SALVIUM PriceSAL

What is Salvium (SAL)?

Salvium (SAL) is a Layer 1 proof-of-work privacy blockchain built on modified CryptoNote technology. It is designed to combine enhanced privacy, regulatory compliance, and decentralized finance capabilities within a single network. The project describes itself as "the industry's first Layer 1 PoW privacy blockchain" balancing privacy, regulatory compatibility, and private DeFi, using the tagline "Private & Programmable = Sovereign." Its core privacy stack includes stealth addresses, ring signatures, RingCT, CARROT addressing, SPARC spend proofs, and view keys, forming an end-to-end private and compliance-ready transaction flow. The network uses the RandomX mining algorithm with a 120-second block time and a block reward of 123.825 SAL. The capped supply is 184.4 million SAL, supplemented by a 3 SAL tail emission. Salvium has moved through its launch and compliance phases and is currently in its DeFi integration phase, with smart contract functionality and Ethereum dApp porting middleware on the roadmap.

Key Specifications & Tokenomics

• Name: Salvium
• Ticker / Symbol: SAL
• Asset Type: Coin
• Consensus: Proof of Work (PoW)
• Hash Algorithm: RandomX
• Mineable: Yes
• Premined: Yes
• Block Time: 120 seconds
• Block Reward: 123.825 SAL
• Staker Share: 20% of block rewards
• Stake Lock: 21,600 blocks (~30 days)
• Capped Supply: 184.4M SAL
• Tail Emission: 3 SAL
• Total Supply: 56,205,202 SAL
• Max Supply: 184,400,000 SAL
• Total Supply: 56,205,202 SAL; Circulating Supply: 0 (per CoinMarketCap registry); Self-reported Circulating Supply: 27.73M SAL (unverified).
• Category: Privacy, Privacy Blockchain, Privacy Coins
• Smart Contracts: Foundational support, with Ethereum dApp porting middleware on the roadmap

Token distribution across the capped 184.4M SAL supply allocates 87.99% to block rewards earned by miners and stakers, 8.48% to a time-locked Operations Fund for development, integrations, and bounties, and 3.53% to a Build Fund for early contributors, developers, and suppliers. Initially, block rewards split 80% to miners and 20% to stakers. Once DeFi features ship, miners receive 100% of rewards while stakers begin earning from system fees. Tail emissions continue beyond the cap to support long-term miner incentives.

Who created Salvium?

Salvium is developed by a team of experienced, anonymous experts in Monero, decentralized finance, and applied cryptography. The team members have chosen to remain anonymous while bringing substantial experience from the realms of DeFi, blockchain technology, and applied cryptography. The project's cryptographic innovations were independently audited by Cypher Stack, specialists in Monero and CryptoNote security, which reported on their security and mathematical validity. Audits reduce but do not eliminate risk. An independent legal opinion from Gunnercooke GmbH, a German law firm, further validated the project's MiCAR compliance position.

How does Salvium work?

Salvium operates as a proof-of-work blockchain built on modified CryptoNote technology with fully audited innovations. Its privacy stack consists of six cryptographic primitives: stealth addresses that generate one-time recipient addresses per transaction, ring signatures that hide the sender among plausible signers, RingCT that conceals transaction amounts through cryptographic commitments, CARROT for rerandomizable RingCT outputs with forward secrecy, SPARC for spend proofs and anonymized returns, and view keys for selective transparency to authorized parties. At the protocol level, Salvium introduces Transactional Imbalances, a mechanism enabling native staking on a privacy chain, and Asynchronous Transactions, which allow transaction refunds without address disclosure. The network also implements enhanced view keys providing complete wallet history visibility to authorized parties only, satisfying regulatory audit requirements. SPARC, standing for Spend Proofs and Anonymized Returns for CARROT, sits at the core of the protocol and enables compliant privacy. On-chain activity can be verified via the official block explorer (explorer.salvium.io), and documentation is available at docs.salvium.io.

What makes Salvium unique and valuable?

Salvium addresses the central tension facing privacy coins under regulatory frameworks like the EU's Markets in Crypto-Assets Regulation. Under frameworks such as the EU's MiCA, privacy coins face a central tension between privacy and exchange access. Salvium introduces selective transparency through shareable view keys, preserving base-layer privacy while enabling compliance when required. Standard transactions maintain full cryptographic privacy through ring signatures and stealth addresses, while exchange interactions support refundable transactions with optional view-key disclosure and protocol-level switching that automatically applies appropriate privacy levels. The independent legal opinion from Gunnercooke GmbH confirmed that SAL qualifies as an "Other Crypto-Asset" under MiCAR, that its privacy features do not violate MiCA, and that admission to trading on MiCAR-authorised exchanges is legally permissible. Salvium introduced native staking on a CryptoNote-based chain, described by the project as a first for such chains.

What is Salvium used for?

SAL serves multiple functions within the network. It is used for privacy-focused peer-to-peer transactions that maintain full cryptographic privacy by default. Holders can stake SAL tokens to earn a 20% share of block rewards while strengthening network security, subject to a 21,600-block lock period of approximately 30 days. The token supports refundable transactions that enable exchange compliance without compromising user privacy, and view-key infrastructure that allows authorized parties to review transaction history for regulatory reporting. SAL also functions as the native asset for the developing smart contract and private DeFi ecosystem, with foundational support for decentralized applications featuring customizable privacy levels. The project's roadmap includes middleware for porting existing Ethereum dApps, expanding the token's utility into programmable private finance.

How Is the Salvium ecosystem developing?

Salvium's development has progressed through defined phases. Salvium launched on July 2, 2024, following an earlier research phase exploring CryptoNote for private DeFi. The blog launched on July 19, 2024. Phase 1 delivered the launch with native staking and refundable transactions as the first MiCA-aligned compliance step on a Monero-based chain. Phase 2 completed enhanced compliance features including MiCA-aligned selective transparency via shareable view keys, zero-knowledge proof systems for selective disclosure, CARROT addressing, and Salvium-native SPARC spend proofs. The Salvium One white paper and subsequent mainnet hard fork activated the full compliance toolkit, native staking, refundable transactions, view-key infrastructure, and the 184.4M supply cap. A later network upgrade activated the complete compliance toolkit, native staking, refundable transactions, full view-key infrastructure, and the 184.4M supply cap. Phase 3 is currently in progress, focusing on DeFi integration with smart contract functionality and Ethereum dApp porting middleware on the roadmap. The ecosystem is designed to be decentralized and community-driven, with miners, stakers, and developers collectively shaping its future.

How to mine Salvium?

Salvium uses the RandomX proof-of-work algorithm, which is designed to be ASIC-resistant and optimized for general-purpose CPUs. Miners earn block rewards by contributing computational power to secure the network, with an initial allocation of 80% of block rewards going to miners. The block reward is 123.825 SAL with a 120-second block time. In addition to mining, SAL holders can participate in native staking, which is a first for CryptoNote-based chains. Stakers lock their tokens for 21,600 blocks, approximately 30 days, and receive 20% of block rewards as incentive. Currently, block rewards split 80% to miners and 20% to stakers. Once DeFi features ship, miners will receive 100% of block rewards and stakers will begin earning from system fees. The capped supply of 184.4M SAL is supplemented by a 3 SAL tail emission that continues beyond the cap to support long-term miner incentives. Salvium is mined via pools such as MiningOcean; the Kryptex Pool SAL pool was scheduled to shut down on September 18, 2026, with miners advised to switch to another coin.

How to keep your Salvium Coin safe?

Salvium provides several cryptographic tools that contribute to the security of holdings. Stealth addresses ensure one-time recipient addresses per transaction, preventing address reuse and linking. Ring signatures hide the sender among a ring of plausible signers, while RingCT conceals transaction amounts. CARROT addressing provides rerandomizable outputs with forward secrecy, and view keys offer selective transparency only to authorized parties. For staking, tokens are locked for 21,600 blocks, during which they remain secured by the network's proof-of-work consensus. Download the official GUI wallet from salvium.io/download.html; during setup choose Advanced Mode, back up the secret recovery phrase, set a password, and configure a node. Users should follow standard security practices including safeguarding private keys, verifying software sources through official channels, and understanding that peer-to-peer transactions maintain full cryptographic privacy by default. The network's compliance features are designed to work with regulated exchanges while preserving privacy for personal transactions, allowing users to retain sovereignty over their holdings while meeting obligations when interacting with regulated platforms.

Risks and uncertainties

Salvium carries risks common to privacy-focused proof-of-work assets. Its price can be volatile and may be affected by market conditions and liquidity. Regulatory treatment of privacy coins continues to evolve, and changes in rules such as the EU's MiCA could affect exchange access and usability. Technical risks include the maturity of the DeFi integration roadmap, dependence on continued development, and the possibility that audits or legal opinions do not capture every vulnerability. These points are not predictions and should be weighed alongside independent research.