HYPERSTATE

EVM L1 with direct Bitcoin capabilities, designed for bridgeless, native applications.

Launching mainnet Q1, 2025.

Learn More Documentation

Core Features

Programmable Native BTC

Built-in read/write capabilities with Bitcoin allow smart contracts to create and use BTC UTXOs.

Works With Bitcoin Today

Operates without requiring upgrades to Bitcoin (e.g. OP_CAT, BitVM).

Unstoppable BTC Apps

Censorship resistant apps that work with any Bitcoin and EVM web3 wallets (XVerse, Unisat, Magic Eden, Phantom, and more).

Fairly Launched

At launch, anyone can claim the Hyperstate gas token, $HS, to use on the network and stake to earn more $HS.

Get Involved

Run A Node

Hyperstate nodes run the HyperstateEVM and a Bitcoin light client. Run a node in under 10 minutes and contribute to the network.

Node Setup →

Contribute

Help build the future of programmable Bitcoin. Submit PRs, report issues, or improve documentation.

View GitHub →

Community

Join our growing community of developers, researchers, and enthusiasts.

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What

Hyperstate is an EVM-compatible blockchain designed to enhance Bitcoin's programmability. By introducing network validator-level bindings to Bitcoin Core and precompile-based VM extensions, it enables smart contract interactions with BTC, Runes, and Ordinals. Leveraging Ethereum mainnet's pooled security, Hyperstate provides a novel infrastructure for executing contracts and interacting with Bitcoin-native assets beyond traditional value transfer.

Hyperstate is a new blockchain designed to add programmability to Bitcoin. While Bitcoin secures the most global economic value of any blockchain, applications and utility beyond value storage and exchange via $BTC are limited. This is because the Bitcoin network itself does not host a programmable virtual machine capable of executing smart contracts. Hyperstate introduces a new EVM-compatible blockchain with a set of precompile-based VM extensions, combined with validator-level bindings to Bitcoin Core, that enables a smart contract execution environment to interact with Bitcoin and its native assets, such as BTC, Runes and Ordinals. Using pooled security from Ethereum mainnet, the network will quickly bootstrap its economic security to the requisite level for enforcing honest, user-initiated operation on Bitcoin and interaction with Bitcoin-native assets.

Why

Bitcoin stands as the world's most secure digital asset, yet its potential remains constrained. Despite securing unprecedented global economic value, Bitcoin's utility is largely limited to storage and basic transfer of value. This fundamental limitation stems from Bitcoin's lack of a programmable virtual machine. Hyperstate aims to address this through two key objectives:

1. Add programmability to Bitcoin, making it easy to build advanced applications with native BTC.

2. Have the simplest UX, without giving up custody bridging or wrapping BTC, or requiring new upgrades to Bitcoin.

Bitcoin stands as the world's most secure digital asset, yet its potential remains constrained. Despite securing unprecedented global economic value, Bitcoin's utility is largely limited to storage and basic transfer of value. This fundamental limitation stems from Bitcoin's lack of a programmable virtual machine. Hyperstate aims to address this through two key objectives:

1. Add programmability to Bitcoin, making it easy to build advanced applications with native BTC.

2. Have the simplest UX, without giving up custody bridging or wrapping BTC, or requiring new upgrades to Bitcoin.

Architecture

Hyperstate extends the EVM with specialized VM extensions to Bitcoin, enabling seamless interaction with Bitcoin-native assets with requiring the use of bridges, wrappers, or other custodial versions of Bitcoin.

Layer 4: web3 applications
Layer 3: Staged mempool
Layer 2: HyperstateEVM
Layer 1: VM extensions to Bitcoin Core
Layer 0: Bitcoin network

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