided on the garment and transmitted to the server;

associating the sensor with the identified garment;

receiving a user credential, from a user, from the user electronic device;

authenticating the user, based on the received user credential, for access to the real time physiological data; and

providing, to the user electronic device for presentation to the user in real time, the obtained physiological data obtained by the sensor associated with the identified garment, when the user is authenticated for access to the real time physiological data.

17. A system comprising a garment, the garment comprising an associated sensor arranged to monitor the physiological activity of the wearer of the garment; a communication unit arranged to receive real time physiological data for the wearer from the sensor and to transmit the real time physiological data to an external device; and at least one visual symbol located on an outside surface of the garment, the at least one visual symbol comprising a code string identifying the garment encoded into the visual symbol and arranged such that, when captured by an image capturing device, the at least one visual symbol is useable to access real time physiological data associated with the sensor of the garment, the system further comprising one or more electronic devices operable to:

capture an image of the garment including the visual symbol;

process the captured image to generate a data string representing the visual symbol;

decode the data string so as to obtain the code string;

establish the identity of the garment based on the obtained code string;

obtain the real time physiological data using the sensor associated with the identified garment;

obtain a user credential from a user;

determine, based on the obtained user credential, whether the user is authorised to access the real time physiological data;

access the obtained physiological data if the user is authorised, based on the obtained user credential, as having permission to access the real time physiological data; and

present a representation of the obtained real time physiological data to the authorised user.