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NIPRNet vs SIPRNet
NIPRNet is used for non-classified communication, and SIPRNet is the Defence Information Systems Network component. The Military used NIPRNet in yesteryears; therefore, it was also known as MILnet. The SIPRNet is used by the Defence Ministry of the United States to maintain the highest possible secrecy and save the most confidential data of the country.
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NIPRNet stands for the Non-Classified Internet Protocol Router Network, which is used to excess all unclassified or non-secure networks. The other name for NIPRNet is a nipper. Defence Authorities used the web.
SIPRNet stands for Secret Internet Protocol Router Network and is a significant component of the Defence Information Systems Network, which the United States Defence Department uses. This network is considered to be loop-free and maintains secrecy. The computer network connected via SIPRNet is believed to be safe and secure.
|Parameters of Comparison||NIPRNet||SIPRNet|
|Full Form||Non-Classified Internet Protocol Router Network||Secret Internet Protocol Router Network.|
|Component||Other Communication Needs||It is a component of the Defence Information Systems Network.|
|Use||It is used for exchanging unclassified information.||U.S. Defence Department uses it to protect their secrecy.|
|Capacity||56 KB to 1 GB||1 GB/per second to 10 GB/per second|
What is NIPRNet?
The extended form of NIPRNet is the Non-Classified Internet Protocol Router Network. The United States owns it.
The alternative name used for NIPRNet is “NIPPERnet” or nipper. This network is supposed to be very sensitive and very private.
Regular access to the Internet is also one of the uses of NIPRNet—the bandwidth capacity of the Internet Protocol service for the same ranges from 56 KB to 1 GB.
It is specially designed to secure private data. It is like a router that helps the users to access the external gateway to the Internet by filtering the data and information. It works on a wireless system and can have continuous and consistent access to the Internet.
If anyone wants to protect their anonymous data or information, they can choose the NIPRNet network for the same and will have the best Internet experience.
What is SIPRNet?
The extended form of SIPRNet is the Secret Internet Protocol Router Network. The United States also owns it along with the NIPRNet.
The alternative name given to SIPRNet is “SIPPERnet” or sipper. The nations highly prefer this network as it is considered one of the best networks to keep data confidential and safe.
SIPRNet allows its user access to a Secret Internet Protocol service, which helps provide point-to-point connectivity with the computer network. 40,000 to 50,000 people are believed to have access to the SIPRNet network.
SIPRNet provided the bandwidth capacity of Internet Protocol (IP) service ranging from 1 Gb/per second to 10 Gb/per second.
The non-classified use of SIPRNet is for sending different email conversations on a day-to-day basis. The classified service is the same for maintaining secret emails and accessing classified websites run by the Defence Intelligent Agencies.
Main Differences Between NIPRNet and SIPRNet
- NIPRNet stands for Non-Classified Internet Protocol Router Network, while SIPRNet stands for Secret Internet Protocol Router Network.
- The components of NIPRNet are that it is used for non-secure networks, and the Defence Information Systems Network uses SIPRNet.
- The primary use of NIPRNet is for exchanging unclassified information with others. In contrast, SIPRNet is majorly used by the Defence Department of the United States to maintain the secrecy and privacy level of their internal matters.
- NIPRNet and SIPRNet are alternatively known as nipper and sipper in the common language.
- The capacity of the NIPRNet to provide Internet Protocol service ranges from 56 KB to 1 GB, while the capacity of Internet Protocol services provided by the SIPRNet ranges between 1 GB/per second-10 GB/per second.
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Sandeep Bhandari holds a Bachelor of Engineering in Computers from Thapar University (2006). He has 20 years of experience in the technology field. He has a keen interest in various technical fields, including database systems, computer networks, and programming. You can read more about him on his bio page.