The Software-Defined Networking training is a comprehensive three-day program designed to provide participants with a strong conceptual and practical foundation in SDN principles, architectures, and deployment models. This course explains the separation of control and data planes, centralized network control, programmability, and automation, enabling learners to understand how SDN transforms traditional networks into agile, scalable, and programmable infrastructures.

• Understand the architecture, principles, and operational concepts of Software-Defined Networking (SDN) for modern network  management.
• Identify SDN components including controllers, data planes, control planes, and programmable network devices.
• Configure and manage SDN environments for centralized network control and automation.
• Implement network policies, traffic engineering, flow management, and programmable networking workflows.
• Monitor network performance, troubleshoot connectivity issues, and optimize software-defined infrastructures.
• Build scalable, flexible, and automated network solutions using software-defined networking best practices.

 • Network engineers and network administrators
 • IT infrastructure and operations professionals
 • Cloud and data center networking teams
 • Network architects exploring modern network designs
 • Professionals transitioning to SDN and network automation

 • Basic understanding of computer networking concepts
 • Familiarity with TCP/IP, switching, and routing fundamentals
 • Basic exposure to Linux or network operating systems
 • Awareness of virtualization concepts is beneficial

 • Understanding SDN concepts and architecture models
 • Knowledge of control plane and data plane separation
 • Awareness of SDN controllers and southbound protocols
 • Ability to analyze SDN-based network designs
 • Foundational understanding of network programmability and automation

By the end of this training, participants will have a clear understanding of Software-Defined Networking concepts, architectures, and use cases. Learners will be able to evaluate SDN solutions, understand controller-based network control, and apply SDN principles to modern enterprise, data center, and cloud networking environments.

Introduction to Software-Defined Networking
 • Evolution of traditional networks
 • Limitations of conventional networking
 • Core principles of SDN
 • Benefits of centralized network control

SDN Architecture and Building Blocks
 • Control plane and data plane separation
 • SDN controller role and functions
 • Southbound and northbound interfaces
 • SDN architectural models

SDN Controllers and Ecosystem Overview
 • Overview of popular SDN controllers
 • Open-source and commercial controllers
 • Controller deployment models
 • Use cases across enterprise and service provider networks

SDN in Data Centers and Enterprises
 • SDN-driven data center networking
 • Network virtualization concepts
 • Traffic engineering awareness
 • Policy-based network control

Southbound Protocols and Network Control
 • OpenFlow fundamentals
 • NETCONF and RESTCONF overview
 • Device communication models
 • Flow programming concepts

Network Virtualization and Overlays
 • VLAN, VXLAN, and overlay concepts
 • Virtual networks and segmentation
 • Tenant isolation awareness
 • Overlay use cases in cloud environments

SDN Control Applications and APIs
 • Northbound APIs and programmability
 • Application-driven network control
 • Policy definition and enforcement
 • Integration with orchestration systems

SDN Security and Policy Management
 • Security challenges in SDN
 • Centralized policy enforcement
 • Visibility and monitoring concepts
 • Basic threat mitigation awareness

SDN Automation and Orchestration Concepts
 • Network automation fundamentals
 • SDN and orchestration integration
 • Zero-touch provisioning awareness
 • Closed-loop automation concepts

SDN Performance, Scalability, and Reliability
 • Controller scalability considerations
 • High availability awareness
 • Performance monitoring concepts
 • Designing resilient SDN networks

SDN Deployment Challenges and Best Practices
 • Migration from traditional networks
 • Operational challenges
 • Design best practices
 • Change management awareness

SDN Capstone Workshop and Use Case Review
 • Designing an SDN-based network architecture
 • Identifying control and data plane roles
 • Analyzing enterprise and data center use cases
 • Final review and best practices

• SDN Fundamentals & Network Architecture
• Controllers, Data Plane & Control Plane Configuration
• Flow Management, Policy Automation & Traffic Engineering
• Monitoring, Troubleshooting & Performance Optimization
• End-to-End Software-Defined Network Implementation Project

Participants will be evaluated through conceptual assessments, interactive discussions, and scenario-based exercises conducted throughout the training. The evaluation focuses on understanding SDN fundamentals, architectural clarity, and the ability to relate SDN concepts to real-world networking scenarios.

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Upon successful completion of the training, participants will receive the AcadNXT Certification for Software-Defined Networking. This certification validates the learner’s foundational knowledge of SDN principles, architectures, protocols, and deployment considerations for modern programmable networks.