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DAG-based DLTs allow for parallel, asynchronous writing access to a ledger.Consequently, the perception of the most recent blocks may differ considerablybetween nodes, and the underlying network properties of the P2P layer have adirect impact on the performance of the protocol. Moreover, the strongerinter-dependencies of several core components demand a more complex andcomplete approach to studying such DLTs. This paper presents an agent-based,open-sourced simulator for large-scale networks that implement the leaderlessTangle 2.0 consensus protocol. Its scope includes modelling the underlyingpeer-to-peer communication with network topology, package loss, heterogeneouslatency, the gossip protocol with reliable broadcast qualities, the underlyingDAG-based data structure, and the consensus protocol. The simulator allows usto explore the performance of the protocol in different network environments,as well as different attack scenarios.

TangleSim: An Agent-based, Modular Simulator for DAG-based Distributed Ledger Technologies