正解：D、E GETVPN と DMVPN は、 大規模ネットワーク向けVPN技術。 DMVPN： 拠点間VPNを柔軟に構築できる GETVPN： 大規模環境で暗号化通信を効率化 多数拠点を扱う企業で活用される。 #CCNA

【CCNA問題】 複数の支社や大規模導入向けに、Ciscoが推奨するVPN技術はどれですか。（2つ選択） A. IPsecリモートアクセス B. サイト間VPN C. クライアントレスVPN D. GETVPN E. DMVPN 答えはリプへ↓ #CCNA #ネットワーク

It is like comparing apples and oranges, but still a common topic: DMVPN vs GETVPN. In Orhan Ergun’s CCDE course, we cover comparison tables like this with real design requirements and constraints. It’s not just useful for the exam, but also a powerful tool for real-world network engineers. #DMVPN #GETVPN #Cisco #CCIE #CCDE #OrhanErgun

DMVPN and GETVPN are often compared, but they solve very different design problems. DMVPN is a scalable, dynamic tunneling solution using mGRE and NHRP. It is ideal for hub-and-spoke or spoke-to-spoke topologies over public or private WANs. While it can use IPsec for security, encryption is optional depending on the environment. GETVPN is built for full-mesh private WANs like MPLS. It doesn’t build tunnels; instead, it encrypts traffic while preserving the original IP header, making it great for multicast, QoS, and policy-based routing. We call it Tunnelless VPN. From a design point of view: DMVPN = dynamic topologies, flexible with or without encryption for reachability GETVPN = secure communication over trusted backbones, so for scalable encryption purposes, we use them. We will explore DMVPN, GETVPN, MPLS VPNs, IPsec, and much more in the CCDE Bootcamp: buff.ly/GkE3kk2 next month with real-world design insights! #CCDE #NetworkDesign #VPN #DMVPN #GETVPN #Cisco #OrhanErgun

DMVPN and GETVPN are often compared, but they solve very different design problems. DMVPN is a scalable, dynamic tunneling solution using mGRE and NHRP. It is ideal for hub-and-spoke or spoke-to-spoke topologies over public or private WANs. While it can use IPsec for security, encryption is optional depending on the environment. GETVPN is designed for full-mesh private WANs, such as MPLS. It doesn’t build tunnels; instead, it encrypts traffic while preserving the original IP header, making it great for multicast, QoS, and policy-based routing. We call it Tunnelless VPN. From a design point of view: DMVPN = dynamic topologies, flexible with or without encryption for reachability GETVPN = secure communication over trusted backbones, so for scalable encryption purposes, we use them. We will explore DMVPN, GETVPN, MPLS VPNs, IPsec, and much more in the CCDE Bootcamp: buff.ly/VcJMEy1 with real-world design insights, not just theory. #CCDE #NetworkDesign #VPN #DMVPN #GETVPN #Cisco #OrhanErgun

DMVPN and GETVPN are often compared but they solve very different design problems. DMVPN is a scalable, dynamic tunneling solution using mGRE and NHRP. It is ideal for hub-and-spoke or spoke-to-spoke topologies over public or private WANs. While it can use IPsec for security, encryption is optional depending on the environment. GETVPN is built for full-mesh private WANs like MPLS. It doesn’t build tunnels, instead, it encrypts traffic while preserving the original IP header, making it great for multicast, QoS, and policy-based routing. We call it Tunnelless VPN. From a design point of view: DMVPN = dynamic topologies, flexible with or without encryption for reachability GETVPN = secure communication over trusted backbones, so for scalable encryption purposes, we use them. We will explore DMVPN, GETVPN, MPLS VPNs, IPsec, and much more in the CCDE Bootcamp: buff.ly/14JPdO4 with real-world design insights, not just theory. #CCDE #NetworkDesign #VPN #DMVPN #GETVPN #Cisco #OrhanErgun

It is like comparing apples and oranges, but still a common topic: DMVPN vs GETVPN. In Orhan Ergun’s CCDE course, we cover comparison tables like this with real design requirements and constraints. It’s not just useful for the exam, but also a powerful tool for real-world network engineers. #DMVPN #GETVPN #Cisco #CCIE #CCDE #OrhanErgun

Just A Bunch of GETVPN Configuration Examples Exactly what the title says :) sendthepayload.com/just-a-bu…

Configuring GETVPN: Key Server and Group Member Setup This post walks through the configuration process for both the Key Server (KS) and Group Members (GMs), streamlining your GETVPN deployment. sendthepayload.com/configuri…

Understanding GETVPN: Tunnel-less VPN for Private WANs Group Encrypted Transport VPN (GETVPN) is a Cisco-developed VPN solution designed for private WAN environments like MPLS, where encryption is required but tunnels are not. sendthepayload.com/understan…

I have probably 3-4 more "general VPN" posts to do but I haven't even made a dent in all the VPN content. I still have to do tons of posts for DMVPN, GETVPN, FlexVPN, SSL VPN, and RA VPN. For context: The 17 blog posts I did today only covered approximately 47 pages of notes.

DMVPN and GETVPN are often compared but they solve very different design problems. DMVPN is a scalable, dynamic tunneling solution using mGRE and NHRP. It is ideal for hub-and-spoke or spoke-to-spoke topologies over public or private WANs. While it can use IPsec for security, encryption is optional depending on the environment. GETVPN is built for full-mesh private WANs like MPLS. It doesn’t build tunnels, instead, it encrypts traffic while preserving the original IP header, making it great for multicast, QoS, and policy-based routing. We call it Tunnelless VPN. From a design point of view: DMVPN = dynamic topologies, flexible with or without encryption for reachability GETVPN = secure communication over trusted backbones, so for scalable encryption purposes, we use them. We will explore DMVPN, GETVPN, MPLS VPNs, IPsec, and much more in the CCDE Bootcamp: buff.ly/Hawhsev this June with real-world design insights, not just theory. #CCDE #NetworkDesign #VPN #DMVPN #GETVPN #Cisco #OrhanErgun

Mobility, security, and scalability are non-negotiable in military networks (some commercial networks, too). I developed this 6rd GETVPN design for stateless WAN tunneling as an alternative to traditional solutions: njrusmc.net/r/wp6rd

Kick-start your day informed! 🌍 Dive into our comprehensive review of NordVPN and discover why it's your essential shield in a world brimming with digital threats. Find out how NordVPN stands guard over your online privacy. #vpn #getvpn #instagood geholding.com/en_gb/nordvpn-…

Stay secure on every outing! 📱 Our NordVPN review explains how its mobile app keeps you safe on the go. Discover the ease of maintaining privacy with NordVPN, no matter where you are. Check out our article for insights! #vpn #getvpn #crypto geholding.com/en_gb/nordvpn-…

Stay secure on every outing! 📱 Our NordVPN review explains how its mobile app keeps you safe on the go. Discover the ease of maintaining privacy with NordVPN, no matter where you are. Check out our article for insights! #vpn #getvpn #crypto geholding.com/en_gb/nordvpn-…

Kick-start your day informed! 🌍 Dive into our comprehensive review of NordVPN and discover why it's your essential shield in a world brimming with digital threats. NordVPN stands guard over your online privacy. Read our article now #vpn #getvpn #instagood geholding.com/en_gb/nordvpn-…

Without Further due download & enjoy the blazing fast speed with our GetVPN! Download Now: Play store play.google.com/store/apps/d… iOS apps.apple.com/pk/app/fast-a… #security #network #privacy #cyber #ios #android #hackers #crime #online #vpn #movies #youtube #netflix

Mobility, security, and scalability are non-negotiable in military networks (some commercial networks, too). I developed this 6rd GETVPN design for stateless WAN tunneling as an alternative to traditional solutions: njrusmc.net/r/wp6rd

Secure your Digital Life with GetVPN & enhance your Online Security Download Now: Play store play.google.com/store/apps/d… iOS apps.apple.com/pk/app/fast-a… #GetVPN #OnlineBrowsing #VPN #Security #Netflix #Disney #Hulu #proxyserver #vpnfree #security #privacy #internet #firewall #tech