Abstract: A system and method for generating content from an artificial intelligence (AI) system is disclosed. In one embodiment, the system is trained by one or more training instructors using training content having one or more training content pieces, and the method comprises accepting first information associating training content with training content attributes; accepting second information associating the AI system with training instructor profiles; generating the AI generated content in response to an AI content generation request from a user; and providing the AI generated content, the first information and the second information to the user.

Abstract: A method and apparatus for traceably managing software throughout its life cycle is disclosed. In one embodiment, the method comprises accepting, in secure management service via a first client interface module of a set of client interface modules, a request from a member of a plurality of members of the software supply chain to sign designated information, the designated information associated with the secure software in at least one of the plurality of stages, signing the designated information in response to the request according to a private key of a key pair uniquely associated with the member, and providing the signed designated information to the member of the software supply chain.

Abstract: A method and a system including a data plane service implementation (DPSI) platform operably accessible via application programming interfaces (APIs), implement packet processing network functions as a service. The APIs allow creation, customization, and configuration of network service-supporting application logics (ALs) and network service packages. The DPSI platform creates a packet processing primitive (PPP) by applying a use-case-specific primitive specification to a corresponding primitive template retrieved from a repository, and stores the PPP in a repository. Each PPP instance is implemented as an independent, self-contained, functional part of a whole data plane packet processing network function. The DPSI platform creates an AL based on a use-case-specific AL specification using one or more PPPs corresponding to the use-case-specific AL specification, and stores the AL in another repository.

Abstract: A method and a system including a data plane service implementation (DPSI) platform operably accessible via application programming interfaces (APIs), implement packet processing network functions as a service. The APIs allow creation, customization, and configuration of network service-supporting application logics (ALs) and network service packages. The DPSI platform creates a packet processing primitive (PPP) by applying a use-case-specific primitive specification to a corresponding primitive template retrieved from a repository, and stores the PPP in a repository. Each PPP instance is implemented as an independent, self-contained, functional part of a whole data plane packet processing network function. The DPSI platform creates an AL based on a use-case-specific AL specification using one or more PPPs corresponding to the use-case-specific AL specification, and stores the AL in another repository.