PerfOps show that Akamai’s DNS speeds in Mumbai are 615% slower than Constellix’s. AkamaiĪkamai is a content delivery network (CDN), cybersecurity, and cloud service provider that also provides DNS resources. One stand out difference is that DNS Made Easy and Constellix have the longest-running uptime history in the industry-12 years and zero outages. DNS Made EasyĭNS Made Easy also runs on the Tiggee network and shares the same speed advantage as its sister company Constellix. ConstellixĬonstellix runs on parent company Tiggee LLC's Anycast+ network and maintains consistent, industry leading speeds in India, coming in at 21.81 milliseconds-between 32 and 615% faster than most providers in the region. Tiggee networks have been top in speeds around the world, but here is how the DNS Made Easy and Constellix network compares to other leading providers in India. There is one way to know for sure which provider will offer the speed you are looking for-by putting it to the test. ![]() Having the servers located within the data center eliminates the extra lookup time that would result if they were located elsewhere.Īny delay in speeds can lead to a deduction of revenue.ĭNS providers focus on speed as their main selling point. Infrastructure and location are key players in expedited DNS query responses. ![]() Fastest DNSĮstablishing a new point of presence (PoP) in Mumbai, India allows the DNS Made Easy and Constellix network to provide the region with first-rate connectivity. GPX builds and operates next-generation Tier 4, private, carrier-neutral data centers, and provides services for approximately 150 businesses, including DNS providers. This makes a significant difference in DNS performance and speeds.īeing housed in the GPX Mumbai data facility affords Tiggee (DNS Made Easy and Constellix’s parent company) systems the best connections to hundreds of networks. Location location location-it’s is equally important in determining where to purchase a home as it is to where DNS records should be obtained. Since all queries go through a similar process, all DNS servers are the same, right? Not quite. The end-user query goes through a series of recursive and authoritative servers to properly resolve and deliver the searched domain. Without it in place, we would have to remember the IP address for every website that we want to visit. DNS plays an integral role in internet queries and the communication between the end user and the nameservers that store all of the domain IP addresses. The Domain Name System (DNS) did just that. There was also a need for a computer language interpreter that could translate domain names into machine-readable languages. According to similarweb, here are the top ten most visited websites in India:įor all websites to be accessible to end users, computers first needed to talk to each other. Entertainment and communication are important in India’s culture. ![]() This DNS Benchmark will give you visibility into what's going on with your system's currently assigned DNS servers by automatically comparing their performance with many well known publicly available alternatives.The highest trafficked websites in India include social networking platforms and video streaming resources. But they might be in the wrong order (the second one being faster than the first one, and that matters) or, who knows? Many people have discovered that their own ISP's DNS servers are slower than other publicly available alternatives on the Internet, which are faster and/or more reliable. Since they are likely located close to you on the Internet (since they are provided by your own ISP) they may already be the fastest DNS servers available to you. Unless you have taken over manual control of the DNS servers your system is using (which, as you'll see, is not difficult to do), your system will be using the DNS servers that were automatically assigned by your Internet connection provider (your ISP). Since nothing can happen until IP addresses are known, the use of slow, overloaded or unreliable DNS servers will get in the way, noticeably slowing down virtually all of your use of the Internet. So the first step required before anything can be done on the Internet is to lookup the site's or service's domain name to determine its associated Internet IP address. People use alphabetic domain names (but Internet data packets require numerical Internet IP addresses (4.79.142.202).
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