Abstract: The present disclosure relates to a system for determination of perceived risk of entering a premises, said system comprising a processor, a memory storing a set of instructions, which when executed by the processor, cause the processor to: review, based on receipt of a first set of data packets from one or more computing devices associated with a plurality of users that form part of premises, syndromic profiles of said plurality of users, said syndromic profiles being indicative of diagnostic testing status of the plurality of users for at least one medical indication; and determine, based on processing of the syndromic profiles of said plurality of users, overall risk associated with entering the premises based on comparison of overall assessment of the syndromic profiles of said plurality of users with one or more threshold levels.

Abstract: The present disclosure provides a system and method for facilitating authenticated remote testing, including conducting the test and certifying the results of the conducted test. The system includes a means to securely deliver a standardised testing kit to a patient, verify validity and authenticate the testing kit, while ensuring that the testing kit is not compromised. The patient can self-administer the test under the supervision (if required) of a medical practitioner. For any remote testing location, the system provides a secure means to deliver the sample to the testing location. The results of the testing at the remote testing location can then be communicated to both the patient and the medical service provider in the form of a certificate if required. The patient can receive a remote testing unit at home or purchase one at a kiosk, and a method for administering the test.

Abstract: A re-usable electronics device is detachably coupled with a harness physically connected with an article whose wetness condition is to be detected. The harness comprises a set of first conductors, and the re-usable electronics device comprises a set of second conductors on its outer surface such that when the re-usable electronics device is operatively coupled with the harness by insertion in a pouch of the harness, the set of first conductors make electrical contact with the set of second conductors enabling detection of change in voltage across at least one pair of the first conductor above a threshold value. The change in the voltage occurs due to change in resistance of resistance based wetness sensors configured with the harness and operatively coupled to the set of first conductors. Upon detection of the change, the device transmits a notification indicating wetness of the article.

Abstract: A re-usable electronics device is detachably coupled with a harness physically connected with an article whose wetness condition is to be detected. The harness comprises a set of first conductors, and the re-usable electronics device comprises a set of second conductors on its outer surface such that when the re-usable electronics device is operatively coupled with the harness by insertion in a pouch of the harness, the set of first conductors make electrical contact with the set of second conductors enabling detection of change in voltage across at least one pair of the first conductor above a threshold value. The change in the voltage occurs due to change in resistance of resistance based wetness sensors configured with the harness and operatively coupled to the set of first conductors. Upon detection of the change, the device transmits a notification indicating wetness of the article.