Xcellar PriceXCL

What is Xcellar (XCL)?

Xcellar (XCL) is a decentralized privacy protocol built on the Ethereum network, designed to facilitate untraceable and anonymous transactions. The project's core technology is the Fawkes Formula, a proprietary framework based on zero-knowledge proofs that secures user data and transaction details. XCL allows users to execute transactions without revealing their origins, destinations, or amounts. The token has a total supply of 950,000,000 XCL and a circulating supply of approximately 933,000,000 XCL. Xcellar is described as designed for multi-chain functionality, but no specific chains or timelines have been published. The project positions itself as a community-owned, fully decentralized privacy solution.

Key Specifications & Tokenomics

• Name: Xcellar
• Ticker / Symbol: XCL
• Token Standard: ERC-20
• Blockchain / Network: Ethereum Mainnet
• Token Contract Address (Ethereum): 0xCa5E50710F656F2e537cE2Fc8504dB6E24eD3515
• Contract Name (on-chain): XcellarToken
• Contract Source Code: Verified (Exact Match) on Etherscan; compiler v0.8.30+commit.73712a01, optimization enabled with 200 runs
• Consensus Mechanism: Ethereum Proof-of-Stake (inherited from the host chain)
• Category: Privacy, Ethereum Ecosystem, Privacy Coins
• Max Supply: 950,000,000 XCL
• Total Supply: 950,000,000 XCL
• Circulating Supply: 933,000,000 XCL
• Economic Model: Deflationary with buyback and burn funded by platform fees
• Official Website: https://xcellar.ai/
• X (formerly Twitter): https://twitter.com/xcellar_

Who created Xcellar?

Xcellar features an anonymous development team. The project emphasizes complete decentralization and community ownership. The project states that it intends to renounce the contract and lock or burn liquidity; no on-chain confirmation of these steps is available in public sources. No contract security audit has been submitted, and the development team is anonymous; both factors increase counterparty risk for holders.

How does Xcellar work?

Xcellar's core technology, the Fawkes Formula, integrates several privacy-preserving components. The zk-Fawkes module is the project's custom implementation of zero-knowledge proofs, validating transactions without exposing the sender, receiver, or transaction amount. The protocol utilizes client-side zk-SNARK proof generation, meaning the cryptographic proof required to validate a private transaction is created directly on the user's own device, eliminating external dependencies or a trusted setup phase. To protect anonymity during withdrawal, Xcellar employs decentralized relayers that submit withdrawal transactions on behalf of users, enabling gas-less withdrawals and breaking the on-chain link between the initial deposit and final withdrawal address. An Anti-Surveillance Shield is designed to mitigate Miner Extractable Value attacks and other de-anonymization methods.

What makes Xcellar unique and valuable?

Xcellar distinguishes itself through its proprietary Fawkes Formula and its commitment to complete decentralization. The project states that it intends to renounce the contract and lock or burn liquidity; no on-chain confirmation of these steps is available in public sources. The client-side proof generation approach enhances privacy by removing reliance on external servers or trusted setups. The Anti-Surveillance Shield addresses on-chain tracking and MEV attacks, offering protection beyond standard privacy solutions. The project's identity is closely tied to themes of freedom and anti-surveillance, with slogans such as "Freedom powered by the Fawkes Formula" and "Revolution is Decentralized." Xcellar is described as designed for multi-chain functionality, but no specific chains or timelines have been published.

What is Xcellar used for?

XCL holders are described as participating in protocol governance, and the project states that platform fees fund a buyback-and-burn mechanism. The deflationary economic model incorporates a buyback and burn mechanism funded by platform fees, which reduces the circulating supply over time. The token enables users to access the privacy features of the protocol, including untraceable transactions and gas-less withdrawals through decentralized relayers. The token contract constructor takes _totalSupply, _presaleWallet, and _presaleAllocation, indicating a presale allocation built into the contract.

How Is the Xcellar ecosystem developing?

According to CoinMarketCap, Xcellar launched on October 1, 2025. Early trading activity was discussed in community forums, but no verified figures are available. XCL has price pages on major data aggregators, but public sources from 2026 report that the project website appeared down and its official X account appeared suspended. A public post from August 2026 reported that xcellar.ai appeared down and the official X account appeared suspended, and asked whether the project had shut down or been delisted. An IQ.wiki entry for xCELLAR was published on October 5, 2025. The project has an anonymous development team and emphasizes complete decentralization and community ownership.

How to mine Xcellar?

Xcellar operates as an ERC-20 token on the Ethereum network, which uses a Proof-of-Stake consensus mechanism. XCL is not mined through traditional proof-of-work mining. XCL is an ERC-20 token on Ethereum, so it is secured by Ethereum's Proof-of-Stake consensus rather than by XCL mining; holders do not mine XCL, and the project has not published a staking or validator program. The protocol's privacy infrastructure relies on decentralized relayers that submit withdrawal transactions on behalf of users, enabling gas-less withdrawals. The project's deflationary model incorporates a buyback and burn mechanism funded by platform fees, which reduces the circulating supply over time.

How to keep your Xcellar Coin safe?

Storing XCL safely requires attention to both general cryptocurrency security practices and privacy-specific considerations. Use a reputable self-custody wallet that supports ERC-20 tokens on the Ethereum network. Because Xcellar is a privacy-focused protocol, avoid publicly linking your identity to your wallet addresses and consider separating wallets used for private transactions from those used for public activity. The project employs client-side zk-SNARK proof generation, which keeps cryptographic proofs on your own device, so ensure your device is free from malware. Decentralized relayers enable gas-less withdrawals that break the on-chain link between deposit and withdrawal addresses, enhancing transaction privacy. Always verify contract addresses before interacting with any token. XCL trades far below its all-time high and is a high-risk asset; prices can be extremely volatile.