Learn Verus

Verus is an open-source, fair-launch blockchain protocol that has been running since 2018. It was created by the lead developer of the Komodo project and builds on decades of cryptographic research.

Unlike most modern blockchains, Verus does not use smart contracts for DeFi. Instead, financial primitives — currencies, baskets, identity, and bridges — are built directly into the consensus layer. This means they are validated by every node, just like Bitcoin validates transfers.

The result: no smart contract exploits, no MEV extraction, no privileged actors. The protocol itself is the application.

Every Verus identity (VerusID) is a human-readable, blockchain-secured name like "ivan@". It is not just an address — it is a full identity with revocation, recovery, and quantum-resistant properties.

Your VerusID can hold currencies, store encrypted data, issue sub-identities, and serve as your login across the internet. It is controlled by keys you hold — no company, no server, no custodian.

VerusID supports a unique "friendly name" system. You register a unique name, and it becomes your identity. Sub-IDs allow you to create hierarchies: "my-app@.ivan@" is a sub-identity under "ivan@".

The identity system has built-in support for revocation and recovery. You can set recovery authorities who can help you regain access if you lose your keys — decentralized account recovery without a central authority.

Verus implements an automated market maker (AMM) at the consensus level. "Basket currencies" hold reserves of multiple currencies, and their supply/demand dynamics determine prices automatically.

When you convert between currencies through a basket, the protocol calculates the exact price based on reserve ratios. All conversions within the same block execute at the same price — this is the MEV-resistance guarantee.

Basket currencies can have reserve ratios from 5% to 100%, enabling a wide range of economic designs: from volatile fractional-reserve tokens to fully-backed stablecoins.

Unlike AMMs built on smart contracts (Uniswap, Curve, etc.), Verus baskets cannot be exploited because the logic is in the consensus code — validated by every mining and staking node.

On Verus, anyone can define and launch a new currency with a single command. No code, no audits, no deployment scripts. The protocol handles everything.

Currency types include: simple tokens (fungible), liquidity pools (basket currencies with reserves), mapped currencies (1:1 pegs), bridged ERC-20 tokens, and NFT tokens (ownership over currency IDs).

When you launch a currency, you can set preallocations, choose centralized (you mint) or decentralized (fixed supply) issuance, and configure reserve currencies and ratios.

Each currency automatically gets its own namespace. You can issue sub-identities under your currency, creating a mini-ecosystem with its own naming layer.

Verus has a decentralized bridge to Ethereum. It uses a network of notarizers who validate cross-chain state proofs — no single point of failure, no trusted relayer.

You can bridge ETH, DAI, and any ERC-20 token to Verus, where they become native currencies tradeable in on-chain baskets. Bridged assets are backed 1:1 by locked tokens on Ethereum.

The bridge works both ways: you can move Verus-native tokens to Ethereum as well, and even map entirely new tokens to their ERC-20 counterparts.

Verus uses a unique 50/50 Proof of Work and Proof of Stake consensus, alternating blocks. This provides GPU-mineable security (VerusHash 2.2 algorithm) combined with staking rewards for holders.

VerusHash 2.2 is specifically designed to be CPU and GPU competitive — there are no known ASICs. This keeps mining decentralized and accessible.

The staking system uses no delegation — you stake directly with your wallet, and staking rewards go to you, not to a validator pool operator.