This document summarizes research on analyzing the latency of stateless opportunistic forwarding in intermittently connected networks. It begins with an abstract that discusses using random walks to model packet forwarding in these networks and estimating end-to-end delay. The introduction then provides background on using stateless opportunistic forwarding with random walk-based routing in disconnected networks. Several related works are discussed that examine using random walks for data collection in sensor networks, modeling delay in opportunistic forwarding networks, and analyzing properties of random walks on dynamic graphs. The conclusion discusses how this approach can achieve reliable delivery ratios with low overhead in intermittently connected networks.