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What system translates names to IP addresses?
The DNS (Domain Name System).The DNS (Domain Name System).The DNS (Domain Name System).The DNS (Domain Name System).
What is the difference between DNS and DSN?
Domain Naming Service (DNS) Database Source Name (DSN)
A DNS translates a domain name into what?
DNS translates a domain name into an access IP. Every website is hosted on an IP, the DNS servers tell your computer where a particular domain is hosted.
What is DNS stand for?
TCP/ IP protocol suite uses a DNS client. DNS stands for Domain name system .A DNS server maps a name to an address.
What program is the DNS server?
Domain Name System (DNS)
What service translates domain names computer hostnames to IP addresses?
Domain Name System (DNS).
What is a DNS on a Nintendo DS?
The DNS is the Domain Name Server, ie, the device that links domain names to IP addresses. For the purposes of the DS, you need to find the DNS your wireless router uses. On your PC, go to Start, Run and type 'cmd'. On the prompt, use 'ipconfig /all' to give the connection details your PC uses. The DNS should be listed there, use this as the Primary DNS IP when configuring your DS internet.
What is the difference between a zone and a domain?
A domain is a portion of the overall DNS namespace. A zone, however, can contain multiple contiguous domains.
Method the internet uses to store domain names and their IP addresses?
dns
Where allocketed a zone fileZone file?
A zone file is a text file on a Domain Name System (DNS) server that contains crucial information about a domain, including mappings between domain names and IP addresses. The zone file is typically stored in the DNS server's designated zone folder. It is referenced by the DNS server when resolving domain name queries and directing traffic on the internet.
What does the abbreviation DNS mean?
DNS is an abbrevation that typically stands for "Domain Name System". The DNS refers to how domain names are organized and recognized through their unique IP addresses.
What are the key differences between DNS poisoning and domain hijacking, and how can organizations protect themselves from these threats?
DNS poisoning involves corrupting the DNS cache to redirect users to malicious websites, while domain hijacking involves unauthorized access to a domain name to control its settings. To protect against these threats, organizations can implement strong authentication measures, regularly monitor DNS records, and use domain locking services to prevent unauthorized changes.
