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Automated Service Assurance in Cloudified Networks

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KSA 23.07.26

Actionable Benefits:

  • Determine key trends that are driving market demand for cloud-friendly and automated assurance solutions.
  • Educate product engineers on key design requirements for Artificial Intelligence (AI)-powered and cloud assurance software as the industry progresses toward more cloudified networks.
  • Identify the core technologies that suppliers are using to design and develop next-generation service assurance solutions.

Critical Questions Answered:

  • What are the key decision factors for CSPs when selecting an assurance vendor?
  • How is the service assurance domain evolving considering cloud tools, software, and DevOps methodologies?
  • How is the supply side implementing big data analytics and AI in its End-to-End (E2E) automated assurance offering?

Research Highlights:

  • Summaries of key technology strands that suppliers must consider as they bring to market automated assurance solutions that are more suitable to cloudified networks.
  • Analysis of how the cloud stack-hypervisor abstraction and Platform-as-a-Service (PaaS) layers-impact event monitoring, aggregation, and correlation.
  • Insights into the competitive landscape for automated assurance solutions.

Who Should Read This?

  • Decision makers for networks and cloud infrastructure who need to understand key automation and service assurance imperatives.
  • Innovation leaders and architects who need to understand how software and the cloud impact the existing service assurance landscape.
  • Suppliers that need to understand Communication Service Providers' (CSPs) requirements and pain points so they can communicate to individual CSPs' circumstances.

Table of Contents

  • Executive Summary
  • Recommendations
  • Assurance in Cloudified Networks
  • Service Assurance Definition
  • Automated Assurance Drivers
  • Service Assurance Challenges
  • Evolution of Service Assurance
  • Current and Future Landscapes
  • Assurance Requirements for Automation
  • Network Lifecycle Automation
  • Three Conditions for Lifecycle Automation
  • E2E Lifecycle Automation
  • A Hybrid Analytics Framework
  • Automated Assurance Scope
  • An Automation Framework
  • Overlay and Underlay Automation
  • Automation Engine in DevOps Cycles
  • What to Automate
  • Market Forecasts
  • AI-Enabled Maintenance Tools
  • Automated Assurance Suppliers
  • Automated Assurance Market Landscape
  • Accedian
  • Infovista
  • Netcracker
  • RADCOM
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