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Truth & Privacy for All

Introducing DREAM: a new application model

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The Internet of Value

Where you own your identity, data, and money.

Community-built

Community-built

No ICO, premine, or dev fees. Launched fairly and community-developed by donations.

Security

Security

Combined PoW and PoS resist 51% attacks, built without vulnerable smart contracts.

Scalability

Scalability

Native multi-chain architecture scales horizontally without compromising security.

Decentralization

Decentralization

Mine, stake, or run nodes with minimal requirements and open participation.

Interoperability

Interoperability

Provable bridges connect Verus with all ecosystem chains and Ethereum without custodians.

Privacy

Privacy

Optional zero-knowledge privacy lets users choose when to be public or private.

Identity

Identity

Self-sovereign identity is built into the protocol for user-owned names and data.

DeFi

DeFi

Fair DeFi without MEV exploitation or high fees. Native transactions keep costs low.

2018
Launch year: no ICO or premineRead why
41k+
VerusID registrations
$750M+
Historic on-chain DeFi volume since 2023
4
Chains in the ecosystem

Build more, code less

Create requests for identity, payments, data, and encryption that compatible wallets present for approval. Connect directly to Verus nodes for currencies, chain data, and DeFi.

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Explore live protocol statistics

View price, supply, chain, and ecosystem data in one place.

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Protocol-level functions and smart contracts

Many blockchains implement currencies, DeFi, identity, and data through application contracts. Verus implements these functions in the protocol, where every node validates the same rules.

How the two approaches differ

Application-level smart contracts

  • 1

    Vulnerable to exploits

    Contract code can contain vulnerabilities that put funds or permissions at risk.

  • 2

    Unpredictable bugs

    Large contract codebases can produce unexpected behavior, including failures that affect user funds.

  • 3

    Security depends on contract code

    Each contract's security depends on its code, configuration, and surrounding dependencies.

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Protocol-level validation in Verus

  • 1

    No separate application contract

    Currency, DeFi, identity, and data operations are protocol primitives validated by the network's consensus rules.

  • 2

    Validated by every node

    Every node validates these transactions with the same protocol logic, without relying on a separate contract runtime.

  • 3

    Direct transactions

    Send currencies directly without a separate permission system. Your keys control your funds.

Protocol-level currencies

Most tokens exist as smart contract state. Verus currencies are protocol primitives, validated by every node with the same security as the native blockchain coin.

Conventional token systems

  • 1

    Smart contract entries

    Contract tokens are recorded in contract state and depend on the rules and security of that contract.

  • 2

    Limited verification

    Consensus verifies contract execution; the token's supply and transfer rules remain defined by the contract.

  • 3

    Contract-specific security risk

    A vulnerability in the token contract can affect transfers, supply, or account balances.

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Protocol-level validation in Verus

  • 1

    Protocol-level assets

    The protocol tracks currencies directly and applies the same validation model across them.

  • 2

    Direct validation

    Every node validates currency operations using core protocol rules, not contract interpretation.

  • 3

    Native security

    Currency operations use the chain's consensus validation rather than a separate contract-specific security model.

Horizontal scalability: multi-chain architecture

Verus scales horizontally by adding interoperable blockchains. Each PBaaS chain processes its own transactions while communicating through the Verus protocol.

Mine with mobile phone, CPU & ARM

Mine up to 22 ecosystem coins, simultaneously. No specialized equipment required.

Staking where anyone can participate

Stake with any amount. Funds stay unlocked and flexible while you help secure the network and earn rewards.

Manage identity and data with VerusID

VerusID links identity and data to keys the user controls.

Connecting Verus and Ethereum, trustless and non-custodial

Move assets between Verus and Ethereum without custodians, using a bridge secured by consensus rather than trusted intermediaries.

Choose a wallet

Manage your funds and connect with the Verus protocol and other connected networks.

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Verus Wallets

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Major milestones over the years

Verus is 100% open-source

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