Abstract: The present invention is a system and method for communicating customized notifications based on micro-locations of a customer inside a store. The method includes detecting the presence of the customer by obtaining the identification code from the computing device of the customer through detectors placed at the physical location of a store; storing identification numbers corresponding to computing devices through a telecom server, the telecom server matches the identification code with the stored identification number to identify the customer; receiving an object identification code from the telecom server and transmitting a notification signal through a native server; receiving the notification signal to transmit a command signal to a wireless module of the computing device through development tools; forming a wireless network for detecting the computing device through wireless sensors.

Abstract: The present invention is a system and method for managing consent data in a blockchain network. The method includes the step of storing identification data, digital interactions data, and physical interactions data of a user in a storage module. The method then includes the step of facilitating the user to provide permission for sharing the identification data, digital interactions data, and physical interactions data through a consent module. The method includes the step of receiving a request command from data users to access the consent data of the user through a request module. The permission of the user indicates a first transaction on a private chain of the blockchain network. The method includes the step of triggering the blockchain network to enable the data users to access the consent data through an access module.

Abstract: The present invention is a system and method for communicating customized notifications based on micro-locations of a customer inside a store. The method includes detecting the presence of the customer by obtaining the identification code from the computing device of the customer through detectors placed at the physical location of a store; storing identification numbers corresponding to computing devices through a telecom server, the telecom server matches the identification code with the stored identification number to identify the customer; receiving an object identification code from the telecom server and transmitting a notification signal through a native server; receiving the notification signal to transmit a command signal to a wireless module of the computing device through development tools; forming a wireless network for detecting the computing device through wireless sensors.

Abstract: A system to create a profile of a customer includes a telecom server hosted behind a firewall of a telecom operator to host a tracking pixel to capture digital behavior data of the customer, a customer recognition module connected to the telecom server to identify the customer through the tracking pixel; a native server connected to the telecom server over a network and provides a native service platform to facilitate the merchant to create an account; and a merchant server to host the digital touchpoints of the merchant and having consent modules to allow the customer to initiate a consent commands; the native server includes a processor; and a memory communicatively coupled to the processor and having a profiling module to match attributes captured by the tracking pixel with the device identifiers to identify the customer on the digital touchpoints to create a customer profile.

Abstract: A system to provide an integrated advertising platform includes a sensor unit, communication module, telecom server unit, consent database, database unit, application server unit, and retailer computing unit. The sensor unit is installed within a premise to detect the presence of a consented user equipment (UE) in proximity and retrieves an identification number associated with the consented UE. The communication module transmits the retrieved identification number and sensor identification number to the telecom server unit that matches the identification number with an MSISDN. The consent database stores the consent status of the MSISDN. The database unit receives a sensor identification number, system identification number, and MSISDN from the consent database. The application server unit customizes the offer corresponding to the user through a machine learning module and transmits the customized offer to the consented user equipment UE.

Abstract: The present invention is a system and method for managing consent data in a blockchain network. The method includes the step of storing identification data, digital interactions data, and physical interactions data of a user in a storage module. The method then includes the step of facilitating the user to provide permission for sharing the identification data, digital interactions data, and physical interactions data through a consent module. The method includes the step of receiving a request command from data users to access the consent data of the user through a request module The permission of the user indicates a first transaction on a private chain of the blockchain network. The method includes the step of triggering the blockchain network to enable the data users to access the consent data through an access module.

Abstract: A system to authenticate a user and a computing device includes a processing unit and a database which cause the processing unit to receive input from the user to select a wireless network; the wireless network having a specific IP address whitelisted by a wireless network solution provider; display a web-portal of the selected wireless network; receive a phone number of the user; receive a specified code from the user; provide the user with a predefined number of digits of an identification number of the computing device for use as a password; receive the predefined number of digits of the identification number of the computing device; and transmit a combination of the received predefined number of digits and a MSISDN to a server, the server transmits data to a telecom server and the telecom server initiates a search operation of the combination to authenticate the user on determining a match.

Abstract: An online/offline attribution system for an internet-of-things platform. The online/offline attribution system includes a script module, pixel URL, consent database, sensor unit, a mapping module, and probabilistic device matching module. The script module is integrated with a digital platform to identify information about customers. The pixel URL is integrated with the script module to identify the MSISDN. The consent database stores consented MSISDN. The probabilistic device matching module determines the digital interactions of the customers across computing units. The sensor unit retrieves a unique identification number associated with the mobile device and transmits to the telecom server unit. The mapping module maps the retrieved unique identification number with stored consented MSISDN to generate and transmit a mapped consented MSISDN to backend server unit.

Abstract: An online/offline attribution system for an internet-of-things platform. The online/offline attribution system includes a script module, pixel URL, consent database, sensor unit, a mapping module, and probabilistic device matching module. The script module is integrated with a digital platform to identify information about customers. The pixel URL is integrated with the script module to identify the MSISDN. The consent database stores consented MSISDN. The probabilistic device matching module determines the digital interactions of the customers across computing units. The sensor unit retrieves a unique identification number associated with the mobile device and transmits to the telecom server unit. The mapping module maps the retrieved unique identification number with stored consented MSISDN to generate and transmit a mapped consented MSISDN to backend server unit.

Abstract: A system to provide an integrated advertising platform includes a sensor unit, communication module, telecom server unit, consent database, database unit, application server unit, and retailer computing unit. The sensor unit is installed within a premise to detect the presence of a consented user equipment (UE) in proximity and retrieves an identification number associated with the consented UE. The communication module transmits the retrieved identification number and sensor identification number to the telecom server unit that matches the identification number with an MSISDN. The consent database stores the consent status of the MSISDN. The database unit receives a sensor identification number, system identification number, and MSISDN from the consent database. The application server unit customizes the offer corresponding to the user through a machine learning module and transmits the customized offer to the consented user equipment UE.

Abstract: A system to authenticate a user and a computing device includes a processing unit and a database which cause the processing unit to receive input from the user to select a wireless network; the wireless network having a specific IP address whitelisted by a wireless network solution provider; display a web-portal of the selected wireless network; receive a phone number of the user; receive a specified code from the user; provide the user with a predefined number of digits of an identification number of the computing device for use as a password; receive the predefined number of digits of the identification number of the computing device; and transmit a combination of the received predefined number of digits and a MSISDN to a server, the server transmits data to a telecom server and the telecom server initiates a search operation of the combination to authenticate the user on determining a match.