Networking Course
This comprehensive course on Basic Networking for Cyber Security provides a foundational understanding of network systems and their critical role in modern businesses. Delve into networking fundamentals, hardware, essential protocols, wireless security, firewalls, intrusion detection systems, VPNs, network traffic analysis, common attacks, cloud networking, and more. Explore endpoint security, physical security, IoT challenges, and learn about ethical and legal implications in network security. The course culminates in hands-on labs for practical application.
Newtworking Course Outline
Module 1 : Introduction to Networking and Cyber Security
- Understanding network systems, their significance in modern businesses, and the importance of securing them.
Module 2: Networking Fundamentals
- Introduction to TCP/IP, OSI model, IP addressing, and subnets.
Module 3: Network Hardware and Topologies
- Exploring routers, switches, hubs, and various network designs.
Module 4: Essential Network Protocols
- Deep dive into HTTP, HTTPS, FTP, DNS, DHCP, and more.
Module 5: Wireless Networking and Security
- Basics of Wi-Fi, WEP/WPA/WPA2 protocols, and common wireless vulnerabilities.
Module 6: Understanding Network Firewalls
- Introduction to firewall types, configurations, and best practices.
Module 7: Intrusion Detection and Prevention Systems (IDS/IPS)
- Basics of intrusion detection, how IDS/IPS work, and why they are essential.
Module 8: Virtual Private Networks (VPNs)
- Understanding VPN technologies, their security implications, and common VPN protocols.
Module 9: Basics of Network Traffic Analysis
- Introduction to tools and techniques to monitor and analyze network traffic.
Module 10: Common Network-Based Attacks
- Overview of DoS/DDoS, Man-in-the-Middle (MitM), ARP poisoning, etc.
Module 11: Introduction to Cloud Networking and Security
- Basics of cloud infrastructures and the unique security challenges they present.
Module 12: Network Authentication and Access Control
- Dive into methods for user authentication, RADIUS, TACACS, and more.
Module 13: Endpoint Security and Protection
- Exploring antivirus, antimalware solutions, and their significance in a network.
Module 14: Network Security Policies and Best Practices
- Crafting robust network policies, disaster recovery plans, and incident response.
Module 15: Physical Security and Networking
- Exploring the importance of securing physical hardware and data centers.
Module 16: Security Challenges in IoT Networks
- Introduction to IoT devices, their network implications, and security challenges
Module 17: Patch Management and Vulnerability Assessment
- Importance of regular patching, vulnerability assessments, and tools used.
Module 18: Social Engineering and its Network Implications
- Understanding techniques like phishing, baiting, and their impact on network security.
Module 19: Ethical and Legal Implications in Network Security
- Highlighting the importance of ethics, laws related to cybercrime, and data breaches.
Module 20: Hands-On Network Security Labs
- Practical exercises to reinforce networking and security concepts.
Benefits
Course Benefits
Knowledge Empowerment: Gain a solid understanding of networking concepts, empowering you to navigate and troubleshoot network issues confidently.
Skill Enhancement: Acquire practical skills in setting up secure networks, implementing protocols, and conducting vulnerability assessments.
Cyber security Awareness: Develop a heightened awareness of cyber security threats, enabling you to safeguard personal information and digital assets effectively.
Career Advancement: Boost your professional profile with in-depth knowledge of networking and cyber security, enhancing your career prospects.
Problem-Solving Skills: Acquire skills to identify and mitigate security threats, making you an invaluable asset in today's digital landscape.
Adaptability: Stay abreast of industry best practices and emerging technologies, positioning yourself as a versatile professional in the ever-evolving field of cyber security.
Network Security Analyst: Analyze and implement security measures to safeguard an organization's network infrastructure.
Cyber security Consultant: Provide expert advice on securing networks, assessing vulnerabilities, and recommending solutions.
Network Administrator: Manage and maintain network systems, ensuring their security and optimal performance.
Incident Responder: Respond to and mitigate security incidents, minimizing the impact on network integrity.
Security Architect: Design and implement robust security architectures for organizations, focusing on network resilience.
Embark on this educational journey to not only fortify your personal cyber security but also to open doors to diverse and promising career opportunities in the cyber security landscape.
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