VPN Fundamentals & Concept of DMVPN

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Course Content

1 sections • 21 lectures • 10h 14m total length

001. Basic Fundamental of VPN	preview	12:11min
002. Types of VPN Models		11:38min
003. Classification of VPN		07:08min
004. Concept & Configuration of Frame Relay-L2VPN		80:52min
005. VPN Terminology in Overlay model --GRE		26:10min
006. Introduction of GRE		36:41min
007. Configuration of Single & Multiple GRE Tunnels		30:13min
008. Drawback of GRE		23:04min
009. VPN Terminology in Peer-to-Peer model --MPLS VPN		49:29min
010. DMVPN Features & its Advantages over Leased VPN- Frame-Relay VPN-GRE VPN -MPLS VPN part 1		55:17min
011. DMVPN Features & its Advantages over Leased VPN- Frame-Relay VPN-GRE VPN -MPLS VPN part 2		41:39min
012. Dynamic Multipoint VPN--- PHASES		05:26min
013. Feature of DMVPN Phase - 1		25:51min
014. Feature of DMVPN Phase - 2		15:37min
015. Feature of DMVPN Phase - 3		10:38min
016. Technologies Required for DMVPN	preview	13:35min
017. Introduction of mGRE		16:41min
018. Introduction of NHRP & its Messages part 1		19:37min
019. Introduction of NHRP & its Messages part 2		40:28min
020. Concept of NHRP network -id		15:50min
021. DMVPN LAB with OSPF		86:20min

Requirements

CCNA

Description

A VPN connection establishes a secure connection between you and the internet. Via the VPN, all your data traffic is routed through an encrypted virtual tunnel. This disguises your IP address when you use the internet, making its location invisible to everyone. A VPN connection is also secure against external attacks.

DMVPN (Dynamic Multipoint VPN) is a routing technique we can use to build a VPN network with multiple sites without having to statically configure all devices. It's a “hub and spoke” network where the spokes will be able to communicate with each other directly without having to go through the hub