Qubit is a decentralized quantum computing platform designed to provide Web3 applications with access to real-time quantum entropy and processing capabilities. It aims to bridge the gap between quantum hardware and blockchain technology, enabling developers to integrate quantum-native tools into smart contracts, protocols, and decentralized applications (dApps). ^[1]

Overview

Qubit positions itself as an application layer for quantum computing, moving beyond traditional cloud-based quantum services. The platform focuses on creating a permissionless network where quantum logic, such as entanglement and collapse, can be directly utilized for computation. This approach seeks to leverage entropy as a resource, providing a new paradigm for digital security, randomness, and complex problem-solving within the decentralized web. The project emphasizes making quantum hardware accessible and programmable for a broader developer community, moving it out of academic and enterprise-exclusive environments. ^[1]

Verification and Audits

• KYC Verification – Team identity verification and background checks were conducted via SolidProof’s KYC process.
• Security Audit – A smart contract audit and protocol review were performed to identify and address potential vulnerabilities.
• Quantum Randomness Audit – Confirmed that the QBIT application integrates genuine quantum randomness, generating cryptographically secure entropy derived from quantum phenomena. ^[1]

Use Cases

Gaming and Metaverse

Utilizes quantum-generated randomness to enable unpredictable and fair gameplay, procedural virtual world creation, unique NFT traits, and dynamic non-player character (NPC) behaviors.

DeFi and DAOs

Supports post-quantum secure wallets, random validator selection, verifiable random oracles, and quantum-resistant cryptographic signatures to enhance governance fairness and protocol security.

Security

Provides quantum-secure key generation, tamper-evident entropy sources, post-quantum digital signatures, and verifiable randomness proofs to strengthen protection against present and future quantum threats.

Products

• QBIT Dock – Provides access to quantum processing units (QPUs) through wallet-based authentication. Users can select backend hardware, configure execution parameters, submit quantum jobs, monitor queues, and receive on-chain execution receipts.
• QBIT Craft – A visual circuit design environment that supports drag-and-drop gate building, QASM 3-compatible compilation, circuit templates, and export to QBIT Dock, along with saving and loading of designs.
• QBIT Sim – A local quantum circuit simulator that offers step-by-step execution visualization, probability distribution graphs, entanglement previews, and debugging tools without using QPU resources.
• QSKG Service – Generates cryptographically secure, quantum-entropy-based keys designed to resist classical and quantum attacks, with applications in wallet security, DAO identity, smart contract authentication, and entropy verification.
• QRNG APIs – Provide verifiable randomness derived from quantum measurements for use in gaming, lotteries, cryptographic operations, oracle randomness feeds, and fair protocol execution. ^[4]

Real World Applications

• Quantum-Enhanced Web3 Tools – Provides APIs delivering true quantum entropy for integration into smart contracts, enabling provably fair NFT minting, unbiased gaming mechanics, and quantum-secure key generation.
• Quantum Security-as-a-Service – Offers post-quantum security solutions, including quantum-resistant wallet integrations, Quantum Key Distribution (QKD) experimentation platforms, and encryption toolkits for DAO governance, decentralized infrastructure networks, and secure messaging.
• Gaming and Metaverse Applications – Utilizes quantum randomness for procedural terrain generation, fair play-to-earn mechanics, and unpredictable NPC behaviors, supported by SDKs and APIs for integration with major game engines and metaverse platforms. ^[1]

Road Map

QUBIT is progressing through phased development to build a comprehensive quantum computing platform.

• Foundation Phase (Current): Focus on protocol design, brand development, core team formation, and establishing partnerships with quantum hardware providers.
• Phase 1 – Core Utilities: Launch of QBIT Dock and QBIT Craft visual builder, enabling basic quantum job execution.
• Phase 2 – Quantum Integration: Introduction of Quantum-Secure Key Generation (QSKG), encrypted messaging, and advanced security features.
• Phase 3 – Developer Ecosystem: Deployment of SDKs and APIs, third-party integrations, and community developer programs.
• Phase 4 – AI Integration: Development of quantum AI toolkits, machine learning integration, and hybrid quantum-classical computing capabilities. ^{[4] [1]}

Tokenomics

QUBIT Token ($QBIT)

The $QBIT token has a circulating, total, and maximum supply of 1 billion tokens. Its market capitalization and fully diluted valuation are both $8,969,049, with a 24-hour trading volume of $123,256. The token is used for accessing quantum computing services, paying execution fees, participating in governance, and is integrated with a revenue-sharing mechanism. All quantum computing rental fees on the QUBIT platform are priced in Ethereum (ETH), allowing for transparent cost structures and direct integration with the Ethereum ecosystem without the need for token conversions or additional fees. ^{[4] [1]}