By using firewalls to regulate traffic and VPNs to enable encrypted remote access, firewall and VPN configuration contributes to the security of networks. It maintains secure connectivity, guards against unwanted access, and guarantees data protection.
Level
Advanced
Duration
8 weeks
Configuring a firewall and virtual private network (VPN) is crucial for protecting corporate networks from online attacks. Firewalls act as gatekeepers by monitoring and filtering incoming and outgoing traffic based on security rules. VPNs (Virtual Private Networks) provide encrypted channels for safe remote access, ensuring privacy and data integrity. When combined, they improve overall network security and make it possible for both individuals and enterprises to communicate securely.
Working professional who is carrying more then 10 years of industry experience.
The candidate will get access to the presentation taken-up during the session.
Consolidated notes in word document.
Assignments for every module will be covered.
MCQs for every module covered in the session would be provided.
Daily Session would be recorded and shared to the candidate.
We will provide dumps for the certification exam, which will help you to prepare for the exam.
We provide Generative AI Driven content By experts.
3 Live Projects will be provided for practice.
The fundamentals of network security are covered in this module, which also explains how VPNs guarantee safe, encrypted communication and how firewalls safeguard networks by filtering traffic. Students acquire a fundamental understanding of VPN models, firewall types, and their function in data protection.
Covers different deployment models and how firewalls are placed in real-world networks. Focuses on design principles for DMZs, routing modes, and high-availability setups.
Explains how to create effective and optimized firewall security policies. Covers rule ordering, objects, and monitoring to ensure secure traffic flow.
Teaches how NAT works to translate IP addresses in private and public networks. Focuses on NAT types, use cases, and troubleshooting common issues.
Introduces advanced features used to detect and block complex threats. Covers application control, IPS/IDS, and modern identity-based security capabilities.
Explains the purpose of VPNs, encryption methods, and tunneling protocols. Provides a detailed understanding of VPN types, algorithms, and authentication.
Covers the configuration process of secure tunnels between remote networks. Teaches phase parameters, routing integration, and troubleshooting techniques.
Focuses on secure remote access for end users from outside the organization. Includes SSL portals, VPN clients, authentication, and posture checks.
Teaches methods to secure firewall devices and reduce attack surfaces. Covers updates, access control, logging, and backup strategies.
Provides techniques to diagnose and fix common firewall and VPN issues. Covers logs, packet captures, performance analysis, and rule conflicts.
By keeping an eye on and filtering network traffic according to security rules, a firewall keeps illegal access at bay while permitting authorized communication.
Build a virtual private network (VPN) server for employees who work from home. Set up the IPSec/SSL tunneling, encryption, and authentication protocols to guarantee secure access to internal resources. This project shows how to use a VPN practically for remote work.
Build a site-to-site VPN between two branch offices using IPSec tunnels. Ensure data transfer is secure and test connectivity across networks. This project simulates how enterprises connect multiple locations securely.

What is the main purpose of a firewall?
`By keeping an eye on and filtering network traffic according to security rules, a firewall keeps illegal access at bay while permitting authorized communication.
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