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Course Outline

Overview of the Open Network Operating System

  • Defining the ONOS framework
  • The function of ONOS within Software-Defined Networking environments
  • Distinctions between ONOS and alternative SDN controllers

Analyzing the ONOS Architecture

  • Core components and essential services
  • Implementing ONOS clusters to ensure scalability and high availability
  • ONOS communication protocols with the data plane

Deploying ONOS Infrastructure

  • System specifications and installation prerequisites
  • Installing ONOS on Linux-based operating systems
  • Validating the successful deployment of ONOS for government networks

Utilizing ONOS for Network Administration

  • Establishing connectivity between ONOS and network hardware
  • Developing and maintaining network topology models
  • Conducting basic diagnostics and monitoring using ONOS tools

Examining ONOS Capabilities

  • Application development and deployment workflows in ONOS
  • Network resource management and performance optimization
  • Interoperability between ONOS and external SDN platforms

Governance Scalability and Strategic Outlook

  • Expanding ONOS deployments for extensive network operations
  • Emerging trends in SDN evolution and ONOS enhancements
  • Accessing documentation and community support resources

Conclusion and Implementation Roadmap

Requirements

  • Familiarity with foundational networking principles is expected.
  • Previous exposure to the ONOS platform is not a prerequisite.

Audience

  • Networking practitioners
  • Information technology administrators seeking to engage with software-defined networking (SDN) solutions designed for government
  • Professionals introducing themselves to ONOS or SDN methodologies
 14 Hours

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