1. ONAP Amsterdam Architecture
Chris Donley, Huawei

2. SDN/NFV = Unprecedented Transformation
Business
Technology
Operations
Organization
Agility
Differentiation
Flexibility and Choice
Revenues
Design Time
Operational Expenses
Development Costs
Transformation

3. More than MANO is needed. . .
Service Mgmt.
Policy
Analytics
Portals
OSS/BSS
NFV MANO
NFV Orchestrator
Design- Time
Environment
GUI
Modeling
Catalogues
Virtualized Network Functions
(VNFs)
VNF Manager (VNFM)
Virtualization Infra- structure Mgr. (VIM)
NFV Infrastructure
(NFVI)
Legacy
Networks
SDN Infrastructure

4. Introducing ONAP Blending ECOMP,OPEN-O, and Linux Foundation Best Practices+
Deployment (> 2 years)
Comprehensive functionality
Enables self-service and automation
Model-driven (TOSCA/YANG)
Adopts LF best practices
Enable efficient VNF onboarding and insertion
Design
Orchestration
Control
Policy
Analytics
ODL Extensions around Inventory, Database, Service logic
New additions include App-Controller for VNF configuration, Automated lifecycle, Fault Management in App etc

5. ONAP Value Proposition
End-to-End Automation
Complete lifecycle automation – design, inventory, control, operate, and metrics
Orchestrate and automate across geographic and domain boundaries, technologies and layers
Modular, model-driven approach
Industry Harmonization
Collaborative marketplace of ideas for global operators and solution providers
Common, open development platform/APIs
Support wide range of use cases and operating environments
Efficient Deployment
Incorporates production-proven code
Modular platform components reduce integration cost and time
Optimize operations through closed-loop network intelligence and analytics
A common platform for rapidly designing, implementing & managing differentiated services.

6. ONAP Amsterdam Architecture
ONAP Operations Manager (OOM)
Portal Framework, U-UI, ONAP CLI
Dashboard OA&M (VID)
RUN-TIME
External API Framework
DESIGN-TIME (SDC)
Resource Onboarding
Policy Framework
DCAE
Correlation Engine
(Holmes)
Service Orchestration
A&AI/ESR
Service & Product Design
Policy Creation & Validation
Common Services
DMaaP
CCSDK
Logging
Micro Services Bus (MSB)
AAF
VNF SDK
CLAMP
Multi-VIM/Cloud
Infrastructure Adaptation Layer
SDN-C
(L0-L3 Controller)
Application Controller
(L4-L7)
Virtual Function Controller
(ETSI-aligned)
Key points:
Unified framework for design-time & run-time
Common platform for service design and netops to drive collaboration
Simultaneous orchestration of physical and virtual networks
Vendor-agnostic orchestration can only happen in open source context
Real-time analytics and closed-loop automation
Easy re-use of service concepts
Iterative service improvements based on network feedback
Catalog
External Systems
3rd Party Controller
sVNFM
EMS
Managed Environment …
Network Function Layer
VNFs
PNFs …
Recipe/Eng Rules & Policy Distribution
Hypervisor / OS Layer
OpenStack
Commercial VIM
Public Cloud
MPLS IP
Private
Edge Cloud
Private
DC Cloud
Public
Cloud

7. Design Time Product & Service Designers
Collaborative, catalog-driven “self-service” design studio
Define resources, services, and products
Create and manage models, processes, policies, and analytics for creation and lifecycle management
Systematic evaluation, certification, and onboarding of technology supply chain
Institutionalize content and models for consistent implementation and technology insertion
Single platform to define and deploy instantiation, management, and control definitions and behaviors
Policy Creation & Validation
Analytic Application Design
Resource Onboarding
Service & Product Design
Catalog
SDC
VNF SDK
CLAMP
Product & Service Designers

8. Run Time
Autonomic framework that manages the full ONAP lifecycle of networks and services
Uses definitions/models provided by design modules
Orchestrate delivery & augmentation
Monitor & manage via analytics guided by SLAs & policies
Control capabilities to execute configuration, real-time policies and control the state of distributed network components and services
Instantiate, configure, and manage the lifecycle of resources, topology, and service implementations

9. Closed-Loop Automation

10. VNF Ecosystem … RUN-TIME DESIGN-TIME (SDC) VNF packaging/ validation
ONAP Operations Manager (OOM)
Portal Framework, U-UI, ONAP CLI
Dashboard OA&M (VID)
RUN-TIME
External API Framework
DESIGN-TIME (SDC)
Resource Onboarding
Policy Framework
DCAE
Correlation Engine
(Holmes)
Service Orchestration
A&AI/ESR
Service & Product Design
VNF packaging/ validation
Policy Creation & Validation
Common Services
DMaaP
CCSDK
Logging
Micro Services Bus (MSB)
AAF
VNF SDK
CLAMP
Multi-VIM/Cloud
Infrastructure Adaptation Layer
SDN-C
(L0-L3 Controller)
Application Controller
(L4-L7)
Virtual Function Controller
(ETSI-aligned)
Key points:
Unified framework for design-time & run-time
Common platform for service design and netops to drive collaboration
Simultaneous orchestration of physical and virtual networks
Vendor-agnostic orchestration can only happen in open source context
Real-time analytics and closed-loop automation
Easy re-use of service concepts
Iterative service improvements based on network feedback
Catalog
External Systems
3rd Party Controller
sVNFM
EMS
Managed Environment …
Network Function Layer
VNFs
PNFs …
Recipe/Eng Rules & Policy Distribution
Hypervisor / OS Layer
OpenStack
Commercial VIM
Public Cloud
MPLS IP
Private
Edge Cloud
Private
DC Cloud
Public
Cloud

11. Service Design … RUN-TIME DESIGN-TIME (SDC) Design-Time Environment
ONAP Operations Manager (OOM)
Portal Framework, U-UI, ONAP CLI
Dashboard OA&M (VID)
RUN-TIME
External API Framework
DESIGN-TIME (SDC)
Resource Onboarding
Policy Framework
DCAE
Correlation Engine
(Holmes)
Service Orchestration
A&AI/ESR
Service & Product Design
Design-Time Environment
Policy Creation & Validation
Common Services
DMaaP
CCSDK
Logging
Micro Services Bus (MSB)
AAF
VNF SDK
CLAMP
Multi-VIM/Cloud
Infrastructure Adaptation Layer
SDN-C
(L0-L3 Controller)
Application Controller
(L4-L7)
Virtual Function Controller
(ETSI-aligned)
Key points:
Unified framework for design-time & run-time
Common platform for service design and netops to drive collaboration
Simultaneous orchestration of physical and virtual networks
Vendor-agnostic orchestration can only happen in open source context
Real-time analytics and closed-loop automation
Easy re-use of service concepts
Iterative service improvements based on network feedback
Catalog
External Systems
3rd Party Controller
sVNFM
EMS
Managed Environment …
Network Function Layer
VNFs
PNFs …
Recipe/Eng Rules & Policy Distribution
Hypervisor / OS Layer
OpenStack
Commercial VIM
Public Cloud
MPLS IP
Private
Edge Cloud
Private
DC Cloud
Public
Cloud

12. Orchestration … RUN-TIME DESIGN-TIME (SDC) End-to-end orchestration
ONAP Operations Manager (OOM)
Portal Framework, U-UI, ONAP CLI
Dashboard OA&M (VID)
RUN-TIME
External API Framework
DESIGN-TIME (SDC)
End-to-end orchestration
Resource Onboarding
Policy Framework
DCAE
Correlation Engine
(Holmes)
Service Orchestration
A&AI/ESR
Service & Product Design
Policy Creation & Validation
Common Services
DMaaP
CCSDK
Logging
Micro Services Bus (MSB)
AAF
VNF SDK
CLAMP
Multi-VIM/Cloud
Infrastructure Adaptation Layer
SDN-C
(L0-L3 Controller)
Application Controller
(L4-L7)
Virtual Function Controller
(ETSI-aligned)
Key points:
Unified framework for design-time & run-time
Common platform for service design and netops to drive collaboration
Simultaneous orchestration of physical and virtual networks
Vendor-agnostic orchestration can only happen in open source context
Real-time analytics and closed-loop automation
Easy re-use of service concepts
Iterative service improvements based on network feedback
Catalog
External Systems
3rd Party Controller
sVNFM
EMS
Managed Environment …
Network Function Layer
VNFs
PNFs …
Recipe/Eng Rules & Policy Distribution
Hypervisor / OS Layer
OpenStack
Commercial VIM
Public Cloud
MPLS IP
Private
Edge Cloud
Private
DC Cloud
Public
Cloud

13. Controllers … RUN-TIME DESIGN-TIME (SDC) SDNControl/ management
ONAP Operations Manager (OOM)
Portal Framework, U-UI, ONAP CLI
Dashboard OA&M (VID)
RUN-TIME
External API Framework
DESIGN-TIME (SDC)
Resource Onboarding
Policy Framework
DCAE
Correlation Engine
(Holmes)
Service Orchestration
A&AI/ESR
SDNControl/ management
VNF Control/ management
Service & Product Design
Policy Creation & Validation
Common Services
DMaaP
CCSDK
Logging
Micro Services Bus (MSB)
AAF
VNF SDK
CLAMP
Multi-VIM/Cloud
Infrastructure Adaptation Layer
SDN-C
(L0-L3 Controller)
Application Controller
(L4-L7)
Virtual Function Controller
(ETSI-aligned)
Key points:
Unified framework for design-time & run-time
Common platform for service design and netops to drive collaboration
Simultaneous orchestration of physical and virtual networks
Vendor-agnostic orchestration can only happen in open source context
Real-time analytics and closed-loop automation
Easy re-use of service concepts
Iterative service improvements based on network feedback
Catalog
External Systems
3rd Party Controller
sVNFM
EMS
Managed Environment …
Network Function Layer
VNFs
PNFs …
Recipe/Eng Rules & Policy Distribution
Hypervisor / OS Layer
OpenStack
Commercial VIM
Public Cloud
MPLS IP
Private
Edge Cloud
Private
DC Cloud
Public
Cloud

14. Cloud/VIM Drivers … RUN-TIME DESIGN-TIME (SDC)
ONAP Operations Manager (OOM)
Portal Framework, U-UI, ONAP CLI
Dashboard OA&M (VID)
RUN-TIME
External API Framework
DESIGN-TIME (SDC)
Resource Onboarding
Policy Framework
DCAE
Correlation Engine
(Holmes)
Service Orchestration
A&AI/ESR
Service & Product Design
OpenStack, VMWare, Wind River, Azure support
Policy Creation & Validation
Common Services
DMaaP
CCSDK
Logging
Micro Services Bus (MSB)
AAF
VNF SDK
CLAMP
Multi-VIM/Cloud
Infrastructure Adaptation Layer
SDN-C
(L0-L3 Controller)
Application Controller
(L4-L7)
Virtual Function Controller
(ETSI-aligned)
Key points:
Unified framework for design-time & run-time
Common platform for service design and netops to drive collaboration
Simultaneous orchestration of physical and virtual networks
Vendor-agnostic orchestration can only happen in open source context
Real-time analytics and closed-loop automation
Easy re-use of service concepts
Iterative service improvements based on network feedback
Catalog
External Systems
3rd Party Controller
sVNFM
EMS
Managed Environment …
Network Function Layer
VNFs
PNFs …
Recipe/Eng Rules & Policy Distribution
Hypervisor / OS Layer
OpenStack
Commercial VIM
Public Cloud
MPLS IP
Private
Edge Cloud
Private
DC Cloud
Public
Cloud

15. Closed Loop … RUN-TIME DESIGN-TIME (SDC) Closed-loop automation
ONAP Operations Manager (OOM)
Portal Framework, U-UI, ONAP CLI
Closed-loop automation
Dashboard OA&M (VID)
RUN-TIME
External API Framework
DESIGN-TIME (SDC)
Resource Onboarding
Policy Framework
DCAE
Correlation Engine
(Holmes)
Service Orchestration
A&AI/ESR
Service & Product Design
Policy Creation & Validation
Common Services
DMaaP
CCSDK
Logging
Micro Services Bus (MSB)
AAF
VNF SDK
CLAMP
Multi-VIM/Cloud
Infrastructure Adaptation Layer
SDN-C
(L0-L3 Controller)
Application Controller
(L4-L7)
Virtual Function Controller
(ETSI-aligned)
Key points:
Unified framework for design-time & run-time
Common platform for service design and netops to drive collaboration
Simultaneous orchestration of physical and virtual networks
Vendor-agnostic orchestration can only happen in open source context
Real-time analytics and closed-loop automation
Easy re-use of service concepts
Iterative service improvements based on network feedback
Catalog
External Systems
3rd Party Controller
sVNFM
EMS
Managed Environment …
Network Function Layer
VNFs
PNFs …
Recipe/Eng Rules & Policy Distribution
Hypervisor / OS Layer
OpenStack
Commercial VIM
Public Cloud
MPLS IP
Private
Edge Cloud
Private
DC Cloud
Public
Cloud

16. Use Case: VoLTE

17. Use Case: vCPE

18. More Details wiki.onap.org onap.readthedocs.io
TSC Meeting Resources: