MOOC Evolved-5G Common API Framework (CAPIF)

Título: 7. Conclusions & Outlook Descripción automática: In this video, the discussion centers on the discussion centers on the Three GPP Common API Framework, detailing its role in providing secure interactions between 3GPP networks and various industries, as well as its implementation via an open-source platform established by the project. The video explains that the current implementation known as CAPPI has expanded its functionality beyond just an API manager for network core exposure. It is now a versatile API manager that allows further enhancements and is adaptable for different uses. The speaker highlights CAPPI's extensive testing and successful application in several practical scenarios, such as unmanned aerial systems, applications, and security information and event management systems, showcasing its robustness and adaptability. The framework has garnered attention and is actively used in research projects, underscoring its relevance and potential as 5G networks proliferate

Título: 6.2 Summary of CAPIF Implementation Descripción automática: In this video, the focus is on the summary of copy limitation principles and the security assurances within the project. The essential elements of a core copying function, an API voter, and an API provider—have been effectively developed by a company in collaboration with a telecommunications company in Spain. The importance of comprehending both the structure and function of these individual components as well as the collective framework is underscored. The video highlights the benefits of the open-source nature of the platform. It includes thorough instructions that simplify the process for those seeking to implement the framework on their own systems. Tools such as Docker, a containerization platform, and Ubernetes, a system for orchestrating containers, are mentioned for their roles in enhancing the deployment process. Furthermore, security is presented as a paramount consideration in the design of the framework. T

Título: 6.1 CAPIF Security Guarantees Descripción automática: In this video, the focus is on how the product achieves security throughout different levels of the reference model stack of layers, emphasizing the application layer managed by network applications. It discusses how these applications generate and transmit data, serve as gateways, and display information. The video highlights the use of the Two Point Zero protocol at the application layer for authentication and authorization of users, which requires access tokens to ensure verified identities and permissions. Integrity, reply protection, and confidentiality are noted as being crucial across all captive components of the system, ensuring a robust security framework. The presentation then shifts to the transport layer, responsible for end-to-end data delivery and handling acknowledgments and retransmissions. It concludes with an explanation of mutual authentication between the core function through Dls, a secure end-to-end en

Título: 6. CAPIF Implementation Descripción automática: In this video, the narrator discusses the implementation of a system referred to as Kopi in the context of a five-day project. Details about the system's development grounded in contemporary principles, such as those espoused by a leading software company, are given. This includes its programming, testing, evaluation modules, and an open-source approach, ensuring security measures are in line with industry-standard specifications. The video outlines that all components of the system have been fully released, including the core functions and associated APIs, with instructions and documentation available in an evolved repository. It encourages third parties to adopt and adapt the framework, emphasizing quality control through behavioral tests and automated deployment pipelines. Delving into the structure of the system, the video highlights the separation of services into individual Docker containers for specific functionalities. An

Título: 5. Recap on the fundamentals of CAPIF Descripción automática: In this video, the speaker provides an overview of Kopi, a standardized API management framework outlined by 3GPP for network communications, particularly within the 5G core. Kopi is characterized by its support for secure communication between third-party applications and various vertical industries, ensuring the protection and confidentiality of these communications. The framework is designed to foster interoperability, allowing different applications to exchange data seamlessly. This enhances the overall compatibility and integration capacity of applications within the 3GPP network environment. Kopi also promotes discoverability, making it easier to find and use available APIs from the 5G Core. Additionally, Kopi's modular approach is emphasized, offering the flexibility needed for developing scalable and adaptable applications that can be integrated with the 3GPP network architecture. The video concludes by under

Título: 4.3 API Provider Descripción automática: In this video, the focus is on explaining the role of Service APIs within the architecture, specifically in the context of the 5G Network. The video describes how Service APIs provided by the API Provider, like those from the Network Exposure function, should adhere to the specification. They must support functions to expose, publish, and manage these APIs effectively. The presenter delves into the three core functions associated with this process. The Api Exposing function is highlighted as a means to authenticate and authorize API invocations, whereas the Api Publish function deals with making the Service API information available to the central core function. Lastly, the Api management function is mentioned, with its purpose to monitor API status and relay event information pertaining to the operation of the API. Overall, these functions ensure robust management and integration of Service APIs within the architecture in a 5G network e

Título: 4.2 API Invoker Descripción automática: In this video, the focus is on explaining the API Invoke function, which is a third-party application responsible for the exchange of information within the network. It is mentioned that the API Invoke function can operate either within a trusted domain, such as a public land mobile network, or from an untrusted domain. The video states that for effective interaction, the API Invoke function must adhere to specific compliance specifications. Moreover, it is crucial for the API Invoke function to support mutual authentication with the core functions and to utilize the appropriate API mechanisms for service discovery, ensuring it can access the service APIs exposed by providers. Autor/a: Giannopoulou Katerina Curso: Este vídeo es el 6/12 del curso MOOC Evolved-5G Common API Framework (CAPIF). •MOOCEvolved-5GCommonAPIFramework(CAPIF) Inscríbete en: Universitat Politècnica de València UPV: Más vídeos en: /valenciaupv Accede a nuestros MOOC: #

Título: 4.1 CAPIF Core Function (CCF) Descripción automática: In this video, the presenter discusses the core function, which is essential in offering Application Programming Interface (API) services and is standardized by the telecommunications standards body. This function plays a crucial role for both API invokers and API providers. It primarily handles mutual authentication, allowing API invokers to authenticate before accessing API services. Upon successful authentication, the invokers can discover service APIs that have been published. Additionally, for API providers, the core function supports the publication and storage of service APIs. It also facilitates the management, logging, and monitoring of the exposed APIs. These services ensure secure and efficient interaction between API consumers and providers, adhering to the industry standards set. Autor/a: Giannopoulou Katerina Curso: Este vídeo es el 5/12 del curso MOOC Evolved-5G Common API Framework (CAPIF). •MOOCEvolved-5GCom

Título: 4. CAPIF Architecture Descripción automática: In this video, the focus is on the cup for architecture and its three main components: the cup for core function, api provider, and pia in voelker. The cup for core function acts as a central entity and api manager, where api providers offer services and third-party applications like pia in voelker consume these services. Communication is facilitated indirectly through the cup for core function, requiring parties to onboard to publish or discover api services. Trusted domains enable interactions that include cup for core function instances from various providers, whether within public land mobile network domains or beyond. In distributed deployments, functionalities are split among domains, with the cup for core function interfacing with other functions through designated reference points. The api in voelker can engage independently with both the cup for core function and the api exposing function. The api in voelker learns about av

Título: 3. Defining CAPIF Descripción automática: In this video, the presenter discusses the Common API Framework, a standardized API management framework designed for service-based architecture, starting from Release 15 and recognized as a feature. The specifications for the framework cover architectural API descriptions and security aspects, primarily serving as an interface for applications to interact with the core system. The framework is crucial for ensuring secure service interactions between API consumers that use North Bound APIs, provided by API producers. The development of the framework was driven by the need for consistency across varying API specifications, aiming to prevent duplication and discrepancies within API releases. The framework's main functions include the management of API consumer and producer onboarding processes, service registration and release, and the facilitation of API discovery and publication. It also handles event provisioning and log management thr