Providing fault tolerance to multicast connections is an important and challenging requirement of future networks. On-demand approaches can have long recovery latency, therefore, for faster recovery, preplanned approaches have been developed. This article provides an overview of the current multicast fault tolerance methods. In addition, a novel architecture called Aggregated multiprotocol label switching-based Fault-Tolerant Multicast (AMFM) for scalable, efficient, and fast fault-tolerant multicast provisioning has been proposed. Using the concept of aggregated multicast, AMFM facilitates fault tolerance in a very elegant way, as it reduces the protection cost significantly; it is scalable to large numbers of groups; and it can also recover from failure in a very fast manner. This article describes the architecture of AMFM and provides a feasibility check from an implementation point of view. An experiments has also been conducted to evaluate the performance of AMFM and show it can provide fault tolerance in a scalable fashion.