the full lifecycle studio of infrastructure, networks and services - Define resources, services and products - Uses definitions/models provided by design - Create and manage models, processes, policies and modules analytics for creation and lifecycle management - Orchestrate delivery & augmentation Systematic evaluation, certification and onboarding Deploy - Monitor & manage via analytics guided by SLAs & of technology supply chain policies Institutionalize content & models for consistent Control capabilities to execute configuration, real- implementation & technology insertion time policies and control the state of distributed Single platform to define and deploy instantiation, network components and services management and control definitions and behaviors Instantiate, configure and manage the lifecycle of resources, topology and service implementations Learn FIGURE 7.1 ONAP frameworks. The Network Operating System collection, analytics, and policies (including recipes for corrective/remedial action); these can be accessed using the ONAP design framework portal. Certain process specifications (aka "recipes") and policies are geographically distributed to many points of use to optimize performance and maximize autonomous behavior in the network cloud environment. Figure 7.2 provides a high-level view of the ONAP software components-eight unique and distinct subsystems. These subsystems use micro-services to perform their roles. The platform also provides the common functions (e.g., data collection, control loops, metadata recipe creation, policy/ recipe distribution, etc.) necessary to construct specific behaviors. To create a service or operational capability, it is necessary to develop service/operations-specific collection, analytics, and policies (including recipes for corrective/remedial action) using the ONAP design framework portal. The three primary components of the design time framework are SDC, the policy creation com- ponents, and the analytic application design. SDC is an integrated development envi