Data center 5g network encrypted multicast-based authority authentication method and system

A data center 5th-Generation (5G) network encrypted multicast-based authority authentication device, comprising:

• a memory, configured to store a computer program;
• and
• a processor, configured to execute the computer program so as to implement a data center 5G network encrypted multicast-based authority authentication method, wherein the data center 5G network encrypted multicast-based authority authentication method comprises the following operations:
• configuring, by platforms of the data center in a 5G network, a network encrypted multicast component, and configuring a user name and a password;
• converting, by a platform authentication and access management server, the user name and password of the platform into information matrices, and matching the information matrices to verify the user name and the password;
• configuring a network encrypted multicast key to encrypt a multicast packet sent to the network by the platforms;
• the platforms discovering each other through encrypted multicast packets, handshaking, and storing Internet Protocol (IP) addresses and service types of each other locally;
• after handshaking, interconnecting, by sending heartbeat, the platforms, encrypting a packet by date for targeted sending, and decrypting, by each platform, the packet based on local time after receiving the packet;
• and
• verifying a platform authority through the multicast packet.

A readable storage medium, having a computer program stored thereon which, when executed by a processor, implements a data center 5G network encrypted multicast-based authority authentication method, wherein the data center 5G network encrypted multicast-based authority authentication method comprises the following operations:

• configuring, by platforms of the data center in a 5G network, a network encrypted multicast component, and configuring a user name and a password;
• converting, by a platform authentication and access management server, the user name and password of the platform into information matrices, and matching the information matrices to verify the user name and the password;
• configuring a network encrypted multicast key to encrypt a multicast packet sent to the network by the platforms;
• the platforms discovering each other through encrypted multicast packets, handshaking, and storing Internet Protocol (IP) addresses and service types of each other locally;
• after handshaking, interconnecting, by sending heartbeat, the platforms, encrypting a packet by date for targeted sending, and decrypting, by each platform, the packet based on local time after receiving the packet;
• and
• verifying a platform authority through the multicast packet.