Virtual Private Networks (VPNs) for securing internet connections and safeguarding online privacy have become crucial. While online, using a VPN shields your data from snooping eyes. Yet picking the best VPN is just the beginning. Equally crucial is selecting the VPN protocol that best fits your individual requirements.

Your data’s internet transmission and security are governed by a VPN protocol. Although there are numerous VPN protocols available, L2TP (Layer 2 Tunneling Protocol) and OpenVPN are the two most popular choices. But which one to choose? You are protected by us!

A comparison of several VPN protocols is included in the article. To assist you in selecting the best alternative, we will contrast OpenVPN and L2TP and look at their similarities and differences.

How are VPN Protocols Operated?

A control channel and a data channel are the two main channels used by VPN systems. The data channel sends the real data while the control channel validates the connection between the VPN server and your device. These channels provide secure data transmission by cooperating.

The VPN protocol starts encapsulation after establishing a connection, which entails enclosing user data packets inside another data packet. This procedure is used to ensure that your data travels accurately and securely by preventing discrepancies between the server address VPN protocol configurations and the target server.

Fundamentals of VPN Protocol Comparison

What distinguishes one VPN protocol from another is its security level. In this context, the word “security” has two different but equally important connotations. The first is concerned with the security precautions a protocol takes to protect your data, such as the level of encryption, hash authentication, and cipher usage. The protocol’s resilience to cracking attempts is the second feature. This is dependent on a number of elements, like the protocol’s characteristics and outside factors like its place of origin and whether it has been hacked by organizations like the US NSA.

We will compare the functioning of the OpenVPN and L2TP VPN protocols in this section.

The most secure VPN protocol is OpenVPN.

OpenVPN is a highly adaptable open-source VPN protocol that makes use of open-source components like the OpenSSL encryption library. Several third-party security audits of its exceptional security measures attest to its dependability and trustworthiness. OpenVPN is the protocol of choice for many users, despite the popularity of other new VPN protocols such as WireGuard and Lightway.

Let’s examine OpenVPN’s various features.

Setting up

OpenVPN connection requires the use of specialized client software because it is not built into different operating systems. However, the majority of VPN service providers offer specialized OpenVPN software that works with a variety of mobile platforms and operating systems. Installing OpenVPN is typically a quick and simple process. Almost every operating system, including macOS, Windows, Apple iOS, Linux, Android, and a number of routers, is compatible with OpenVPN.

Security & Encryption:

OpenVPN is regarded as a secure VPN protocol that can be used in even the most vulnerable configurations. Regardless of the configuration you choose, such as cipher for informal reasons, default Blowfish-128, or sophisticated AES encryption, it provides robust security.

Performance:

Compared to TCP, OpenVPN performs remarkably well over UDP. OpenVPN is a high-performance virtual private network. When OpenVPN is used over cellular or wireless networks, its stability and dependability stay unaffected. TCP can be utilized with OpenVPN, but at a slower rate, to confirm all sent packets in the event of connection problems.

Ports:

You can use it on either TCP or UDP ports.

Pros

• • • Positives Open source
    • compatibility with major platforms
    • good compatibility with firewalls
    • Full Windows integration

Cons

• • • not easily accessible
    • the manual configuration is complex

IPSEC/L2TP protocol

L2TP does not provide security or encryption for data traveling via the VPN server. It is utilized along with the encryption protocol known as Internet Protocol Security (IPSec). Double encapsulation is used by the L2TP protocol, which is an expansion of the PPTP protocol. The second encapsulation includes IPSec encryption whereas the first encapsulation establishes a PPP connection. In addition, L2TP/IPSec works with most desktop and mobile operating systems and key platforms.

Let’s investigate its attributes.

Installation:

This VPN protocol installs quickly and easily. L2TP/IPSec is supported by several operating systems, including macOS 10.3 and later, Windows 2000/XP, and Android. Only the configuration files supplied by your VPN provider need to be imported.

Security & Encryption:

Layer 2 Tunneling Protocol (L2TP) lacks encryption, however, when used with IPSec, it is generally secure. IPSec encryption is used to wrap data twice.

Performance:

Due to the usage of double encapsulation, L2TP/speed, IPSec can become noticeably slow, which negatively impacts performance.

Ports:

L2TP/IPSec employs many ports for a variety of functions. The initial key exchange takes place over UDP 500, the configuration takes place over UDP 1701, and Network address translation (NAT) traversal occurs on UDP 4500.

Pros:

• • • Simple setup
    • suitable for all widely used systems
    • AES encryption is used

Cons:

• • • Often missed by VPN providers
    • insufficient port support

Which OpenVPN version—UDP or TCP port—should you use?

OpenVPN is frequently the most widely used and secure VPN protocol when choosing a protocol. However, consumers frequently have to decide between the TCP and UDP protocols.

The question then becomes: which one should you pick? Let’s investigate what they mean before discussing which version of OpenVPN you ought to pick.

• • • The network protocol known as Transmission Control Protocol (TCP) controls how data is sent between devices when using the internet. Because it makes sure that all data is sent in the right order without any loss or duplication, it is known as a dependable protocol. OpenVPN TCP is used for applications demanding high levels of data correctness and consistency even if it may not be as quick as OpenVPN UDP.
    • A connectionless protocol called User Datagram Protocol (UDP) is used to send data across the internet. UDP does not establish a connection before data transmission, in contrast to TCP. This translates to the ability to send packets without verifying that the one before it was received.

The UDP port is the best choice when using the OpenVPN protocol. The two default protocol connection profiles that can be downloaded from the Access Server are set up with UDP as the first preference and TCP as a backup in case UDP fails.

Change to TCP, though, if you want more dependability. UDP is less dependable as packets can be dropped or arrive out of sequence. Moreover, UDP does not offer any way to guarantee accurate data transmission and reception.

How Can OpenVPN Be Included In a Router?

The process of setting up OpenVPN on a router can vary depending on the VPN service provider because each one might have a different way of setting up the connection.

The procedures for establishing a VPN connection on your router are outlined here.

1. 1. 1. Check the manufacturer’s website for firmware upgrades and compatibility to make sure your router is OpenVPN-compatible.
      2. The OpenVPN client software should then be downloaded and installed on your router. According to the router model, this will vary, therefore for further information, consult the manufacturer’s instructions.
      3. Configure the router’s settings to create a connection to your VPN provider after installing the OpenVPN software. This includes establishing the router’s firewall settings, the VPN connection profile, the encryption protocols, and the security settings.
      4. To make sure your OpenVPN connection is operating properly, test it. To check whether the VPN has successfully masked your IP address, try connecting to a distant server, viewing geo-restricted content, or checking your IP address.

Which OpenVPN service provider is best for my network?

Internet service providers frequently utilize OpenVPN, a very safe and dependable tunneling protocol, in the VPN sector. An OpenVPN network can be set up in a variety of ways due to its adaptability. Users can use open-source software from VPN providers that make secure point-to-point and site-to-site connections possible by using VPN protocols.

Below, we’ll examine the best OpenVPN services in more detail.

ExpressVPN:

By providing high-standard AES encryption with an RSA-4096 handshake, DH-keys for Perfect Forward Secrecy, and SHA-512 HMAC for authentication, ExpressVPN goes above and above our baseline requirements for OpenVPN settings. ExpressVPN is a favorite choice for streaming services like Netflix and Amazon Prime since it has more than 3000 VPN servers across 94 countries. This makes it possible for users to access streaming content quickly and efficiently.

NordVPN:

With excellent security features, NordVPN is a dependable VPN client for OpenVPN. It uses the RSA-2048 handshake in the control channel and the AES-256-CBC encryption for a secure connection in the data channel. HMAC SHA256 hash authentication is also used. Additionally, it provides quick connection speeds and 5500+ servers throughout 60 nations. With NordVPN, you can easily get around firewalls and use contemporary desktop and mobile operating systems to access services like Netflix, Hulu, Disney+, and BBC iPlayer.

Surfshark:

Another VPN service for OpenVPN is Surfshark. Split tunneling and multiple-hop connections are available. Other features include CleanWeb, Camouflage Mode, and NoBorders mode, and it includes a network of over 3,200 servers. The base plan costs $59.76 per year and supports an unlimited number of devices connected at once.

More VPN Protocols

The other most used VPN protocols are listed below.

PPTP

The first VPN protocol made available to the general public was PPTP, or Point-to-Point Tunneling Protocol, which debuted in 1999. Due to its built-in accessibility on most platforms and simple setup, it continues to be commonly utilized in corporate VPNs.

Yet, the security problems associated with PPTP are concerning because previous experiments indicated that it might be broken in two days. Although these flaws have subsequently been fixed by Microsoft, the company still advises against utilizing less secure protocols like SSTP or L2TP/IPSec. When there is packet loss, PPTP can be ineffective as well, causing significant slowdowns and necessitating connection resets. Although PPTP used to be a dependable solution, it is no longer regarded as a safe or efficient VPN.

Secure Socket Tunneling Protocol (SSTP)

SSTP is a VPN protocol that was first made accessible in Windows Vista Service Pack 1 and is now supported by additional systems. SSTP is thought to be more secure than PPTP because it employs SSL 3.0. Microsoft-owned and fully integrated into the Windows platform, SSTP is a proprietary protocol that may be rapidly set up. Also, it is compatible with firewalls and can evade censorship via TCP port 443.

IKEv2/IPSec

The tunneling protocol IKEv2 was developed by Cisco and Microsoft. When paired with IPSec, it becomes the greatest VPN protocol, making it a safe and versatile choice. After Windows version 7, it has native support for iOS, BlackBerry, and Blackberry. When there is a brief break in service, IKEv2/IPSec automatically resumes normal functioning, earning it a reputation for stability. IKEv2/IPSec also has open-source variations, however, they might require external software to operate.

WireGuard

In comparison to older VPN protocols, WireGuard offers superior performance and security. Because of its more advanced security measures, smaller code base, and better connection speeds, it was taken out of beta in 2020 and is now gaining popularity.

One of WireGuard’s shortcomings is that it doesn’t dynamically issue IP addresses to mobile users, instead storing them on the server. Yet, a lot of VPN service providers have created solutions to deal with this problem and guarantee user privacy. For instance, NordVPN uses a double-NAT technique to prevent the storing of user IP addresses on the server. NordLynx is the name of their WireGuard protocol implementation.

Lightway

The VPN protocol Lightway is created by ExpressVPN. Lightway has passed security audits and is open source. It functions similarly to the WireGuard protocol and offers more reliability while utilizing the most recent cryptography. It performs slower in real-world tests and is not as well known as WireGuard.

It’s simple to use Lightway with the ExpressVPN app. Only ExpressVPN presently offers this protocol as a VPN service.

Optimal VPN routers for 2023

A routing device called a VPN router is created to simplify network communication in a VPN environment. Its primary purpose is to enable connections and communication between numerous VPN end devices situated in various regions.

The firmware for a few VPNs is listed below.

OpenWRT

It is an operating system (OS) that is free and open-source for routers and other embedded devices. OpenWRT transforms a router or embedded device into a more powerful and versatile network appliance with greater flexibility and control over its configuration and features than other operating systems.

GL.iNet

Travelers and users who need to set up a network on the go frequently use GL.iNet routers because of their small size and portability. Even though they are compact, GL.iNet routers come with a number of sophisticated features, such as compatibility with the OpenWRT operating system, support for VPN connections, an OpenVPN client, additional server and protocol capabilities, and support for other protocols.

Tomato

A third-party router firmware called Tomato Tomato is intended to offer more advanced features and functionalities than the manufacturer’s default firmware. Tomato is compatible with a variety of router models from various manufacturers and is based on the Linux operating system.

AsusWRT

The default firmware that ships pre-installed on ASUS routers is called ASUSWRT. It is a user-friendly firmware created to offer sophisticated functionality while remaining usable by users of various levels of expertise.

Users of ASUSWRT may rapidly access and manage a variety of options, including support for VPN connections, IP network name, Quality of Service (QoS) settings, advanced security features, and more, thanks to the software’s user-friendly web-based interface.

DD-WRT

Popular third-party router firmware called DD-WRT was created to offer more sophisticated features and capabilities than the manufacturer’s default firmware. It is compatible with a variety of router models made by various manufacturers and is based on the Linux operating system. Moreover, DD-WRT has comprehensive wireless options that allow users to maximize their wireless network performance and range. It also contains support for a variety of network protocols, including IPv6.

Which VPN protocol is the most suitable for your use case?

The optimal VPN protocol for your use case will rely on a number of things, including your unique requirements, the amount of security you want, the platforms and devices you utilize, and the network conditions you’ll be operating under.

Here are a few such situations and the VPN protocols that are frequently advised: Those that demand the maximum level of security and privacy are advised to utilize OpenVPN, one of the most secure protocols.

Yet, because it can swiftly reconnect to the VPN server even when transferring between various networks, KEv2 is frequently suggested for mobile devices.

L2TP/IPSec is also a viable choice for outdated gear or software that might not be able to support more contemporary VPN protocols. Due to its usage of the HTTPS port (443), SSTP is a suitable choice for getting around firewalls and other network constraints.

The post Which VPN Protocol Is Better for You: OpenVPN or L2TP/IPSEC? appeared first on Server Gigabit Network.

After various upgrades addressing IP version 6 and general server connectivity, there have been a lot of problems. The infamous “DNS Server Not Responding” notice could be one. With the detailed process provided below, we will assist you in resolving this issue utilising your current DNS settings.

Before delving into DNS failures, it is important to comprehend what a DNS server is and what this error message could signify.

Describe a DNS server.

In essence, a DNS (Domain Name System) server is a link between a server’s IP addresses and the domain names of websites. Users no longer need to know the website’s direct IP address in order to visit it because this provides them with the right IP address.

It is necessary for connecting to various web browsers and addresses online and for supplying the correct IP addresses in accordance with the URL. If something isn’t working properly, it’s usually the user’s fault and is simple to remedy. The biggest challenge is discovering the reason for receiving this error message.

What does “DNS Server Not Responding” mean?

The error message “DNS server is not responding” might refer to a number of different problems. This could lead to a number of issues, including the following:

• • • Links to networks
    • Online Explorers
    • Faulty router or modem (Internet Connection)
    • Antivirus Programs
    • Mismatched server addresses
    • A DNS Cache flush is required
    • The issue with IP version 6
    • Ineffective network adapter
    • Server Problem

To assure a resolution to the “DNS Server Not Responding” issue, it is crucial to examine every potential problem on your computer. Let’s go over each appropriate step in order to prevent future problems.

The DNS Server Address Problem Message: How Can I Repair It?

Thankfully, the user who receives the notification “DNS Server Not Responding” can rapidly resolve issues without contacting technical assistance. The issue is often just for the user to select, which is why we will walk you through step by step to complete the work correctly.

Change Your Device

To attempt a connection to the DNS server, try utilizing a different browser or device. Make that your network and server connections are to the same ones you are trying to access.

If your second device can connect to the server on the same network, your primary device is the problem. Moreover, you may test it using a mobile device; if it continues to connect using different devices, the issue is not with the website.

It is the website you are trying to access fault, not yours if none of the devices are connected to the server.

Repair DNS Server Windows Instructions:

Diagnose the Network Connectivity

Do the actions listed below to perform a diagnostic on Windows:

1. 1. 1. Navigate to the Network and Internet section of your Windows Control Panel. Choose Network and Sharing Center from here on out.
      2. Choose Troubleshoot Issues under Modify your Network Settings.
      3. Choose Run the Troubleshooter under Other Troubleshooters, then choose the Network Connections page.
      4. Follow the directions to continue fixing the DNS server issues after the troubleshooting process is finished.

Mac guidelines

Use the instructions below to conduct a diagnostic on MacOS:

1. 1. 1. Delete all running applications from your smartphone. You’re having trouble with your network connection.
      2. While holding down the Options key, choose the Wi-Fi Status symbol from the menu bar. Choose Open Wireless Diagnostics from this menu.
      3. Adhere to the directions displayed on the screen.
      4. Hold off till the scanning is finished.
      5. Click the Info icon on the Summary page.

Alternate Web Browsers from Your Favorite One

Changing browsers can occasionally aid in the resolution of DNS address issues. You could switch from Microsoft Edge to Google Chrome, for instance. Due to the lack of updates or support for your selected DNS server selection, other browsers will experience specific DNS server problems.

The following are a few well-known browsers that you can switch between and have been shown to resolve the issue:

• • • Google Chrome
    • Using Chrome
    • Windows Edge

If this resolves your problem, you might want to update your default browser to the most recent version. Go to the following solution if you are still getting the “DNS Server Not Responding” problem.

Connect and restart the modem and router.

this time, as it is the case of the not having them the of the a the and an m. a possibly, a, a, possibly, to the that is not.

Press the power button and remove the power wire from the wall outlet to restart your router or modem. Reconnect the router or modem to the wall outlet after waiting for at least 30 seconds (or the amount of time recommended by your internet service provider). Then, restart your device by pressing the power button.

If the attempt is unsuccessful, it is usually a good idea to review your router’s instructions again. Try to re-connect to the desired DNS servers after doing this with a strong internet connection.

Briefly disable the firewall and antivirus programs

The firewall and antivirus software on your PC may be to blame for the DNS Server Not Responding problem. Although they shield you from harmful infections, these are among the most frequent causes of DNS server connectivity issues. The most frequent antivirus programme to trigger this is McAfee, which offers a variety of internet security services.

Following DNS Server Addresses that could make your Antivirus software react is a good reason to disable the software briefly. Below we have put the basic instructions on how to complete this. Once you disable the software, check to see if you still receive the DNS Server Not Responding error.

Windows Instructions:

Below are the instructions on how to briefly deactivate Windows Defender Firewall and Antivirus software:

1. 1. 1. Select Start Menu > Settings > Update and Security > Windows Security.
      2. From here, go into Virus Threat and Protection and Firewall and Network Protection to deactivate the software.

Mac Instructions:

To deactivate your Mac Firewall Protection, here are the instructions:

1. 1. 1. Go to System Preferences > Security and Privacy.
      2. Select the button third from the left, which will say “Firewall.”
      3. Select “OFF” to turn off Firewall.

After deactivating, carry out the network diagnostics again and reopen the page on your web browser. If this resolves the problem, update your firewall and antivirus software before reactivating them.

Go to our next potential solution if this does not resolve the DNS server connectivity issues.

Flush DNS Cache

Flushing the DNS cache would be one of the easiest repairs. By doing this, you can clear the router’s cache and ensure that the DNS servers are working properly.

Command to clear DNS cache on Windows:

1. 1. By entering “cmd” in Windows Search, you can access the command prompt in Windows on your computer.

CMD

2. Type: into the command prompt window.

IPCONFIG/FLUSHDNS

and click

<enter>

3. You will see a confirmation on the command prompt if everything is done correctly.

Commands to Clear DNS Cache on Mac

By emptying a DNS cache, Mac is a little more challenging but still available.

1. 1. To enter the terminal, press “F4”.

F4

2. Type the command prompt appropriate to your MacOS version once the app has opened:

MacOS Big Sur command prompt:

sudo dscacheutil -flushcache; sudo killall -HUP mDNSResponder

MacOS Catalina:

sudo killall -HUP mDNSResponder

MacOS Mojave:

sudo killall -HUP mDNSResponder

MacOS High Sierra:

sudo killall -HUP mDNSResponder

MacOS El Capitan | X Mavericks | X Mountain Lion | X Lion:

sudo killall -HUP mDNSResponder

MacOS X Yosemite:

sudo discoveryutil udnsflushcaches

MacOS X Snow Leopard:

sudo dscacheutil -flushcache

MacOS X Leopard:

sudo lookupd -flushcache

How to Turn Off IPv6 When the DNS Server Is Not Responding

The most recent issue with the “DNS Server Not Responding” error is Internet Protocol Version 6. Despite the fact that it’s only a temporary solution, removing IPv6 can help you focus on DNS server issues. Let’s look at how to disable the following now.

Windows:

To disable IPv6 on Windows, proceed to our procedures provided below:

1. 1. 1. Right-click “active connection” on the Network Connections screen.
      2. Locate “Internet Protocol Version 6 (TCP/IPv6)” under the Network tab, then deselect this checkbox.
      3. To save, click “OK.”

Mac:

Follow the instructions below to disable IPv6 on a Mac:

1. 1. 1. To access the network, select Apple Menu > System Preferences.
      2. Go to Advanced > TCP/IP after selecting Current Network Connections.
      3. Choose Off by clicking Setup IPv6 before clicking OK.

Recheck the DNS server IP for a potential solution once the Internet Protocol Version 6 has been disabled.

How to Update Network Adapter Driver

Network adapter drivers need to be updated to ensure communication between your PC and network connections. A network device driver that is out of current may be the cause of the “DNS Server Not Responding” issue.

Take into account that you are fresh to the world of driver updates. In that case, obtaining a simple program like Driver Easy to assist in automatically updating your Network Adapter Driver software would be the best option.

To manually update the network adapter driver, adhere to the directions below.

1. 1. 1. Search for the Device Manager app and then select it.
      2. A network adapter driver category should be selected.
      3. holding the right mouse button
      4. Decide on Updating Driver.

To ensure communication between Network connections and your PC, it is crucial to update your network adapter drivers. Older Network adapter drivers may be the cause of this.

A new DNS server address has been set.

Try using a new IP address since some IP addresses are unable to connect to particular DNS servers. Common DNS Server error difficulties can be due to the automated ISP’s DNS server provided not responding.

If the DNS server for your ISP isn’t responding, it’s either broken or doesn’t exist. For this, the internet connection will also terminate as well.

Several services like Cloudflare and Google Public DNS give DNS addresses for free. The instructions below can be used to configure a new DNS Server address.

Windows guidelines

The steps to modify the DNS server address on Windows are listed below:

1. 1. 1. Can be found by going to Network Connections and typing it there. Hit Enter.

   2. ncpa.cpl

      2. Click the Properties option from the context menu of your active server.

   3. 3. After that, select Internet Protocol Version 4 (TCP/IPv4) under Properties.
   4. 4. Choose “Use the following DNS server addresses” when choosing “Obtain an IP address automatically.”
   5. 5. In the “Preferred DNS Server” and “Alternate DNS Server” columns, enter the DNS server addresses that you want to use.
   6. 6. Verify “Validate settings upon exit” and press “OK” to go.
   7. 7. Turn off the computer.

Mac Instructions

The steps to modify the Mac’s DNS server address are listed below:

1. 1. 1. To access the network, select Apple Menu > System Preferences.
      2. Choose Advanced > DNS under Primary Network Connection.
      3. Choose “+” to add the new DNS server IP you want.
      4. When finished, click Apply.

Prior to verifying, make sure you restarted your internet connection. Continue to see whether the “DNS Server Not Responding” warning appears.

Activate Safe Mode and Restart Your Device

If your DNS server isn’t responding, your computer may not be functioning properly due to hardware or network issues. If this is the case, restarting your device in Safe Mode will immediately resolve any hardware or network difficulties. To carry out the process correctly, adhere to the directions below.

Windows guidelines

Here are some ways to restart your device in safe mode if you’re using Windows:

1. 1. 1. SHIFT + Restart can be found by selecting Power from your Start Menu.
      2. Make your selection from Troubleshoot > Advanced Options in the “Select an Option” dialogue.
      3. Choose Startup Settings > Restart under Advanced Options by moving forward.
      4. Hit F5 and proceed to select “Safe Mode with Networking”.

Mac Instructions

Here are the steps to restart your computer in safe mode if you are using a Mac:

1. 1. 1. Choose Shut Down from the Apple Menu. Give it ten seconds.
      2. Hold SHIFT while turning on your Computer until you see the login screen.

After completing this process, if the DNS Server Not Responding problem still persists, a suspected third-party application may have broken the connection between your device and the desired server. It’s crucial to track down and remove this application if you want to stop this problem from happening again on your device.

Which DNS server ought I employ?

The top 6 DNS Server IP addresses, which are all free to use, are shown below.

• • • Google: Google is one of the quickest and offers the best free DNS servers globally
    • OpenDNSHome: One of the greatest servers for both individual and corporate online access/control is OpenDNSHome. 208.67.222.222 is the Main DNS. Additional DNS: 208.67.220.220
    • Cloudflare: One of the most popularly suggested free, quick, and dependable servers for family use is Cloudflare. The Main DNS is 1.1.1.1. Additional DNS: 1.0.0.1
    • AlternateDNS: Secure and dependable for a quick server experience is AlternateDNS. 76.76.19.19 is the Main DNS, and 76.223.122.150 is the Secondary DNS.
    • AdGuard DNS: AdGuard DNS: Fewer intrusive servers enable a quick and dependable connection that is family-safe. 94.140.14.14 is the Main DNS, and 94.140.15.15 is the Secondary DNS.
    • Quad9: Top free servers for mobile, desktop, and Internet of Things devices: Quad9. Secondary DNS: “149.112.112.112” Main DNS: “9.9.9.9”

The servers themselves may be the cause of the DNS Server Not Responding. If you have attempted all possible methods and the browser seems to operate on all but one device, consider using an alternate server or wait to try again, as sometimes there can be a server outage.

The post Not Responding DNS Server [Full Guide] appeared first on Server Gigabit Network.

When you register a domain name, your personal details are saved in a publicly available database called WHOIS. Whois ID Protection is often known as ID Protection or Domain Protection. Domain privacy protection is basically an ‘add on’ service you buy to protect your personal data. It keep your personal data hidden from the world.

Owning a domain name shouldn’t mean sacrificing your privacy. That’s why WHOIS Privacy Protection helps to solve this problem. Whois ID Protect operates in the same way as making your phone number “unlisted”: it prevents people from accessing your phone number, email address, and other private information.

You are simply opting to reveal your personal information to the WHOIS public database ifyou chose not to purchase domain privacy security. So that, everyone can read your contact details (assuming you are a domain registrant). This includes the domain registrant ‘s email address , telephone number, mailing address , name and any other information required to legally register a domain name.

Benifits of Whois ID Protection

Spammers and advertisers can easily access the personal details of individuals who have registered a domain by searching the WHOIS list. Providing personal information online presents a privacy danger to individuals and companies. Other than that, Marketers can use the telephone number issued by registrants to make sales calls. Domain registration companies can use the address of an person to try and sell domain services. Domain security program protected , these information in such a way that registrants do not have to worry about their personal information being leaked over the Internet.

Do you still get a call from telemarketers, sales men, and spammers who call? Unnecessary requests filled up your Inbox? Protect your privacy now!

It only costs you RM4.99/year now to enable these Domain ID Protection features. Server Gigabit ID Protection

Besides, you may follow these steps -> How Do I addon My ID Protection? from your Client login.

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Domain names are the internet’s real estate, replacing land with virtual property. Like real world property, domain names can be bought and sold for profit, generate residual income, and developed to increase their value. The $16 million sale of ‘insure.com’ to Quinstreet in 2009 may have set the world record, but even longer domain names are routinely sold for hundreds of dollars every day. As a result , investors have a unique opportunity to invest in domain names that can be sold for profit in the future

Three ways to make Profit with your domain profolio

Set Price

Setting a specific price is the preferred method for domain sellers that have a large portfolio of domains and aren’t in a rush to sell them.

Auctions are a great way to sell higher profile domain names. It can make profit from domain names.Because there is a lot of interest, since they typically result in the highest possible price.

Make an Offer

niche domains can well-suite to make an offer sales . But it may not have a lot of interest and/or where the exact value of the domain isn’t well known.

Holding Domains: Profit parking

Many domain investors own hundreds or even thousands of domain names. We hold these domains and monetize them by putting PPC ads (i.e. Google AdSense) on them and gaining money. This technique, widely known as parked domain monetization, depends on domains that get type-in traffic. Type-in traffic defines the actions of users entering a domain name directly in the browser address bar. It is to get to a website instead of using a search engine.

However, longer domain names are routinely sold for hundreds of dollars every day! Therefore, a unique opportunity for investors to invest in domain names that can be sold for profit in the future.

So do you have other better ideas on how to name your domain names and make money with it?
Get a domain now! https://www.servergigabit.com/domain/ 

The post Make Money with Domain Names appeared first on Server Gigabit Network.

In this article, we’ll share all the tools and tips  how you choose the best domain name:

1. Keep it  brandable
2. Make it easy to pronounce and spekk
3. Keep your it short and easy to type
4. Use sensible keyword
5. Research before register
6.  Be creative or innovative

Keep it brandable

Make it easy to pronounce and spell

To make your domain name stands out from the other, please make sure it is easy to pronounce. It is can be frustrating for your end-users if your URL is complex, such as it has long and arduous words to spell.It definitely should be easy to understand and spell for any Users.

Keep it short and easy to type

The best is make it’s length as short as possible.The shorter the domain name, the better for audience to reach your website. It is for your website users to type, remember, and the less likely it is to misspell or typo cause  entering typos with longer domain names which can lead to loss traffic.

Use sensible keywords

Keywords have an important role to play in the domain.  You tell the search engines what your website is all about by using keywords in your domain name. A perfect domain can help you rank higher in Google with high-quality content and good user experience, keywords .

Research  before Register

Try to search before registering it to avoid same domain name with other business.

You can go for a trademark search to see if there is already a similar or exact trademark name.

You can also search Google and check the availability of your name on top social media sites like Twitter, Facebook , Instagram, etc.

A similar or matching name would not only cause confusion, but could also have serious legal implications that could cost you a lot of money.

Be creative or innovative

Be imaginative and creative when selecting a domain name. Come up with catchy domain names. Try creative approaches and create your own words.

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