This application claims priority to and the benefit of Indian Patent Application No. 202021021581 filed on May 22, 2020, which is incorporated herein in its entirety by reference.
The invention relates to a system and method for processing subscription related data.
Service providers often provide services on a subscription basis for a limited tenure—monthly, quarterly or yearly basis. Although customers are likely to renew such subscriptions at end of tenure, there are certain customers who would want to change the service provider for various reasons. The customers may even want to change the service provider before end of tenure.
Changing of the service provider would entail filling of forms, providing documents and other information of the customer which may be cumbersome for the customer and time consuming. Systems are available whereby the customer can submit such information to an online portal of a service provider. The information to be submitted includes providing multiple data attributes which is tedious and time consuming. It may also require the customer to refer to subscription related documents for providing complete information. Owing to this, customers often abandon the process midway impacting the service provider, which is undesirable.
In cases where the customer can provide complete information, the service provider would process such information and revert to the customer with information regarding the subscription provided by the service provider. The processing of information once submitted is manual, and hence prone to errors and is time consuming. Moreover, the customer is provided with only pricing information, and customer's choice is limited basis with a comparison of pricing without any inputs/insights on customer feedback or rating. In this context, any insights on competing service providers would help the customer make an informed decision.
In view of the above, there is a need in the art to address at-least the aforementioned problems.
In one aspect, the present invention provides a system for processing subscription related data. The system comprises a user device configured to communicate with a server, one or more service provider servers, and one or more third-party servers, the system configured to: receive on the server via the user device a subscription document of an existing subscription of a service or an asset subscribed from a service provider; process on the server the subscription document and extract pre-determined parameters from the subscription document; establish a communication link between the server and one or more service provider servers and one or more third-party servers; obtain primary parameters from the one or more service provider servers and obtain secondary parameters from the one or more third party servers; correlate the pre-determined parameters with the primary parameters and the secondary parameters and generate a customized output on the user device.
In another aspect, the present invention provides a method for processing subscription related data. The method including the steps of: receiving on a server via a user device a subscription document of an existing subscription; processing the subscription document to extract pre-determined parameters from the subscription document; establishing a communication link between the server and one or more service provider servers and one or more third-party servers; obtaining at the server primary parameters from the one or more service provider servers and obtaining secondary parameters from the one or more third party servers; correlating the pre-determined parameters with the primary parameters and the secondary parameters; and generating a customized output on the user device.
Reference will be made to embodiments of the invention, examples of which may be illustrated in accompanying figures. These figures are intended to be illustrative, not limiting. Although the invention is generally described in context of these embodiments, it should be understood that it is not intended to limit the scope of the invention to these particular embodiments.
The present invention is directed towards processing subscription related data while renewing or changing a subscription for a particular service/product. The present invention is designed to simplify and reduce time taken to review and renew/change subscription/services offered by various service providers.
As discussed hereinbefore, subscription based services are provided by various service providers, and such subscription based services have a limited tenure, and have to be renewed for continuing the subscription. Accordingly, a user while renewing the subscription may continue with an existing service provider or a new service provider. The user can be a subscriber of the service or an agent facilitating subscription of services. The present invention upon request by the user obtains subscription related data offered by one or more service providers (including the existing service provider) in real-time enabling the user to make a decision to continue with the existing service provider or a new service provider.
Accordingly, users interested in renewing the subscription can access the system by providing a subscription document of an existing subscription which is received by the system. The user through the user device provides a subscription document of the existing subscription which may be transferred to the server. The subscription documents can be sent via email or submitted through the dedicated application or dedicated online portal. The subscription document comprises information of the subscription. The system is configured to process the subscription document, wherein the server processes the subscription document and extracts pre-determined parameters from the subscription document. The pre-determined parameters typically include bibliographic information, service or asset information, tenure of subscription, premium/fees for the subscription, etc. The server of the system establishes a communication link with one or more service provider servers and one or more third party servers and obtains primary parameters and secondary parameters from third party servers. The primary parameters include fees and tenure offered by the service provider which are retrieved based on the pre-determined parameters. The secondary parameters include ratings and credential related data, subscriber feedback, technical capabilities, social media inputs and industry benchmarks of the existing as well as new service providers. The extracted pre-determined parameters are correlated with primary parameters and secondary parameters by the server. In an embodiment, the extracted pre-determined parameters are converted to a machine-readable form and correlated with primary parameters and secondary parameters. The extracted pre-determined parameters are matched with the primary and the secondary parameters for each service provider in order to assist the user in decision making. Thereafter, based upon the correlation a customized output is provided and displayed on the user device. In this regard, the customized output is transferred from the server to the user device. The customized output may be a comparative analysis of particulars of the existing subscription and new subscription. In this regard, the comparative analysis can be based upon multiple key factors compiled from the primary parameters and secondary parameters. The customized output thus enables the user to make an informed choice on selecting the right service provider by continuing the existing service provider or changing the subscription to a new service provider. The present invention thus helps the user in decision making.
In an example embodiment, the subscription is an insurance policy. Accordingly, the subscription service providers are insurance companies. A customer thus having an existing insurance policy and intending to renew the insurance policy can provide policy document of the insurance to the system of the present invention. The policy document is analysed by the system, and pre-determined parameters from the policy document are extracted. The pre-determined parameters typically include asset details (for example, make, model if asset is a vehicle), current subscription coverage details, current premium/fee paid for the insurance, etc. The extracted pre-determined parameters are compared with primary parameters and secondary parameters. The primary parameters are obtained from insurance companies, and secondary parameters are obtained from third-party companies. The primary parameters include fees and tenure offered by the insurance companies which is retrieved based on the pre-determined parameters i.e. based on the details of the asset. The secondary parameters include ratings and credential related data, subscriber feedback, technical capabilities, social media inputs and industry benchmarks of the existing as well as new insurance companies. Thereafter, based upon the correlation a customized output is provided on the user device. The customized output may be a comparative analysis of particulars of the existing insurance policy with other available insurance policies. The customized output thus enables the customer to take an informed choice on selecting the right insurance company by continuing with the existing insurance company or changing the insurance company.
Advantageously, the present invention provides data in relation to existing subscription along with data of other subscriptions. The user simply by providing a subscription document can get subscription related data from different service providers in real-time and renew the existing subscription or change to a new subscription depending upon the data processed.
While the present invention has been described with respect to certain embodiments, it will be apparent to those skilled in the art that various changes and modification may be made without departing from the scope of the invention as defined in the following claims.
Number | Date | Country | Kind |
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202021021581 | May 2020 | IN | national |
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Number | Date | Country | |
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20210368020 A1 | Nov 2021 | US |