partnership-satoshivm.com Open in urlscan Pro
2606:4700:3037::ac43:d835  Public Scan

Form analysis
0 forms found in the DOM

Text Content

SatoshiVM
Testnet is live, explore Bitcoin Layer2 athttps://testnet.svmscan.io. 🔥
ExplorerDocs
Bounce x $SAVM Snapshot is Live
Check your eligibility & claim below ⤵️
Utilize native BTC as gas and unlock new possibilities in the EVM ecosystem.
⟶ The claiming window is live for 24 hours

SatoshiVM Biggest revolution in Bitcoin ZK Rollup.
Connect Wallet
SatoshiVM
DESIGN
PHILOSOPHY
Simplicity
Sustainability
Fraud Proof
PoW Based
Designing with maximum simplicity is one of the primary objectives of SatoshiVM.
SatoshiVM is a versatile ZK Rollup that employs EVM for off-chain computations.
This implies that users can interact with SatoshiVM in a manner similar to
interacting with Ethereum, and developers can build on top of SatoshiVM just as
they would on Ethereum. This simplicity provides SatoshiVM with several notable
advantages compared to more complex Layer 2 implementations.
SatoshiVM
ARCHITECTURE
As depicted in the diagram, the SatoshiVM chain comprises three layers
SETTLEMENT LAYER: This layer provides data availability, ordering, and
validation of proofs for the SatoshiVM chain. It allows users and dApps to send
messages and assets between Bitcoin and SatoshiVM. Bitcoin serves as the
settlement layer, and bridges and rollup scripts are deployed on the Bitcoin
network.
SEQUENCING LAYER: This layer consists of an execution node responsible for
executing transactions submitted to the SatoshiVM sequencer and transactions
submitted to the L1 bridge script, generating L2 blocks. It also includes a
Rollup node that handles batched transactions, publishes transaction data and
block information to Bitcoin to ensure data availability, and submits validity
proofs to Bitcoin for finality.
PROVING LAYER: This layer comprises a coordinator, which assigns proof tasks to
provers and relays the generated proofs to the Rollup node to complete finality
verification on Bitcoin. It also includes a prover pool, responsible for
generating validity proofs that verify the correctness of L2 transactions.
Read Details in Documents