nfv onboarding automation framework · pdf filea customizable and extensible set of frameworks...

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A customizable and extensible set of frameworks to provide automated onboarding and interoperability evaluation capabilities for NFV BUSINESS REQUIREMENTS FOR NFV ONBOARDING & INTEROPERABILITY POSITIONING OF HCL’S FRAMEWORKS Primary Challenge in NFV deployment today is to establish pre-deployment validation methodologies for carrying out Compatibility and interoperability check for VNFs in particular NFV Infrastructure Test scenarios shall assess various combinations of VNF & NFVI Configuration, Data plane, Control plane and Management plane functionalities, calibrating against different types of demand raised from the network based on traffic conditions, subscriber usage, failover scenarios, live migrations, reliability, SLAs and Service Quality Requirements An Automation Framework shall assist carrying out the Tests on important pre-deployment aspects with lesser operational overhead, Acceleration and Better Time To Market; and can provide test metrics with cost, profitability and quality indicators for actual deployment The ‘Agility’ for new services roll out & assurance can’t be fulfilled without a robust Network DevOps methodology for underlay & overlay NFV Infrastructure DevOps methods need to lead tighter integration of IT Operations for Virtualized Services – need of the hour to operationalize NFV deployment NFV ONBOARDING AUTOMATION FRAMEWORK NFV Infrastructure Installaon & 1 2 3 4 5 6 7 Bootstrap Conguraon VNF installaon & Bootstrap Conguraon Automated Performance Vericaon & Benchmarking Connuous Integraon, Deployment & Vericaon VNF Inducon & Self-assessment Automated Sanity & Funconal Assessment Administrave Monitoring Ability for Partners / Alliance to request onboarding of VNFs onto hosted Infrastructure & Ecosystem Subming VNF installaon image, Templates & declared capabilies Automated Installaon / upgrade, and Bootstrap conguraon of NFV Infrastructure Test Bed as per designed topology Automated Installaon and Bootstrap conguraon of VNFs over installed NFVI Automated Integrated with NFV Orchestrator, and VNFM if requires 3 rd party soluon Automated Assessment of VNF’s compability over NFV Infrastructure, Service Chain Compability and Interoperability Assessment Dashboard for real-me and oine analysis of state of enre underlay and overlay Infrastructure Release Management for dierent versions of NFV Infrastructure Nodes and VNFs, supporng connuous integraon, connuous deployment and compable releases Automated Assessment of VNF’s performance over NFV Infrastructure, benchmarking of individual VNF performance and complete Service Chain Performance H C L s D e v O p s A u t o m a o n F r a m e w o r k H C L s F u n c o n a l A u t o m a o n F r a m e w o r k H C L s P e r f o r m a n c e

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A customizable and extensible set of frameworks to provide automated onboarding and interoperability evaluation capabilities for NFV

BUSINESS REQUIREMENTS FOR NFV ONBOARDING & INTEROPERABILITY

POSITIONING OF HCL’S FRAMEWORKS

• Primary Challenge in NFV deployment today is to establish pre-deployment validation methodologies for carrying out Compatibility and interoperability check for VNFs in particular NFV Infrastructure

• Test scenarios shall assess various combinations of VNF & NFVI Con�guration, Data plane, Control plane and Management plane functionalities, calibrating against di�erent types of demand raised from the network based on tra�c conditions, subscriber usage, failover scenarios, live migrations, reliability, SLAs and Service Quality Requirements

• An Automation Framework shall assist carrying out the Tests on important pre-deployment aspects with lesser operational overhead, Acceleration and Better Time To Market; and can provide test metrics with cost, pro�tability and quality indicators for actual deployment

• The ‘Agility’ for new services roll out & assurance can’t be ful�lled without a robust Network DevOps methodology for underlay & overlay NFV Infrastructure

• DevOps methods need to lead tighter integration of IT Operations for Virtualized Services – need of the hour to operationalize NFV deployment

NFV ONBOARDING AUTOMATION FRAMEWORK

NFV Infrastructure Installation &

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Bootstrap Configuration

VNF installation & Bootstrap Configuration

Automated Performance Verification & Benchmarking

Continuous Integration, Deployment & Verification

VNF Induction & Self-assessment

Automated Sanity & Functional Assessment

Administrative Monitoring

• Ability for Partners / Alliance to request onboarding of VNFs onto hosted Infrastructure & Ecosystem

• Submitting VNF installation image, Templates & declared capabilities

• Automated Installation / upgrade, and Bootstrap configuration of NFV Infrastructure Test Bed as per designed topology

• Automated Installation and Bootstrap configuration of VNFs over installed NFVI

• Automated Integrated with NFV Orchestrator, and VNFM if requires 3rd party solution

• Automated Assessment of VNF’s compatibility over NFV Infrastructure, Service Chain Compatibility and Interoperability Assessment

• Dashboard for real-time and offline analysis of state of entire underlay and overlay Infrastructure

• Release Management for different versions of NFV Infrastructure Nodes and VNFs, supporting continuous integration, continuous deployment and compatible releases

• Automated Assessment of VNF’s performance over NFV Infrastructure, benchmarking of individual VNF performance and complete Service Chain Performance

HCL’s DevOps Automation Framework

HCL’s Functional Automation Framework

HCL’s Performance

HCL VALUE ADD

FRAMEWORK OVERVIEW

For more information, write to [email protected]

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DevOps Automation Framework for NFV Test

Setup & Provisioning

• Framework for NFV Lab Topology Designing

• Automated Bare metal Installation of Underlay Infrastructure & Bootstrap Configuration

• Automated Overlay Infrastructure Installation & Bootstrap Configuration

NFV Functional Automation Framework

• Automation Framework to address functional evaluation of Inbound, Outbound and integrated functioning of VNFs

• Framework with integrated Test Analytics capability

• Integrated with Robot Framework with provisions for creating cross-device test scenario scripts

Automation for NFV Performance

Benchmarking

• Automation Framework for Black-box Performance Benchmarking

• Automation to instigate Operational Variations

• Framework to collect, consolidate, and analyze supplementary data for white-box assessment

• Time to Market Bene�ts

• Accelerated Methodology for evaluating multi-party Interoperability

• Leveraging Reusable Frameworks with 360o Engineering Ownership Capability

• Reduced Total Cost of Ownership

• Readiness for Outsourced Engineering Project through Investments in Process Automation

• Flexibility in business models for Engineering Services, Customization, Integration and Professional Services

• Subject Matter Expertise

• SME Pool of Practitioners & Architects

• Readiness to work as Client Extended R&D Team through Investments in Engineering Skill Development Methodologies