Take complete control of your DNS Records for your Domain Name. Our Advanced Managed DNS service allows you to completely manage all Resource Records for your Domain Name directly. The Managed DNS Services includes:

    Easy-to-use Web based Interface for DNS Management

    Total Control over SOA, A, MX, CNAME, NS records and TTL

    ZERO propagation delay for any additions or updates

    Geographically distributed cluster of servers in world-class facilities geared to deliver 100% DNS uptime

Domain Name System (DNS), although often overlooked, is essential to virtually every Internet transaction, and hence an extremely crucial service for ensuring that your web site and email continue to function correctly. We provide you DNS Services on a highly optimized, globally distributed, redundant (n+1), robust DNS infrastructure, that is geared to deliver 100% DNS uptime and offer unmatched DNS query response times.

    The Managed DNS Services includes:

    Easy-to-use Web based Interface for DNS Management
      More than 90% of the web hosting companies worldwide do not provide you with an interface to manage your       own DNS Records. With each of our hosting package you have the ability to add and manage up to 100       records for FREE! using our powerful yet easy-to-use web based UI.

    Total Control over SOA, A, MX, CNAME, NS records and TTL
      You can add, modify, delete all types of records through the web based interface. All additions and       modifications will reflect instantly on every DNS server. You can even set and change TTL on a per record       basis, and modify all the SOA parameters.

    ZERO propagation delay for any additions or updates
      Our DNS servers use a custom version of BIND which allows any zone additions or modifications to reflect       immediately across all our DNS Servers without requiring any restarts. The propagation time for any DNS       changes is thus zero.

    Geographically distributed cluster of servers in world-class facilities geared to deliver 100%       DNS uptime
      Research and studies show that a lot of hosting companies tend to distribute their DNS servers poorly mainly       due to lack of resources, planning and expertise. A study conducted by Men & Mice of five thousand randomly       selected .com domains showed that 38% of tested zones were located in one subnet, thus increasing       significantly the risk of downtime due to a single point of failure. DNS downtime can bring down a companies       website or email for up to 48 hours even after the service comes up due to caching practises of ISP's.

      Our distributed DNS architecture is built by subject-matter experts after a lot of careful planning and       comprises of n+1 servers, spread across data centers in different geographies, ensuring that there is NO       single point of failure.

    Support for round robin DNS
      Round-robin DNS is a load balancing technique by which the balance power is placed in the DNS server. For       example, suppose a company has three identical web sites hosted on three different servers. The company       can enable round-robin DNS so that when a user accesses the website he/she will be sent to the first server       (first IP Address), the second user who accesses the website will be sent to the next server (second IP       Address), the third user to the third server (third IP Address), and the fourth user, will be sent to the first       server as the end of the list has been reached.

      Round robin DNS is usually used for balancing the load of geographically distributed web servers along with       other forms of load balancing and clustering.

    24x7 Monitoring
      All DNS servers and services are monitored by us 24 x 7. Our centralized notification system ensures that any       issues are immediately brought to the notice of the people incharge and our processes ensure that the       downtime of any service and server is reduced to the minimal possible extent. As such, due to our DNS       architecture and design, it would take multiple simultaneous failures for the service to deteriorate or stop       functioning.