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 ^[1]. The project emphasizes making quantum hardware accessible and programmable for a broader developer community, moving it out of academic and enterprise-exclusive environments ^[1].

Products and Key Features

Qubit offers a suite of tools and services designed to facilitate interaction with quantum computing resources and integrate quantum-derived benefits into Web3 applications.

QBIT Wallet

The QBIT Wallet is a multi-chain digital asset wallet for iOS and Android, emphasizing enhanced security through quantum entropy. It is designed for traders and builders, offering features such as native multi-chain support for networks like Ethereum, Solana, and Cosmos. A core feature is its quantum-secure key generation, which sources entropy directly from a quantum computer to create private keys that are resistant to classical and future quantum threats. The wallet also includes dApp integration via a curated browser and WalletConnect support, alongside standard import/export functionalities ^[1]. The quantum-protected wallet generation service is available through Qubit's dApp, compatible with existing wallets to fortify their security ^[1].

QBIT Dock

QBIT Dock serves as the infrastructure layer that allows users to access and rent live quantum compute resources through an on-chain interface. It provides granular controls for selecting Quantum Processing Units (QPUs), managing qubit usage, and setting execution parameters. Developers and researchers can deploy workloads to live QPUs, including IBM's Heron R1 Torino, Eagle R3 Brisbane, and Eagle R3 Sherbrooke. The platform supports custom execution with adjustable qubits and shots, offers queue priority, and provides immutable execution logs with hash verification. It operates on a pay-per-cycle model, with all transactions verifiable on-chain, and delivers execution feedback including visualized latency and success ratios ^[1].

QBIT Stack

The QBIT Stack provides precision tools for quantum circuit development and simulation.

• QBIT Craft: A visual circuit designer that enables users to design quantum circuits intuitively using a drag-and-drop interface. It supports live compilation and offers problem-specific templates for applications like encryption, optimization, and quantum randomness. This tool aims to make quantum logic more accessible to a wider audience ^[1].
• QBIT Sim: A simulation tool that allows users to visualize quantum behavior, observe gates in motion, track entanglement between qubits, and explore how measurements influence probability in real-time. It is designed to teach and empower users by making complex quantum states visible ^[1].

QBIT Entropy

QBIT Entropy provides a Quantum Random Number Generator (QRNG) that sources true randomness from live quantum state collapse. This service aims to deliver a usable randomness layer for Web3 applications such as bots, gaming, and lotteries, offering an alternative to pseudo-random number generators (PRNGs). Key features include collapse-based entropy, public randomness proofs on-chain, an entropy pool dashboard with live scores, and a Builder API for injecting entropy into dApps. It also supports on-chain games and oracle randomness streams ^[1].

The Entangled Network

The Entangled Network, facilitated by QBIT Entangle, is a collaborative platform for quantum circuit design and simulation. It features a real-time circuit editor designed for teams, DAOs, researchers, and individuals to visually design logic and simulate collapse as a shared experience. The platform allows for the export of usable quantum code and plans to introduce collaborative quantum sandboxes, shared randomness oracles, and multiplayer simulation labs, all connected through a unified design language ^[1].

Technology and Quantum Advantage

Qubit's technology is built upon the principles of quantum mechanics, specifically leveraging quantum entropy and entanglement to provide capabilities that traditional computing cannot replicate. The platform aims to fundamentally transform how applications handle uncertainty, fairness, and security by integrating quantum-derived randomness and processing.

The core distinction lies in the use of true quantum entropy, derived from the collapse of quantum states, as opposed to deterministic or pseudo-random methods used in traditional computing. This provides several advantages:

• Wallet Key Security: Qubit generates cryptographic keys from raw quantum entropy, making them irreproducible and resistant to future quantum attacks, unlike traditional methods that rely on deterministic math functions and pseudo-random seeds ^[1].
• Game Logic: By using a live QRNG stream, Qubit ensures physics-driven randomness for game outcomes, loot drops, and critical hits, eliminating predictability and exploitability found in traditional Math.random() functions ^[1].
• NFT Mint Fairness: Traits for NFT collections are assigned via unique quantum entropy per mint, providing provably fair and manipulation-immune randomization, in contrast to blockhash-based methods vulnerable to front-running ^[1].
• DAO Randomness: Qubit utilizes real QRNG collapse from QPUs for jury selection and governance randomization in DAOs, offering trustless, delay-free, and unbiased outcomes compared to keccak256(block.number) or third-party VRFs ^[1].
• Collaboration: The platform offers team-accessible, wallet-signed circuit repositories with complete execution history and version control, enabling transparent collaboration on quantum circuits, unlike traditional shared notebooks with limited tracking ^[1].
• Circuit Development: Qubit provides an intuitive drag-and-drop visual editor (QBIT Craft) with real-time simulation and state visualization, simplifying quantum circuit creation compared to manual QASM coding or command-line interface simulators ^[1].

Roadmap

Qubit's development roadmap outlines several phases for expanding its platform and capabilities:

• Launched: Completed branding, design, and protocol architecture, establishing a visual identity and community presence, along with early proof-of-concept demos ^[1].
• Phase 01 (Core Utilities & Early Access): Focuses on launching QBIT DOCK for permissionless access to real quantum hardware (IBM's Heron R1 and Eagle R3 QPUs) and introducing QBIT Craft, the visual circuit design tool ^[1].
• Phase 02 (Live Execution Layer & Quantum Design Systems): Involves making the QBIT Stack fully operational with the launch of QBIT SIM for circuit visualization and simulation. QBIT DOCK will enter its live phase with multi-job support, and the Quantum Secure Key Generator (QSKG) service will be introduced, alongside a curated circuit library ^[1].
• Phase 03 (Ecosystem Expansion & Developer Tools): Aims to expand support for additional QPU providers and launch a full Quantum-as-a-Service (QaaS) layer. This phase will also introduce modular SDKs, template-based circuit libraries, and deployment tooling for developers ^[1].
• Phase 04 (Quantum Communication & AI Intelligence Layer): Will introduce Quantum-Encrypted Messaging for secure wallet communication and a Pay-per-Execution model for high-value quantum routines. The Quantum AI Toolkit will expand with Qiskit-ML support, enabling benchmarking of classical vs. quantum inference and tokenization of quantum-trained model weights ^[1].
• Phase 05 (Hybrid AI Agents & Adaptive Intelligence): Focuses on integrating quantum machine learning subroutines into classical AI agents for optimization, classification, feature mapping, and sampling. This phase includes toolkits for integrating these methods into autonomous or semi-autonomous workflows across DeFi, gaming, and research ^[1].

Tokenomics

The Qubit ecosystem is powered by the $QBIT token. The platform operates on a "pay-per-cycle" and "pay-per-execution" model for accessing quantum compute resources, implying that the $QBIT token is used for these transactions within the QBIT Dock and for other services ^[1].

Organization

Qubit operates under the legal entity Qbit Compute LLC, registered with ID Number: 20251622925 ^[2]. The project has undergone an audit and KYC process by SolidProof ^[3].

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