Verus (VRSC) | SafeTrade

Market	Price	24h Change	24h Volume (USD)
VRSC/BTC	0.00000216	-15.95%	20.34
VRSC/DAI	0.68999	+0.00%	---
VRSC/ETH	0.00006579	+0.00%	---
VRSC/KMD	23.305	+0.00%	---
VRSC/LTC	0.0034	+6.25%	1.26
VRSC/SAFE	3.0355	+0.00%	---
VRSC/USDC	0.1511	-14.15%	1,639.78
VRSC/USDT	0.21502	+1.10%	1,860.93

Verus (VRSC) is a decentralized Layer 1 blockchain focused on privacy, self-sovereign identity, digital currencies, decentralized finance, and interoperable blockchain infrastructure. The protocol combines Proof of Work and Proof of Stake through its Proof of Power consensus system.

VRSC is the native currency of the Verus ecosystem and is used for transactions, staking, mining, protocol services, identity registration, currency launches, and the creation of Public Blockchains as a Service (PBaaS) chains. Verus integrates many of these capabilities directly into the protocol through consensus-validated Smart Transactions rather than relying primarily on externally deployed smart contracts.

Project Background

Verus is an open-source Layer 1 blockchain designed as a general-purpose protocol for identity, currencies, privacy, decentralized finance, and interconnected blockchains. Its architecture provides protocol-level functionality for creating identities, currencies, liquidity baskets, and independent PBaaS chains.

Verus uses Proof of Power, a hybrid consensus mechanism that combines approximately 50% Proof of Work and 50% Proof of Stake. Mining uses the VerusHash algorithm, which is designed to support participation using consumer CPUs and ARM-based hardware. Stakers participate in the other half of block production through Verus Proof of Stake.

The protocol uses Smart Transactions to provide functionality that would traditionally be implemented through smart contracts. Currency creation, decentralized exchange operations, identity functions, and other protocol capabilities are validated directly by consensus rather than depending entirely on independently deployed contract code.

VerusID provides self-sovereign blockchain identities that can be used for human-readable names, authentication, payments, data, and application interactions. VerusIDs can be revocable and recoverable, while users retain control of the keys associated with their identities.

Privacy is provided through Sapling-based zero-knowledge technology. Verus supports transparent and private addresses, allowing users to conduct transactions while retaining the ability to choose the appropriate privacy model for a particular transaction.

Verus also provides Public Blockchains as a Service (PBaaS), allowing independent blockchains to be launched from the Verus protocol. PBaaS chains can have their own currencies and parameters while maintaining interoperability with the wider Verus ecosystem.

Protocol-level DeFi supports native currency conversions through liquidity baskets. These basket currencies can be backed by one or more reserve currencies, with conversions validated as part of blockchain consensus. The architecture is designed to integrate liquidity and cross-chain functionality directly into the protocol.

History

Verus was publicly announced on May 21, 2018, with mining scheduled to begin approximately 15 minutes after the announcement. The project launched without an ICO, premine, founder allocation, venture capital allocation, or developer fee.

The original Verus implementation was developed as a fork of Komodo technology, which itself incorporated technology derived from Zcash and Bitcoin. Verus subsequently developed its own consensus, identity, privacy, currency, and multichain capabilities.

The project's early development focused on privacy, decentralized mining and staking, VerusID, and the protocol foundations required for a broader blockchain platform. The network later expanded beyond a single-currency blockchain into a multichain protocol.

In November 2021, Verus Vault and the VerusID Marketplace were introduced. Vault added time-locking functionality for VerusID-controlled funds, while the marketplace enabled peer-to-peer trading of VerusIDs and VRSC.

PBaaS and protocol-level DeFi became available in 2023, enabling the creation of connected blockchains and additional currency types directly through the Verus protocol. The Verus-Ethereum Bridge followed in October 2023, providing a non-custodial connection between the Verus and Ethereum ecosystems.

Verus Storage was introduced in March 2024, adding native indexed and retrievable data storage across PBaaS chains. In April 2026, the DREAM application model became available through Verus Mobile, enabling applications to request identity, payment, and encrypted data actions through wallet-controlled approval flows.

Development remains community-driven and open source. The current Verus software release series continues to add security, consensus, networking, wallet, PBaaS, DeFi, and Ethereum interoperability improvements.

Tokenomics and Emissions

VRSC has a maximum circulating supply of 83,540,184 VRSC. The project launched without a premine, ICO, founder allocation, or developer fee, and the official project documentation states that coins have been earned through mining and staking.

Verus uses a hybrid block reward system in which Proof of Work miners and Proof of Stake participants share block rewards. The current network reward is 3 VRSC per block, with the next scheduled halving reducing the reward to 1.5 VRSC at block height 4,433,760.

The Verus emission schedule uses a series of halvings that progressively reduce the block subsidy. Earlier block rewards included additional time-locked rewards that were released at later block heights, while the current supply schedule continues toward the 83,540,184 VRSC maximum.

Protocol fees provide an additional source of compensation for miners and stakers. Fees can be generated by VerusID registrations, currency launches, PBaaS chain launches, conversions, and ordinary transactions. One percent of the accumulated fee pool is added to each block's reward according to the current protocol rules.

Current documented protocol fees include a 10,000 VRSC fee for launching a PBaaS chain, a 200 VRSC fee for launching a currency, 20 to 100 VRSC for VerusID registration depending on the applicable referral structure, 0.02 VRSC for SubID registration, conversion fees of 0.0125% to 0.025%, and a 0.0001 VRSC transaction fee.

VRSC can be earned through both mining and staking. The Verus network does not require a minimum staking amount, allowing users to participate in Proof of Stake with any amount of VRSC held in an appropriate wallet.

Roadmap

Verus development is focused on expanding the practical use of its identity, currency, DeFi, privacy, storage, and multichain infrastructure while improving the tools available to developers and users.

The current development direction emphasizes applications built on top of the protocol rather than introducing a separate smart contract platform. Verus provides APIs, wallet-controlled application requests, identities, currencies, and protocol-level DeFi primitives that developers can combine into decentralized applications.

DREAM is part of the newer application layer, providing wallet-side approval flows for identity, payment, and encrypted data operations. The model is intended to let applications request sensitive actions while keeping authorization under the user's wallet.

PBaaS remains a core scalability mechanism. The protocol allows additional independent blockchains to be launched with native interoperability, currencies, identities, liquidity, and other Verus features. Each PBaaS chain can process its own transactions while remaining connected to the broader Verus network.

Verus Storage and protocol-level data capabilities provide additional infrastructure for applications that require indexed, retrievable blockchain data. Development continues around storage, identity, application workflows, and decentralized data management.

Cross-chain interoperability also remains part of the ecosystem roadmap. Verus continues development of its Ethereum connection and related bridge infrastructure, alongside improvements to PBaaS chains and native currency conversion.

Ongoing core development includes consensus validation, privacy, networking, wallet functionality, DeFi, PBaaS, Ethereum interoperability, and security hardening. The project maintains its software and application infrastructure as open-source community development.