Abstract: A token management server and associated methods are disclosed. In one embodiment, the token management server comprises a gateway engine for indexing digital items stored on web servers and blockchains and comparing the indexed items to a non-fungible token (NFT) and its associated digital asset. The token management server optionally comprises a rights assignment and management engine for automatically generating ownership documentation for an asset associated with the NFT and tracking subsequent changes of ownership of the asset, a successor management engine for automatically assigning ownership and control of the NFT and digital asset or a fungible token if the owner does not interact with the token management server within a certain predetermined amount of time, and a loss prevention engine for providing an owner with a backup mechanism for accessing an NFT and digital asset or a fungible token if the owner loses his or her primary credentials.

Abstract: In one aspect, a computerized method useful for automated software testing comprising: writing a test suite in a human-readable language; implementing an Artificial Intelligent (AI) process test suite; and creating a set of scripts, data, and execute tests.

Abstract: In one aspect, a computerized method useful for automated software testing comprising: writing a test suite in a human-readable language; implementing an Artificial Intelligent (AI) process test suite; and creating a set of scripts, data, and execute tests.

Abstract: In one aspect, a computerized method useful for automated software testing comprising: writing a test suite in a human-readable language; implementing an Artificial Intelligent (AI) process test suite; and creating a set of scripts, data, and execute tests.

Abstract: In one aspect, a computerized method useful for automated software testing comprising: writing a test suite in a human-readable language; implementing an Artificial Intelligent (AI) process test suite; and creating a set of scripts, data, and execute tests.

Abstract: Methods and apparatus are described for testing the operation of a software application in a manner that reproduces the conditions under which the application operates. Semi-autonomous virtual testing software agents are deployed to the remote cloud computing infrastructure of each geographic region of interest. Each software agent has its own “personality” that includes its geolocation, along with the device types, operating systems, and (in the case of web applications) browser types with which the application is expected to operate in each geographic region.