Some embodiments provide a method for determining whether a subscription for using digital content on a user device has elapsed. The method compares a first collision free image of a first set of entities in the user device with a second collision free image for a second set of entities in the user device at a second instance in time. Based on the comparison, the method determines whether the subscription has elapsed.

Embodiments provide interactive methods and systems for exploring ideologies on a virtual map. Method performed by a processor of an ideology exploration system includes displaying an interactive map comprising a plurality of regions on a UI in an electronic device for a user. Each region is associated with at least one ideology attribute. Each region includes media items associated with the ideology attribute. The method includes facilitating a virtual tool for the user for navigating from one region to another region based on a user preference. The user preference includes actions performed by the user on regions for exploring the regions. The method also includes tracking a user identifier associated with the user based on the user preference to determine a journey of the user. The method further includes updating a status of the user on a user profile based on the journey of the user in the interactive map.

An intellectual property (IP) recommending method and an IP recommending system are provided. In the method, a plurality of IP portfolios respectively designated for a plurality of product designs are retrieved and usage data of a plurality of IPs included in each of the plurality of IP portfolios are extracted. A machine learning (ML) model is trained by using a portion of the retrieved IP portfolios and the extracted usage data. In response to receiving at least one criterion for a desired product design from a user, a plurality of IPs adapted for the desired product design are predicted based on the ML model and recommended for the user.

A system and method for creating a virtual digital object comprising a plurality of components includes receiving from a user selections of a plurality of components for use in creating the virtual digital object. Each component has a cost designated in cryptocurrency that is presented for acceptance by the user. Upon acceptance, a cost tally for the virtual digital object is updated. Upon completion, the virtual digital object is minted by subtracting a total cost tally in cryptocurrency from a digital wallet of the user and by interacting with a smart contract including the virtual digital object and metadata relating to at least one of valuation of the virtual digital object, creation of the virtual digital object, and rules governing use and ownership of the virtual digital object. The minted virtual digital object is added to the user's digital wallet and optionally uploaded to an online gallery for purchase.

According to some embodiments, a method for awarding pre-minted NFTs using a crafting recipe is disclosed. The method includes receiving a crafting request that indicates a set of owned NFTs that are owned by a user, wherein each owned NFTs indicates a type of the owned NFT. The method includes determining a crafting recipe that is implicated by the set of owned NFTs indicated in the crafting request and determining a specified type of NFT based on the crafting recipe. When the specified type of NFT is a pre-minted NFT, the method includes randomly selecting a crafted NFT from a set of pre-minted NFTs of the specified type. When the specified type of NFT were not pre-minted, the method includes minting the crafted NFT. The method further includes assigning the crafted NFT to a user account of the user on the distributed ledger.

Systems, computer program products, and methods are described herein for containerization of non-fungible tokens (NFTs). The present invention is configured to electronically receive, from a computing device of a first user, a request for a containerized non-fungible token (NFT) for at least two resources; initiate a non-fungible token (NFT) generator on the at least two resources in response to receiving the request; extract resource information from the at least two resources; generate, using the NFT generator, the containerized NFT for the at least two resources, wherein the NFT comprises at least the resource information extracted from the at least two resources; and record the containerized NFT on a distributed ledger.

Aspects relate to providing an efficient way to claim a non-fungible token (NFT) associated with a physical object, such as a merchandise item. A user device may scan, using a scanning device, for access information of a physical object, and determine a link to an NFT associated with the physical object based on the scanned access information. Subsequently, the user device may transmit, to an NFT server device, an NFT command indicating the link and a user account of a user to cause the NFT to be claimed by the user account. Other aspects, embodiments, and features are also claimed and described.

Systems and methods for encoding multiple video streams with digital watermarking for adaptive bitrate streaming in accordance with embodiments of the invention are disclosed. In one embodiment, a method for preprocessing multimedia content into streams with watermark information includes receiving a source content media stream, generating at least two variant preprocessed streams for each received source content media stream, where each variant preprocessed stream includes different watermark information in the same locations as the other variant preprocessed streams and where marked locations are spaced apart at least a distance equal to a predetermined maximum segment size, generating a set of embed location information describing marked locations in the variant preprocessed streams, generating at least one variant output stream from each variant preprocessed stream using video compression, partitioning each variant output stream into a set of segments, where each segment is no longer than the predetermined maximum segment size and contains at most one copy of the watermark information, generating a set of segment boundary information describing the boundaries of segments within the variant output streams and the boundaries are the same between variant output streams, and generating a segment selection list using the set of embed location information and the set of segment boundary information, where the segment selection list includes only one variant segment for each segment according to a watermark sequence and the digits of the watermark sequence correspond to the watermark information applied to each variant preprocessed stream.

An augmented video system comprising: a server, a plurality of video cameras, a video storage device such as a database, and software capable of being operated on said server; wherein said plurality of video cameras capture a moment in time, each of said plurality of video cameras capturing a video file of said moment in time from a different perspective and storing each of said video files in a database; wherein said software combines each of said video files into a single combined video file; said combined video file being directed back to the server and said server generating a link to said combined video file; said combined video file being operably viewable as a video file on a computing device.

A system and method for electronic health record permissioning and monetization that can grant or deny access to patient data and pay one or more entities for access to the data is presented. The present disclosure provides for a system configured to provide a patient the ability to: ‘grant,’ ‘deny,’ ‘update,’ and ‘revoke’ the permission to read data for a specific entity, and specific properties within that entity, from their personal data records (e.g., an electronic health record, a Global Patient Record (GPR), pharmaceutical records, demographic records, financial records, criminal records, or other suitable personal information). A Data-Read-Permission request can be a ‘Property Collection’ (PC) containing specific properties that describe the read permission rights and an amount the Data-Client is willing to offer for the Data-Read-Permission rights. This PC can be written as part of a blockchain transaction (TX1), which can be issued by the Data-Client.