Prior work has proposed techniques to better predict and reduce the impact of handoffs as well as giving application the opportunity to prefetch data [14]. Nearby access points that happen to overhear wireless data despite not being the target AP have been used to opportunistically mitigate the effects of WiFi handoffs for vehicles moving across multiple buildings [15]. Efforts for faster handoffs have looked at reducing retry timeouts for vehicles [16] and synchronizing broadcast of beacon frames by modifying APs [3]. There are also orthogonal efforts to reduce the interruption associated with handoffs when they do occur [17]. More intelligent AP selection has been considered by using less accurate GPS location estimates [18] . Our work focuses on indoor environments and does not require other wireless devices or APs to adopt new wireless protocols.