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Mammoth Club All levels 25 sections 127 lectures

CompTIA CloudNetX with 10 Practice Exams

The future of IT infrastructure is hybrid. Are your skills ready for it?

01
Skill level
All levels
02
Sections
25
03
Lectures
127
04
Instructor
Team Mammoth
What's inside

This course includes.

25
Sections
Certificate of completion
Included
Mobile and desktop access
Included
AI learning assistance
Included
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Course content

Curriculum & lectures.

25 sections · 127 lectures
+ 01.01 Applying Core Networking Concepts to Network Design 5 lectures Preview
01 Open Systems Interconnection (OSI) Model Locked
02 Internet Protocol (IP) Addressing Locked
03 Network Address Translation (NAT) Locked
04 Networking Protocols Locked
05 Container Networking and Virtual Interfaces Locked
+ 01.02 Network Architectures and Topologies 4 lectures
01 Foundational Network Topologies and Architectures Locked
02 Zones and Traffic Flows Locked
03 Advanced Segmentation with Network Virtualization Locked
04 Production vs. Non-Production Environments Locked
+ 01.03 Selecting Hybrid Connectivity Solutions 3 lectures
01 Foundations of Hybrid WAN Connectivity Locked
02 Dedicated and Private Cloud Connections Locked
03 Scenario-Based Solution Design Locked
+ 01.04 Designing for High Availability 7 lectures
01 Introduction: The Imperative of Availability in Modern Network Architecture Locked
02 Distributing the Load – The Art and Science of Load Balancing Locked
03 Building Resilient Systems – High Availability Architectures Locked
04 Elasticity and Cloud-Native Availability Locked
05 Enhancing Performance and Availability at the Edge Locked
06 The Principle of Redundancy – Devices and Paths Locked
07 Conclusion: Synthesizing Availability Technologies for Business Needs Locked
+ 01.05 Physical Campus Installations 4 lectures
01 Powering the Modern Campus: The Resilient Power Chain Locked
02 Engineering the Optimal Operating Environment Locked
03 A Multi-Layered Strategy for Physical Access Control Locked
04 Synthesizing Recommendations for Business Scenarios Locked
+ 01.06 Campus Wired Network Component Selection 5 lectures
01 Wiring Closets and Cable Management Locked
02 Core Hardware and Architectural Decisions Locked
03 Enhancing Performance and Reliability with Layer 2 Protocols Locked
04 Power and Application-Specific Components Locked
05 Conclusion: Synthesizing Requirements for Component Selection Locked
+ 01.07 Campus Wireless Network Component Selection 4 lectures
01 The Foundation of Wi-Fi: Standards, Frequencies, and Channels Locked
02 Core Wireless Hardware: Access Points and Controllers Locked
03 Wireless Network Configuration and Operation Locked
04 Beyond Wi-Fi: Other Campus Wireless Technologies Locked
+ 01.08 Network Architecture Documentation 6 lectures
01 The Foundation of Design - Requirements Analysis Locked
02 Visualizing the Blueprint - The Art of Network Diagramming Locked
03 Ensuring Design Integrity - Verification and Validation Locked
04 From Blueprint to Reality - Artifacts for Operations and Maintenance Locked
05 Building on Proven Success - The Role of Reference Architectures Locked
06 The Configuration Management Database (CMDB) Locked
+ 02.01 An Analysis of Modern Threats, Vulnerabilities, and Mitigations 3 lectures
01 Anatomy of an Attack: Common Cloud and Network Threats Locked
02 Identifying Systemic Weaknesses: Common Vulnerabilities Locked
03 Architecting a Resilient Defense: Key Mitigation Strategies Locked
+ 02.02 Modern Network Defense Technologies 5 lectures
01 Firewalls - The Modern Network Gatekeepers Locked
02 Intrusion Detection and Prevention Systems (IDS/IPS) Locked
03 Encryption - Protecting Data in Transit Locked
04 Gateways for Application and Web Security Locked
05 Network Access Control (NAC) Locked
+ 02.03 Deeper Dive to Network Access Controls 4 lectures
01 Firewall Rules - The Foundation of Network Policy Locked
02 Cloud-Native Access Controls: NACLs and Security Groups Locked
03 Advanced Threat-Based Controls Locked
04 Layer 2 Access Control - Port Security Locked
+ 02.04 The Zero Trust Mandate 4 lectures
01 The Foundational Principles of Zero Trust Locked
02 Microsegmentation - Containing Threats from Within Locked
03 Secure Access Service Edge (SASE) and Secure Service Edge (SSE) Locked
04 Key Technologies Enabling Zero Trust Access Locked
+ 02.05 Modern Access Management 6 lectures
01 Core Authentication and Federation Concepts Locked
02 Strengthening Authentication Locked
03 Dynamic and Context-Aware Access Control Locked
04 Implementing the Principle of Least Privilege Locked
05 The Cryptographic Foundation - PKI Locked
06 Managing Identity Data and Sessions Locked
+ 02.06 Layered Defenses 4 lectures
01 The Evolution of Wireless Encryption Standards Locked
02 Core Encryption and Authentication Protocols Locked
03 Securing Guest and Public Access Locked
04 Additional Security Layers Locked
+ 02.07 Network Appliance Hardening 4 lectures
01 Proactive Defense Through Patch Management Locked
02 Securing the Gates: Access and Credential Management Locked
03 Minimizing the Attack Surface Locked
04 Maintaining Vigilance Through Logging Locked
+ 03.01 Network Operations and Maintenance 4 lectures
01 Foundational Principles of Network Resilience and Governance Locked
02 Managing Service Levels and Inter-Organizational Agreements Locked
03 Modernizing Network Functions and Delivery Locked
04 Financial Governance and Cost Optimization Locked
+ 03.02 Network Monitoring and Performance 5 lectures
01 Foundations of Network Performance Analysis Locked
02 Gaining Visibility into Network Traffic Locked
03 The Lifecycle of Log Data: From Generation to Insight Locked
04 Protocols and Strategies for Modern Network Operations Locked
05 Operational Frameworks for Monitoring and Response Locked
+ 03.03 Cloud Automation and Scripting 7 lectures
01 The Foundation - Infrastructure as Code (IaC) Locked
02 Managing the Infrastructure Lifecycle Locked
03 Version Control and GitOps Locked
04 DevOps for Network Operations (NetDevOps) Locked
05 Leveraging AI and Programmatic Interfaces Locked
06 Maintaining the Desired State Locked
07 Modernizing Change Management Locked
+ 04.01 Troubleshooting Methodology 8 lectures
Introduction to Structured Troubleshooting Locked
Step 1: Identify the Problem: The Foundation of an Accurate Diagnosis Locked
Step 2: Establish a Theory of Probable Cause: From Hypothesis to Diagnosis Locked
Step 3: Test the Theory: The Iterative Path to Confirmation Locked
Step 4: Establish a Plan of Action: Charting the Course for Resolution Locked
Step 5: Implement the Solution or Escalate: Taking Controlled Action Locked
Step 6: Verify and Prevent: From Resolution to Resilience Locked
Step 7: Document Findings, Actions, Outcomes, and Lessons Learned Locked
+ 04.02 Network Troubleshooting Tools 7 lectures
01 Foundational Tools for Packet Analysis and Network Discovery Locked
02 Core Connectivity and Path Tracing Utilities Locked
03 DNS Resolution and Troubleshooting Locked
04 Interface, Socket, and Routing Table Management Locked
05 Application and Service Layer Diagnostics Locked
06 Performance Measurement and System Monitoring Locked
07 Specialized Protocol and Flow Analysis Tools Locked
+ 04.03 Analysis of Tools and Output 8 lectures
01 Core Infrastructure and Connectivity Diagnostics Locked
02 Analyzing the Network Path Locked
03 Deconstructing DNS Resolution Failures Locked
04 Granular Traffic Analysis: Packets and Flows Locked
05 Proactive Auditing and Performance Benchmarking Locked
06 Troubleshooting Secure and Authenticated Services Locked
07 System and Application Layer Troubleshooting Locked
08 Unified Troubleshooting with SIEM Locked
+ 04.04 Network Connectivity Troubleshooting 6 lectures
01 Troubleshooting Foundational and Physical Layer Connectivity Locked
02 Resolving IP Address Management and Allocation Conflicts Locked
03 Diagnosing Network Pathing and Routing Anomalies Locked
04 Addressing Configuration and Logical Separation Faults Locked
05 Caching, Naming, and Resolution Troubleshooting Locked
06 Advanced Protocol-Specific Troubleshooting Locked
+ 04.05 Troubleshooting Network Performance Issues 6 lectures
01 Foundational Principles of Network Performance Troubleshooting Locked
02 Diagnosing and Mitigating Delay and Data Loss Locked
03 Resolving Packet Size and Fragmentation Problems Locked
04 Correcting Inefficient Traffic Flows and Storms Locked
05 Managing Network Resource and Capacity Issues Locked
06 Addressing Performance Issues Caused by Network Scanning Locked
+ 04.06 Troubleshooting Wi-Fi Performance Issues 4 lectures
01 The Unseen Challenge of Wireless Performance Locked
02 Channel Management - Overlap, Width, and Steering Locked
03 Client Connectivity and Mobility Locked
04 Device and Standard Incompatibility Locked
+ 04.07 Troubleshooting Access and Security Issues 4 lectures
01 The Firewall as the First Line of Defense and Failure Locked
02 Handling Denial-of-Service Attacks Locked
03 Failures in Identity and Access Management Locked
04 Navigating Certificate and TLS/SSL Issues Locked
Description

About this course.

This comprehensive training program gives you a practical understanding of how core networking principles apply to modern cloud environments, from virtual networking to multi-cloud deployments.


✅ Solidify your grasp of network protocols, cloud models (IaaS, PaaS, SaaS), and virtualization

✅ Learn to configure and deploy secure virtual networks and essential cloud-based resources

✅ Explore critical security concepts for hybrid environments, including identity management and network hardening

✅ Master techniques for troubleshooting connectivity and performance in both cloud and on-premise networks


Whether you're aiming to earn your next CompTIA certification or future-proof your IT career, this course builds the foundational knowledge that connects traditional networking to the cloud.


🎁 Includes 10 full-length practice exams. Study with structure. Test your knowledge.


If you're ready to build the versatile skill set that modern businesses demand—this is your blueprint.

Ready to start building?

The future of IT infrastructure is hybrid. Are your skills ready for it?

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