Use google dns

Quick Tips Google DNS offers a safe and reliable alternative to the default DNS server provided by your ISP.On Windows, go to Internet Protocol Properties in Wi-Fi Properties, and enter the Google DNS 8.8.8.8 or 8.8.4.4.On Mac, select Details next to your Wi-Fi network, choose DNS, and add the Google DNS 8.8.8.8 or 8.8.4.4. Here’s how you can switch to Google DNS on your Windows PC. Step 1: Open the Control Panel and select Network and Internet.Step 2: Open Network and Sharing Center.Step 3: Select your network. Step 4: Now, select Properties.Step 5: Check the box next to Internet Protocol Verison and click on Properties.Step 6: Check the box for Use the following DNS server addresses to enter the DNS server address manually.Step 7: Now, enter the address 8.8.8.8 in the ‘Preferred DNS server’ box and 8.8.4.4 in the ‘Alternative DNS server’ box. These are the addresses for the Google DNS server IPv4. Or, you can also use Google Public DNS IPv6 version – 2001:4860:4860::8888, and 2001:4860:4860::8844 (alternative).Step 8: Lastly, click on OK to apply the changes.Also Read: 5 best DNS servers for gaming for low ping in 2024.How to Use Google Public DNS Servers on MacHere’s how you can switch to Google DNS on your Mac. Step 1: Click on the Apple logo icon in the toolbar and select System Settings.Step 2: Select Network in the sidebar and select Wi-Fi.Step 3: Tap on Details next to the connected Wi-Fi network.Step 4: Click on DNS in the sidebar.Step 5: Click on the + icon in the DNS server box.Step 6: Now, enter the address 8.8.8.8 or 8.8.4.4. These are the addresses for the Google DNS server IPv4.Or, you can also use Google Public DNS IPv6 version – 2001:4860:4860::8888 or 2001:4860:4860::8844 (alternative)Also Read: How to fix certain websites not loading on Mac.Why Use Google’s DNS ServersHere are some of the key features and advantages of the public DNS resolution provided by Google:Google has a distributed network of DNS servers globally, which ensures a reliable DNS resolution service.Google DNS provides faster DNS resolution than most servers. It directs queries to the nearest data center, reduces latency, and improves response times Additionally, Google Public DNS temporarily stores frequently accessed domain names, which can further improve performance. Google DNS protects from DNS spoofing, DDoS attacks, and several other security threats and vulnerabilities.Google DNS does not store IP addresses or personal information that can be mapped to the user.When your computer needs to resolve a domain name into an IP address, it will send a request to the DNS address. Google’s primary DNS addresses are as follows:IPv4: 8.8.8.8 and 8.8.4.4 (alternative)IPv6: 2001:4860:4860::8888, and 2001:4860:4860::8844 (alternative)Both the above addresses – IPv4 and IPv6 are different versions of the protocol, and the latter is designed to meet the requirements of ever-advancing computer network infrastructures. Also Read: How to flush DNS cache on Windows. Was this helpful? Thanks for your feedback! The article above may contain affiliate links which help support Guiding Tech. The content remains unbiased and

CloudFlare vs Google Cloud DNS Comparison TableCloudFlare vs Google Cloud DNS: Performance Comparison: Speed and ReliabilityCloudFlare vs Google Cloud DNS: Security FeaturesCloudFlare vs Google Cloud DNS: Integration and CompatibilityCloudFlare vs Google Cloud DNS: User Interface and Ease of UseWhich is better?CloudFlare: The good and The badGoogle Cloud DNS: The good and The badQuestions and Answers There are a number of significant domain name system (DNS) service providers, including Cloudflare and Google Cloud DNS. Each of these companies offers a different features. The Cloudflare Domain Name System places a high priority on speed, security, and privacy. It does this by utilising its massive worldwide network to provide quick resolution times and protection against cyber threats such as distributed denial of service attacks.Cloud-based applications can benefit from scalable and dependable DNS resolution thanks to Google Cloud DNS, which connects without any complications with Google Cloud Platform. Both of these services are geared at improving the performance and dependability of websites by means of effective and efficient DNS management. Businesses have the option of selecting between Cloudflare, which offers a high level of security and speed, or Google Cloud DNS, which offers seamless interaction with Google Cloud services and flexibility in terms of scaling.CloudFlare vs Google Cloud DNS Comparison TableWhether you use Cloudflare or Google Cloud DNS relies on your needs. Cloudflare provides strong security and global performance, making it perfect for people who want to protect their websites and make them load faster. Google Cloud DNS, on the other hand, works perfectly with Google Cloud Platform.SpecificationCloudflareGoogle Cloud DNSPerformanceGlobal network for fast resolutionIntegration with Google Cloud PlatformSecurityProtection against cyber threatsReliable DNS resolutionScalability–Scalable for cloud-based applicationsvisit websitevisit websiteCloudFlare vs Google Cloud DNS: Performance Comparison: Speed and ReliabilityIn order to minimise latency and ensure that DNS queries are answered quickly, CloudFlare has a massive network of data centres located all over the world. These data centres are strategically positioned. Utilising its Anycast routing technology, it effectively routes traffic to the data centre that is geographically closest to it, so improving both speed and reliability. In addition, CloudFlare’s uptime service level agreement (SLA) of 99.999% underlines the company’s dedication to providing uninterrupted service.On the other hand, Google Cloud DNS makes use of Google’s powerful infrastructure, which is well-known for its speed and dependability. In comparison to CloudFlare, its uptime service level agreement (SLA) is significantly lower at 99.99%, despite the fact that its latency is commendably

VoIP network came back.If all your SIP phones are offline and your network is confirmed to be ready, you can try to check DNS records. We suggest following tips to check the DNS records between Google DNS and your local ISP.If you are working on windows system, you can use nslookup command to check DNS results. For example, we want to check the DNS result of virtual SIP server ‘1425.s1.minisipserver.com’ from Google DNS server which is ‘8.8.8.8’, we can use the command below.nslookup 1425.s1.minisipserver.com 8.8.8.8If you are working on Linux system, you can use dig command to check DNS result like following.dig @8.8.8.8 1425.s1.minisipserver.com You can check the DNS results from your local ISP’s DNS server. If its result is different with Google DNS result, that means your local ISP blocks our VoIP cloud system or its DNS results are contaminated for unknown reasons.Personally, I suggest to use Google DNS server which is ‘8.8.8.8’ or cloudflare DNS server which is ‘1.1.1.1’.By the way, Debian systems don’t have dig command by default. You need to install the dnsutils package to get such tool.sudo apt install dnsutils Debian 12 (bookworm) was released. It is the latest stable version and will be widely deployed in business environment absolutely. So we run and test the latest miniSIPServer on this system as usual. Of course, the result is perfect.Please refer to the figure below.If you want to build a VoIP system on Linux system, Debian 12 is a good choice. Please refer to our online document for more details about how to install and run miniSIPServer on Debian systems. And I’m sure you’ll like the combination of Debian and miniSIPServer. As we know, RFC3262 defines SIP reliability of provisional responses. It is an old feature and miniSIPServer ( both local versions and cloud versions) can

DNS is a pivotal service when you host a website online. Though Google Cloud DNS is an established, reliable cloud DNS provider, use Site24x7's monitoring capabilities to know its latency and DNS response counts.Setup and configurationAdding Google Cloud DNS while configuring a new Google Cloud monitor If you have not configured a Google Cloud monitor yet, add one by following the steps below:Log in to your Site24x7 account.Go to Cloud > GCP > Add GCP Monitor or Admin > Cloud Monitoring > Google Cloud Platform(GCP).Provide a unique display name for identification purposes.Upload a service account JSON file to authenticate Site24x7 for performing resource discovery.Select Cloud DNS from the Select the Resources for Monitoring list.Select existing Notification Profiles, User Alerts Groups, Tags, and IT Automation Templates or add new ones. You can also integrate Site24x7's alarms with your preferred third-party service.Click Start GCP Monitoring.Adding Google Cloud DNS to an existing Google Cloud monitor If you already have a Google Cloud monitor configured for the service account, you can add Google Cloud DNS by following the steps below:Log in to your Site24x7 account.Go to Cloud > GCP and select your GCP monitor.Click the hamburger icon next to Service View and select Edit, which brings you to the Edit GCP Monitor page.On the Edit GCP Monitor page, select Cloud DNS from the Select the Resources for Monitoring list and click Save.After successful configuration, go to Cloud > GCP > Cloud DNS. Now you can view the discovered Cloud DNS resources.NoteIt will take approximately