Answer:
While transiting from IPv4 to IPv6, many offices and companies use both the protocols (Ipv4 and IPv6) at the same time. This scenario can increase the risk rate of attack twice. All the flaws and vulnerabilities could be overlooked easily when transition is done.
On the other hand, while transiting Ipv6 to IPv4, the router does not tells or depicts that the communication is appropriate or if it could be used as a part of DoS attack that make it so much harder to trace the origin back.
The reason for the vulnerability of Transport Relay Translators (TRT) is that they do not apply Internet Protocol Security (IPSec) and thats why they are not secure.
i hope it will help you!
Answer:
Explanation:
public class Main
{
public static void main(String[] args) {
System.out.println("Test Class:");
Name name = new Name("Dayanand","Ghelaro");
System.out.println("First Name : "+name.getFirstName());
System.out.println("Last Name : "+name.getLastName());
}
}
class Name{
private String firstName; // first name field
private String lastName; // last name field
public Name(String firstName, String lastName){
this.firstName = firstName;
this.lastName = lastName;
}// end of constructor
public String getFirstName(){
return this.firstName;
} // end of method
public String getLastName(){
return this.lastName;
}// end of method
}// end of Name class
The answer is <span> tunnel mode encryption. This</span><span> describes encryption that protects the entire original ip packet's header and payload. A tunnel mode encryption </span><span>protects the internal routing information by encrypting the IP header of the original packet. The original packet is encapsulated by a another set of IP headers. .<span>Additional headers are added to the packet; so the payload MSS is less.</span></span>
