Next Generation Internet Protocol IPV6

Quality of service (QoS) technology becomes more important and important as Internet growth rates reach high levels and use high-load multimedia applications such as video and audio streaming. IPV 6 (Next Generation Internet Protocol) has more functions than IPV 4. For example, to provide more address space and new fields. For example, because there is no implementation of QOS, many other protocols are used to guarantee sensitive traffic demands.

The first of these improvements is the network infrastructure implemented by DISA. The Next Generation Internet Protocol (IPv6) includes many security and quality of service (QoS) improvements. In addition to extended addressing, simplified headers, and Mobile IP capabilities, IPv6 also requires the implementation of Secure Internet Protocol (IPSec) to integrate enhanced authentication, confidentiality, compression, and key management. DISA has begun implementing IPv6 implementation of the Department of Defense, but we need to confirm that these advanced security features are fully implemented. DISA also needs to guarantee IPv6 functionality for QoS. These are especially important for low latency traffic such as voice and video. The second of these improvements is the field of software authentication to eliminate known vulnerabilities. The National Security Agency needs to strengthen

IPv6 (IP version 6) defined in RFC 460 is the latest generation Internet Protocol (IP) defined by the Internet Engineering Task Force (IETF). The first stable version of the Internet Protocol (IP) is IPv4 (IP version 4). IPv6 will ultimately replace IPv4, but now it is closely intertwined - most engineers put together them. The IP layer of the TCP / IP stack is the most important part of the overall Internet architecture. However, in the decade that IP became mainstream in the 1980s, the limit of IPv4 became clear from the viewpoint of scalability and function. To run IPv4, you need some additional components such as ICMP and ARP. Alternatives were developed by the mid-1990s. In order to respond to the explosive increase in Internet demand, it is necessary to shift to IPv6. In the Internet technology profile, coexistence by IPv4 access and access via IPv6 is necessary.