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This The duration of a standard MIPv6 (Mobile IPv6) handover process is relatively long for many real-time sensitive applications. Many earlier proposed solutions of this problem aim on reducing the duration of the address registration and configuration processes during a handover. There are only few paper intended to shorten the DAD (Duplicate Address Detection) process in a MIPv6 handover. In this paper, we present an alternative approach from the existing solutions. Our mechanism completely removes the DAD (Duplicate Address Detection) process from the handover, it is able to decrease the latency in MIPv6 handover by as much as 25%.