QF Network PriceQF

What is QF Network (QF)?

QF Network (QF), formerly known as Quantum Fusion Network, is a sovereign Layer-1 blockchain built to safeguard identity, money, work, community, and data for the next century. The project positions itself as infrastructure for the foundation of digital life, giving builders speed, security, and scale while preserving decentralization, resilience, and user sovereignty. QF Network is a Layer-1 blockchain based on PolkaVM and is designed to deliver Web2-grade speed and scale through advanced consensus protocols, parallel execution, and innovative storage solutions. The network targets real-time finality with 0.1-second block times, aiming to provide infrastructure that does not break when it matters most.

The QF token is an ERC-20 asset on the Ethereum platform with a total supply and maximum supply of 10,000,000 QF. The token contract is deployed at 0x6019Dcb2d0b3E0d1D8B0cE8D16191b3A4f93703d under the contract name QuantumFusion, compiled with Solidity v0.8.26, optimization enabled at 500 runs, and the Paris EVM version. The Quantum Fusion Network token launched in May 2024 (launch date 2024-05-21 per CMC registry); it was listed on CoinMarketCap on 2024-12-22. QF Network confirmed a Q4 2025 mainnet launch and later announced "Mainnet is live" (pinned post dated January 27), with the Genesis block successfully produced. Development has progressed alongside the mainnet, with a substantial share of supply staked, per an on-chain snapshot shared by the project.

Key Specifications & Tokenomics

• Name: QF Network
• Ticker / Symbol: QF
• Former Name: Quantum Fusion Network
• Blockchain / Platform: Ethereum; ERC-20 token
• Token Contract Address (Ethereum, ERC-20, 18 decimals): 0x6019Dcb2d0b3E0d1D8B0cE8D16191b3A4f93703d
• Contract Name: QuantumFusion
• Compiler Version: v0.8.26+commit.8a97fa7a
• Optimization: Enabled, with 500 runs
• EVM Version: paris
• Architecture: Layer-1 blockchain based on PolkaVM
• Consensus: SPIN (Short-term Parallel Incremental Network Agreement), targeting 0.1-second block times and high scalability
• Block Times: 0.1s
• Smart Contracts: Implementation tested and prepared for testnet release
• Category: Layer-1 blockchain, Ethereum Ecosystem
• Total Supply: 10,000,000 QF
• Max Supply: 10,000,000 QF
• Circulating Supply: Circulating supply is reported inconsistently: the project self-reports 10,000,000 QF (100% of supply), while some market data aggregators list 0 in circulation.
• Holders: approximately 5,700 (Etherscan-reported figure)
• Staking: A substantial share of supply is staked, per an on-chain snapshot shared by the project
• Official Website: https://qfnetwork.xyz
• Alternate Website: https://quantumfusion.pro/
• Whitepaper / Litepaper: https://qfnetwork.xyz/litepaper
• Official X (Twitter): https://twitter.com/theqfnetwork
• GitHub: https://github.com/QuantumFusion-network/qf-solochain
• LinkedIn: https://ae.linkedin.com/company/qfnetwork
• Crunchbase: https://www.crunchbase.com/organization/qf-network

Who created QF Network?

QF Network is led by Fuad Dhanji, also listed as Fuad Abdul Hameed, who serves as Founder and CEO. The project's About page and Crunchbase profile identify Fuad Abdul Hameed as the founder. Abdul Hameed is also referenced in the Crunchbase company profile, which lists QF Network as a for-profit entity with active operating status and Fuad Abdul Hameed as founder.

The team operates under the legal name QF Network and maintains an active presence across multiple platforms, including X, LinkedIn, Crunchbase, and GitHub. The project's GitHub organization, QuantumFusion-network, hosts the qf-solochain repository described as the QF Network blockchain node. Community engagement around development updates has been notable, with a May 13, 2025 post receiving 25.3K views, 43 replies, 74 reposts, and 241 likes. The team has been publicly active in communicating milestones, including the SPIN white paper advancing to peer review, smart contract testing, and the confirmation of the Q4 2025 mainnet launch.

How does QF Network work?

QF Network operates as a sovereign Layer-1 blockchain based on PolkaVM, designed to deliver high performance without sacrificing decentralization or user sovereignty. The network employs advanced consensus protocols, parallel execution, and innovative storage solutions to achieve 0.1-second block times and real-time finality. A native-first SDK is being developed to provide seamless integration tools for builders, enabling developers to deploy decentralized applications efficiently. The architecture is intended to support Web2-grade speed and scale, addressing the performance limitations that often constrain blockchain adoption. QF Network is built on the Substrate framework and supports fork-less runtime upgrades, allowing updates without downtime or disruptive hard forks.

SPIN is a core technology referenced in the project's development, with its white paper advancing to peer review in May 2025. Smart contract implementation was finalized and underwent testing before testnet deployment, with recent pull requests covering host functions for storage, SDK updates including macros, dependencies, and examples, and iterations of the SPIN paper draft. The original QF token was deployed on Ethereum as an ERC-20 token; per the project's mainnet announcement, 615 days elapsed between that deployment and mainnet launch. Holders can convert ERC-20 QF into native QF on the QF Network mainnet, and the project published a migration walkthrough covering the ERC-20 QF → Native QF flow. At the reference snapshot, the token traded on 5 active markets with $0.00 in 24-hour volume.

What makes QF Network unique and valuable?

QF Network differentiates itself through its focus on sovereign infrastructure and real-time finality, positioning the blockchain as a foundation for digital life rather than a general-purpose network. The project's stated mission is to safeguard identity, money, work, community, and data for the next century, a framing that emphasizes long-term resilience and user sovereignty over short-term speculative appeal. The use of PolkaVM as the underlying architecture, combined with 0.1-second block times and parallel execution, targets performance levels comparable to traditional Web2 systems while maintaining decentralization.

The project's tagline, "Start where freedom is engineered," reflects its positioning around freedom and sovereignty as core design principles. The development of SPIN, a technology that advanced to peer review, represents a novel contribution to the network's consensus and performance capabilities. The native-first SDK aims to lower barriers for builders, potentially accelerating ecosystem growth. Additionally, the rebranding from Quantum Fusion Network to QF Network signals an evolution in the project's identity and scope. The token is tracked on several market data platforms, including Crypto.com, though market data indicates the asset remains in an early stage with circulating supply reported inconsistently and a fully diluted valuation that is small relative to established Layer-1 networks.

What is QF Network used for?

The QF token serves as the native asset of the QF Network ecosystem. The ERC-20 QF token is convertible to native QF on the QF Network mainnet; native QF can be staked on the network and used for governance voting and transaction fees. A substantial share of supply is staked, per an on-chain snapshot shared by the project.

Beyond staking and trading, QF is positioned to support the five pillars of digital life referenced by the project: identity, money, work, community, and data. The token is expected to facilitate transactions, smart contract interactions, and application deployment on the QF Network Layer-1 blockchain. The token is tracked on several market data platforms, including Crypto.com. The token's utility is tied to the network's development stage, with smart contracts and the developer SDK progressing toward broader availability as the mainnet matures.

How Is the QF Network ecosystem developing?

The QF Network ecosystem is in an active development phase, with several key milestones achieved and others in progress. The SPIN white paper advanced to peer review in May 2025, marking a significant technical milestone. Smart contract implementation reached its final testing phase before testnet deployment, and work commenced on a developer SDK to provide seamless integration tools for future builders. Recent pull requests included updates to host functions for storage, SDK improvements covering macros, dependencies, and examples, and iterations of the SPIN paper draft.

In August 2025, QF Network confirmed a Q4 2025 mainnet launch aimed at redefining Layer-1 blockchain performance. The mainnet subsequently went live, with the Genesis block successfully produced, transitioning the project from preparation to reality. Staking has continued to mature, with a substantial share of supply staked, per an on-chain snapshot shared by the project. The project maintains an active presence on GitHub through the QuantumFusion-network organization, hosts documentation and community links via Etherscan, and engages its community on X through @theqfnetwork and @QuantumFusion_. The ecosystem remains focused on building sovereign infrastructure with real-time finality and systems designed not to break when it matters most.

How to mine QF Network?

QF Network does not follow a traditional proof-of-work mining model. Instead, the network utilizes a staking mechanism through which token holders can participate in securing the network and earning rewards. A substantial share of supply is staked, per an on-chain snapshot shared by the project. Staking QF involves locking tokens in support of network operations, with participants contributing to consensus and governance processes.

To participate in staking, users typically need to hold QF tokens in a compatible wallet and interact with the network's staking interface or supported platforms. The specific staking requirements, reward rates, and lock-up periods are determined by the network's protocol parameters. Given the project's ongoing development, staking details may evolve as the mainnet matures and additional features are introduced. Prospective stakers should consult the official QF Network documentation and communication channels for the most current staking procedures and requirements.

How to keep your QF Coin safe?

Securing QF tokens requires adherence to standard cryptocurrency security practices. Since QF is an ERC-20 token on Ethereum, it can be stored in wallets that support the ERC-20 standard, including hardware wallets, software wallets, and reputable exchange wallets. Hardware wallets offer the highest level of security by keeping private keys offline and away from potential online threats. Users should ensure their wallet provider supports the QF contract address and verify the token details before initiating any transactions.

Best practices for safeguarding QF include never sharing private keys or seed phrases with anyone, using strong and unique passwords, enabling two-factor authentication where available, and being cautious of phishing attempts and fraudulent websites. Before interacting with any decentralized application or swapping service, users should verify the official contract address and ensure the platform is legitimate. Prospective holders should verify the contract address and review available project documentation before interacting. Keeping software wallets and devices updated, using reputable antivirus software, and considering multi-signature setups for large holdings further enhance security. As with all cryptocurrency investments, thorough research and awareness of associated risks are essential.