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In a cloud deployment, SaaS can stand for which of the following? (Select 2)
SaaS within cloud computing primarily stands for Software as a Service, which delivers software applications over the internet on a subscription basis. It allows users to connect to and use cloud-based apps over the Internet, such as email, calendaring, and office tools (like Microsoft Office 365). Security as a Service (SECaaS) is an outsourcing model for security management. Typically, businesses utilize this service for functions like anti-virus software, intrusion detection, and authentication. SECaaS is also considered a type of SaaS where security services are delivered remotely via the internet. Therefore, both Software as a Service and Security as a Service are correct answers, emphasizing the diversity of services provided through the SaaS model beyond just software applications.
In public networks, what are the parts of a distributed cloud used for the 5G Core control plane. (Select 2)
Which one of the following requires a Network Service Descriptor defined in a catalog?
A Network Service Descriptor (NSD) is an integral part of network function virtualization (NFV) architecture. It describes the composition of network services, including how different network functions are chained or combined to provide a specific service. Cloud orchestration involves the automated management of various cloud computing services and resources, including networking services. It requires a comprehensive description of these services (i.e., NSD) to automate their deployment, scaling, and management effectively. NSD in a catalog would be used to define the parameters and configurations needed for the orchestrated service to be deployed in a cloud environment, making cloud orchestration the most likely context for requiring an NSD.
Which of the following statements are correct regarding the characteristics of microservices? (Select 2)
Microservices arechainedin order to build an application, meaning that they are connected by a network and exchange messages or data to perform a specific function or task.
Microservices aredifferentiatedby function, meaning that each microservice has a single responsibility and performs a distinct function within the application.
Microservices arederivedfrom monolithic applications, meaning that they are created by breaking down a large and complex application into smaller and simpler pieces that can be developed, deployed, and scaled independently.
Microservices arescalableandresilient, meaning that they can handle variable workloads and recover from failures without affecting the whole application.
