SatoshiVM (SAVM)

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Overview

SatoshiVM is a project built around a simple idea: make Bitcoin useful for a wider range of applications. Bitcoin provides a way to record and transfer value, but its base network has limited room for the kinds of smart contracts common on Ethereum. SatoshiVM adds a separate, Ethereum-compatible network where developers can build those applications while connecting users and assets to Bitcoin. The project describes its long-term design as a Bitcoin zero-knowledge rollup, a system that groups transactions and uses cryptographic proofs to help check their results. (docs.satoshivm.io)

The project’s token is SAVM. It has a different job from BTC within SatoshiVM: bridged BTC is the network’s native asset and pays transaction fees, while SAVM is intended for governance and ecosystem incentives. Keeping those two roles separate is central to understanding how the network works. (docs.satoshivm.io)

History & Team

From testnet to alpha mainnet

SatoshiVM’s published roadmap began with a testnet, bridges, a blockchain explorer, and technical work scheduled for early 2024. Its next stage was an alpha mainnet—a working network used while the larger rollup design was still being developed. The project provides network settings for that alpha mainnet, including chain ID 3109 and BTC as its currency symbol. Its roadmap then lays out work on data availability, transaction proofs, verification, and system testing. These are development plans rather than a record that every feature is complete. (docs.satoshivm.io)

SatoshiVM describes itself as community-driven. Its public GitHub organization contains a white paper, a technical paper, an SVMZK proof-toolkit repository, and other project files. The organization lists no public members, and the project documentation does not name individual founders. The published token allocation identifies contributors, advisers, and bootstrapping partners by category rather than naming individual investors. (github.com)

Technology & How It Works

An EVM-compatible network connected to Bitcoin

SatoshiVM uses an execution environment compatible with the Ethereum Virtual Machine, or EVM. That means developers can work with the style of smart contracts and tools used across Ethereum-based networks. The applications run on SatoshiVM rather than directly inside Bitcoin transactions. This approach gives developers more programming flexibility without requiring changes to Bitcoin’s core rules. (docs.satoshivm.io)

A user can move BTC from Bitcoin to SatoshiVM through a bridge. The alpha mainnet design uses a custody arrangement involving Bool Network’s Dynamic Hidden Committee for BTC deposits. Once BTC appears on SatoshiVM, it can be used to pay gas fees for transfers and smart-contract activity. Moving assets between the two networks involves separate deposit and withdrawal steps; it is more involved than sending BTC between two ordinary Bitcoin addresses. (docs.satoshivm.io)

Batches, proofs, and Bitcoin records

A sequencer orders transactions and creates blocks on the second-layer network. In the project’s broader rollup design, other components group those transactions into batches, calculate summaries of the network’s state, and generate proofs about the calculations. SatoshiVM’s technical plan uses Bitcoin as a place to publish transaction information and state commitments—short records that represent a much larger set of account changes. (docs.satoshivm.io)

The distinction between the alpha mainnet and the planned full system matters. The project’s architecture describes the alpha phase as a period for developing and joining rollup components. Its later mainnet design calls for additional Taproot-based verification and changes to its prover and verifier circuits. Taproot is a Bitcoin feature that supports more flexible ways to set spending conditions. SatoshiVM’s proposed verification system aims to use those conditions to help settle disputes about second-layer results. (docs.satoshivm.io)

Tokenomics & Utility

Supply and distribution

SAVM has a stated maximum supply of 21 million tokens. The project’s published allocation divides them among ecosystem development, liquidity, contributors, advisers and bootstrapping partners, initial token offerings, and two farming pools. The largest portions are 36.5% for the ecosystem and 30% for liquidity. Contributors receive 15%, while bootstrapping partners and advisers share another 15%. The remaining 3.5% is assigned to the named offerings and farming pools. (coingecko.com)

The allocation also includes release schedules. The documentation describes gradual unlocking for ecosystem tokens, a six-month wait followed by a two-year vesting period for contributors, and separate schedules for bootstrapping partners and advisers. Vesting spreads the planned release of an allocation over time instead of making it all available at once. (docs.satoshivm.io)

What SAVM is designed to do

SatoshiVM’s token documentation assigns SAVM roles in governance, staking rewards, early-participant incentives, and rewards for ecosystem contributions. It also describes planned incentives for BTC liquidity providers and participants in the prover and verifier system. In governance, holding SAVM is meant to give community members a voice in project decisions. Those uses make SAVM part of the project’s incentive structure; BTC remains the asset used for network gas fees. (docs.satoshivm.io)

Ecosystem & Use Cases

The most direct use case is running EVM-style applications with a connection to Bitcoin. Developers can create smart contracts for tasks such as issuing tokens, exchanging assets, or setting rules for digital services. A smart contract is a program that carries out instructions when its stated conditions are met. EVM compatibility makes this work more familiar to developers who have already built on Ethereum. (docs.satoshivm.io)

SatoshiVM’s user guides document bridges for BTC and SAVM. The SAVM bridge moves the token from Ethereum to the alpha mainnet and includes an option to exchange some SAVM for BTC to cover activity on the destination network. The alpha mainnet guide also identifies Savmswap as a decentralized exchange built for SatoshiVM. These examples show how the network is meant to link asset transfers with applications that people can use after arriving. (docs.satoshivm.io)

The project’s larger goal is to support an ecosystem of applications around Bitcoin-backed activity. Whether that ecosystem expands depends on developers building useful services and on the network’s planned technical components being put into operation. (docs.satoshivm.io)

Advantages & Challenges

What the design offers

SatoshiVM combines three ideas that are often handled separately: Bitcoin-connected assets, EVM-compatible programming, and a rollup-style plan for grouping transactions. Developers gain a familiar environment for building applications. Users can bring BTC into that environment and use it to pay fees. The published documentation and code repositories also give technically minded readers a way to study the project’s intended architecture. (docs.satoshivm.io)

What development must address

The alpha design and the proposed full rollup are different stages. Moving from one to the other calls for working proof generation, verification, published transaction data, and dependable movement of assets between networks. Bridges and sequencers are important parts of that system, so their design shapes how users experience it. The project’s roadmap includes further testing and performance work. Its public materials identify team roles mainly through allocation and technical descriptions rather than named leadership profiles. (docs.satoshivm.io)

Where to Buy & Wallets

SAVM is available on Uniswap V3 on Ethereum, where it can be exchanged through an Ethereum wallet. Its Ethereum token contract is 0x15e6e0d4ebeac120f9a97e71faa6a0235b85ed12. MetaMask can display the Ethereum token after that contract is imported. Exchange availability can change, but Uniswap is a documented route for obtaining the token. (coingecko.com)

MetaMask can also connect to SatoshiVM’s EVM-compatible alpha mainnet when configured with the network’s published settings. The project’s BTC bridge guide uses UniSat for the Bitcoin side and MetaMask for the SatoshiVM side. Its SAVM bridge guide describes moving SAVM from Ethereum into the alpha network. These wallets serve different parts of the journey: one handles Bitcoin transactions, while the other handles Ethereum-style addresses and interactions. (docs.satoshivm.io)

Regulatory & Compliance

SAVM’s treatment under financial law depends on the activity involved and the jurisdiction. In the United States, the Securities and Exchange Commission’s 2026 interpretation explains how federal securities laws apply to different crypto assets and to transactions involving them. In the European Union, the Markets in Crypto-Assets framework sets rules for public offers and for businesses providing crypto-asset services. Neither framework assigns a single legal status to every token simply because it is used by a blockchain network. (sec.gov)

SAVM has no published Shariah certification in the project’s token documentation. A religious assessment would consider how the token is used, including its governance role and the terms of any staking or financial application. Its use alongside BTC does not, on its own, establish a halal classification for SAVM or for every application built on SatoshiVM. (docs.satoshivm.io)

Future Outlook

SatoshiVM’s published roadmap points toward a fuller rollup system, with work on data availability, proofs, verification, and system performance. Progress in those areas would determine how closely the working network matches the project’s broader Bitcoin settlement design. Growth in applications would also give its EVM compatibility and BTC-based fees a clearer everyday purpose. The alpha mainnet, bridges, developer materials, and token incentive plan provide the starting pieces for that work. (docs.satoshivm.io)

Summary

SatoshiVM aims to connect Bitcoin with EVM-style applications through a second-layer network. BTC pays for activity on that network, while SAVM supports the project’s governance and incentive model. Its alpha mainnet and bridges show the basic approach; its longer-term rollup design sets out the technical work ahead. (docs.satoshivm.io)