Traditional blockchains execute transactions through the use of consensus mechanisms that guarantee reasonable expectations of integrity and finality. However, often these incur costs making the throughput of transactions orders of magnitude slower than their web2 counterparts. To address this drawback, so called L2 layers offload transactions from the main chain, called L1, execute these fast and anchor back the result of these transaction through succinct checkpoints. ZK-Rollups are emerging as compelling methods to establish the integrity of such checkpoints, by the use of compressed cryptographic proofs.

Figure 1 Sample view of SNPLOTz output showing (a) SNP phenotypic value plot on bovine chromosome 2; (b) Interested data point can be linked to GBrowse for alignment with various structural genomics features, such as annotated transcripts and previously mapped QTL etc.