Abstract: In various embodiments, a device can be configured to securely implement a wallet capable of displaying data based on a configuration file retrieved from a cloud storage using a seed. In an embodiment, the device can include a display; a network interface; memory; and a processor. The processor can be configured to: obtain a seed value; generate a path value based on the seed value; access a cloud storage location based on the path value; and receive a configuration file from the cloud storage location. The configuration file includes a configuration value. The processor further configured to display a user interface configuration based on the configuration value.

Abstract: Systems and techniques to enable token-related functionality within social media platforms are illustrated. One embodiment include a method for accessing tokens. The method derives characteristics of one or more tokens owned by a first account on a platform. The method reviews one or more external accounts on the platform for compatible tokens that share at least one of the characteristics. The method confirms a compatible token is owned by a second account of the one or more external accounts. The method accesses the compatible token.

Abstract: The ability to write illegal information or rights holder information into an immutable public ledger is problematic for society. Similarly, the inability to selectively cause funds transfers to be undone currently gives rise to significant abuses. In various embodiments, a processor, can be configured to obtain a ledger entry associated with a distributed ledger. The ledger entry can comprise an assertion authentication value and a reference. Data can be requested based on the reference. When the data is not available, an assertion can be obtained. a result can be generated and then compared. when the result and the assertion authentication value match, a challenge can be computed using a cryptographic system, wherein the challenge is based on the ledger entry. A block that incorporates the ledger entry can be broadcast to securely add the block to the distributed ledger.

Abstract: Systems and methods for providing security in distributed and tokenized environments in accordance with various embodiments of the invention are described. A method for bridging between blockchains, includes: bridging an entry from a first blockchain to a second blockchain, where the entry is associated with an event; determining a classification of the entry, where the classification is one of confirmed, delayed, and blocked; performing an action based on the classification of the entry; where the action includes at least one action selected from a group including: determining the classification is confirmed and recording (130) on the second blockchain the entry and removing the entry from several entries, determining the classification is blocked and removing the entry from the several entries, and determining the classification is delayed and keeping the entry for an additional time period.

Abstract: Systems and devices to initiate collaborative content generation within an NFT platform are illustrated. One embodiment includes a method for facilitating engagement between content creators. The method receives a request from a first content creator for second content creators to work on a first piece of content. The method processes the request in order to identify one or more potential second content creators suitable for collaborating. The method sends the request to the potential second content creators and receives at least one acceptance. The method receives a second piece of content from the second content creator, wherein the second piece of content comprises a result of work from the second content creator on the first piece of content. The method generates a token comprising the second piece of content, wherein the token can be securely attributed to at least one of the first content creator and the second content creator.