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VIA: Bitcoin L2 Built for Productive Liquidity

VIA: Bitcoin L2 Built for Productive Liquidity

When we started with Viacoin in 2014, we knew that we are not going to just stop there. We didn’t want to create just another crypto project using Bitcoin’s consensus - we wanted to build something more meaningful on top of Bitcoin. To do that, we focused on

Configurable Bridge Deployment, Taproot Dual-Path Custody, and Multi-Proposal Governance

Configurable Bridge Deployment, Taproot Dual-Path Custody, and Multi-Proposal Governance

Handling Large proofs on Celestia by chunking blobs

Handling Large proofs on Celestia by chunking blobs

From One‑Off Genesis to Live Governance: Treating Role Addresses as State in the Bitcoin Indexer

From One‑Off Genesis to Live Governance: Treating Role Addresses as State in the Bitcoin Indexer

Dynamic System Wallet Registry - 224

Dynamic System Wallet Registry - 224

Zero-Downtime Governed Runtime: Taproot Key-Path + Script-Path

Zero-Downtime Governed Runtime: Taproot Key-Path + Script-Path

Verifier Network upgrade: State-aware validation & deterministic head selection

Verifier Network upgrade: State-aware validation & deterministic head selection

Development

Configurable Bridge Deployment, Taproot Dual-Path Custody, and Multi-Proposal Governance

Configurable Bridge Deployment, Taproot Dual-Path Custody, and Multi-Proposal Governance

Via is a Bitcoin Layer 2 sovereign validity-proof zk-rollup. Anchored by commitments with a zkEVM execution layer using Celestia for data availability, and a distributed verifier network for proof validation. Delivering full EVM programmability with high throughput, cost efficiency, Bitcoin-anchored settlement with reorg-bounded finality, and end-user verifiability. The Via Network

From One‑Off Genesis to Live Governance: Treating Role Addresses as State in the Bitcoin Indexer

From One‑Off Genesis to Live Governance: Treating Role Addresses as State in the Bitcoin Indexer

Dynamic System Wallet Registry - 224

Dynamic System Wallet Registry - 224

Zero-Downtime Governed Runtime: Taproot Key-Path + Script-Path

Zero-Downtime Governed Runtime: Taproot Key-Path + Script-Path

Verifier Network upgrade: State-aware validation & deterministic head selection

Verifier Network upgrade: State-aware validation & deterministic head selection

Verifier Network Upgrade: Faster Deterministic Finality

Verifier Network Upgrade: Faster Deterministic Finality

Via Verifier Network Security Upgrade: Canonical Chain Selection Hardening

Via Verifier Network Security Upgrade: Canonical Chain Selection Hardening

News

Why are gas fees paid in BTC?

Why are gas fees paid in BTC?

Via is a Bitcoin Layer 2 Modular Sovereign ZK-Rollup that combines zero-knowledge proofs, zkEVM, Bitcoin's PoW security, and Celestia data availability layer by adopting a modular approach without compromises. Users can pay gas fees in Bitcoin while using Via. Quick introduction Via processes thousands of transactions off-chain using

Introducing Via L2: A Bitcoin L2 EVM-compatible Modular Sovereign ZK‑Rollup

Introducing Via L2: A Bitcoin L2 EVM-compatible Modular Sovereign ZK‑Rollup

Coming soon

Coming soon