PANDAS: Peer-to-peer, Adaptive Networking for Data Availability Sampling within Ethereum Consensus Timebounds
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arXiv
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| Format: | Preprint |
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2025
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| _version_ | 1866912459577622528 |
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| author | Pigaglio, Matthieu Ascigil, Onur Król, Michał Rene, Sergi Lange, Felix Peeroo, Kaleem Sadre, Ramin Stankovic, Vladimir Rivière, Etienne |
| author_facet | Pigaglio, Matthieu Ascigil, Onur Król, Michał Rene, Sergi Lange, Felix Peeroo, Kaleem Sadre, Ramin Stankovic, Vladimir Rivière, Etienne |
| contents | Layer-2 protocols can assist Ethereum's limited throughput, but globally broadcasting layer-2 data limits their scalability. The Danksharding evolution of Ethereum aims to support the selective distribution of layer-2 data, whose availability in the network is verified using randomized data availability sampling (DAS). Integrating DAS into Ethereum's consensus process is challenging, as pieces of layer-2 data must be disseminated and sampled within four seconds of the beginning of each consensus slot. No existing solution can support dissemination and sampling under such strict time bounds.
We propose PANDAS, a practical approach to integrate DAS with Ethereum under Danksharding's requirements without modifying its protocols for consensus and node discovery. PANDAS disseminates layer-2 data and samples its availability using lightweight, direct exchanges. Its design accounts for message loss, node failures, and unresponsive participants while anticipating the need to scale out the Ethereum network. Our evaluation of PANDAS's prototype in a 1,000-node cluster and simulations for up to 20,000 peers shows that it allows layer-2 data dissemination and sampling under planetary-scale latencies within the 4-second deadline. |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2507_00824 |
| institution | arXiv |
| publishDate | 2025 |
| record_format | arxiv |
| spellingShingle | PANDAS: Peer-to-peer, Adaptive Networking for Data Availability Sampling within Ethereum Consensus Timebounds Pigaglio, Matthieu Ascigil, Onur Król, Michał Rene, Sergi Lange, Felix Peeroo, Kaleem Sadre, Ramin Stankovic, Vladimir Rivière, Etienne Distributed, Parallel, and Cluster Computing Networking and Internet Architecture Performance Layer-2 protocols can assist Ethereum's limited throughput, but globally broadcasting layer-2 data limits their scalability. The Danksharding evolution of Ethereum aims to support the selective distribution of layer-2 data, whose availability in the network is verified using randomized data availability sampling (DAS). Integrating DAS into Ethereum's consensus process is challenging, as pieces of layer-2 data must be disseminated and sampled within four seconds of the beginning of each consensus slot. No existing solution can support dissemination and sampling under such strict time bounds. We propose PANDAS, a practical approach to integrate DAS with Ethereum under Danksharding's requirements without modifying its protocols for consensus and node discovery. PANDAS disseminates layer-2 data and samples its availability using lightweight, direct exchanges. Its design accounts for message loss, node failures, and unresponsive participants while anticipating the need to scale out the Ethereum network. Our evaluation of PANDAS's prototype in a 1,000-node cluster and simulations for up to 20,000 peers shows that it allows layer-2 data dissemination and sampling under planetary-scale latencies within the 4-second deadline. |
| title | PANDAS: Peer-to-peer, Adaptive Networking for Data Availability Sampling within Ethereum Consensus Timebounds |
| topic | Distributed, Parallel, and Cluster Computing Networking and Internet Architecture Performance |
| url | https://arxiv.org/abs/2507.00824 |