QUBIT—$QBIT
Compute Beyond Determinism
QBIT opens the gate to a permissionless network where entangled logic replaces computation, and circuits execute in the raw fabric of the quantum field.
At its core: a decentralized network of quantum machines, programmable by code, powered by QBIT, and optimized for a world where entropy is a resource, not a bug.
This isn't cloud.
It's collapse, entanglement, and the birth of compute that thinks like the universe.
WHY QUANTUM,WHY NOW?
The world is at an inflection point.
QUANTUM IS READY. WEB3 IS NEXT.
Quantum computing has left the lab. Real hardware is accessible, but most developers remain locked out, trapped behind academic gatekeeping, enterprise paywalls, and outdated infrastructure.
That is where QUBIT comes in.
QUBIT IS BUILDING THE APPLICATION LAYER FOR QUANTUM
- We're not just giving users access to QPUs. We are making quantum programmable.
- QUBIT turns real-time quantum entropy and circuit execution into Web3-native tools that can be called from smart contracts, protocols, and dApps.
From wallets to randomness, from AI to DAOs, QUBIT connects blockchain directly to physical entropy and quantum processing.
QBITDOCK
Decentralized Quantum Compute at Your Fingertips
Qbit Dock is the infrastructure layer enabling users to access and rent live quantum compute via a fully on-chain interface. With granular controls over QPU selection, qubit usage, and execution parameters, developers and researchers alike can deploy real workloads into quantum space.
Connect to live QPUs: Heron R1 Torino, Eagle R3 Brisbane, Eagle R3 Sherbrooke
Custom execution: adjust qubits, shots, queue priority
Immutable execution logs with hash verification
Pay-per-cycle model, verifiable on-chain
Execution feedback with visualized latency and success ratio
QBITSTACK
Precision tooling for a quantum-native internet
QBIT CRAFT
Visual Circuit Designer
QBITENTROPY
True Randomness. No RNG, Just Collapse.
Our Quantum Random Number Generator (QRNG) sources randomness from live quantum state collapse, creating the first usable randomness layer for Web3 bots, gaming, lotteries, and more.
Collapse-based entropy (not pseudo RNG)
Public randomness proof on-chain
Entropy pool dashboard with live scores
Builder API to inject entropy into dApps
On-chain games and oracle randomness streams
The Entangled Network
Quantum is Collaborative by Nature
Entanglement isn't just a phenomenon. It's a framework. At QBIT, we believe building the future means building together in real time, across space, across minds.
QBIT Entangle opens that door:
A real-time circuit editor built for teams, DAOs, researchers, and curious minds. Design logic visually. Simulate collapse as a shared experience. Export usable quantum code.
And it's just the start. Expect collaborative quantum sandboxes, shared randomness oracles, and multiplayer simulation labs, all connected through the same entangled design language.
Legacyvs.Quantum Precision
The fundamental difference between predictable computation and true randomness
Wallet Key Security
Cryptographic key generation for blockchain wallets and digital asset security
Uses deterministic math functions. Vulnerable to weak entropy and quantum attacks.
Generates keys from raw quantum entropy. Future-proof against quantum threats.
Game Logic
Random number generation for games, loot drops, and critical hits
Uses Math.random(). Patterns are predictable and exploitable.
Uses live QRNG stream. No exploits, just physics-driven randomness.
NFT Mint Fairness
Fair trait assignment for NFT collections
Uses blockhash. Vulnerable to manipulation and front-running.
Quantum entropy per mint. Provably fair and immune to manipulation.
Collaboration
Team collaboration and sharing of quantum computing resources
Shared Notebooks, off-chain with limited version control.
Team-accessible, wallet-signed circuit repos with execution history.
Circuit Development
Creating and testing quantum circuits for execution
Write QASM or use CLI simulators with limited visual feedback.
Intuitive drag & drop visual editor (QBIT Craft) + instant simulation.
Use Case
Traditional
QUBIT
Wallet Key Security
Cryptographic key generation for blockchain wallets and digital asset security
Generates keys using deterministic math functions like secp256k1 and pseudo-random seeds from browser entropy or OS randomness.
Vulnerable to weak entropy, reused seeds, and post-quantum cryptographic attacks.
Generates keys from raw quantum entropy. Users see real-time entropy hash, cryptographic proof, and tamper-proof on-chain record.
Irreproducible keys from physical randomness. Future-proof against quantum threats.
Game Logic
Random number generation for Unity/Unreal Engine games, loot drops, and critical hits
Game outcomes use Math.random() or rand(). Patterns are guessable with enough samples.
Susceptible to client-side manipulation and predictable patterns.
Uses live QRNG stream as input for every randomized outcome. Players see quantum verification and QRNG hash.
No exploits, seed-predictions, or botting. Just physics-driven randomness.
NFT Mint Fairness
Fair trait assignment and randomization for NFT collections and digital collectibles
Traits assigned based on blockhash or miner timestamp. Predictable or manipulatable during congestion windows.
Vulnerable to manipulation and front-running attacks.
Traits assigned via unique quantum entropy per mint. Buyers receive on-chain proof of entropy shown on metadata.
Fair minting that's provable and immune to manipulation.
DAO Randomness
Jury selection and governance randomization for decentralized autonomous organizations
Uses keccak256(block.number) or VRF reliant on 3rd parties. Can be influenced by miners or delayed execution.
Predictable winner before block closes, miner manipulation possible.
Each selection uses real QRNG collapse from IBM QPU. Outcome is transparent, hash-visible, and cryptographically anchored.
Trustless, delay-free, and unbiased randomness.
Collaboration
Team collaboration and sharing of quantum computing resources
Shared Notebooks, off-chain with limited version control and no execution history.
Difficult to track changes and collaborate on quantum circuits.
Team-accessible, wallet-signed circuit repositories with complete execution history and version control.
Transparent collaboration with cryptographic proof of authorship.
Circuit Development
Creating and testing quantum circuits for execution
Write QASM code manually or use command-line interface simulators with limited visual feedback.
High learning curve and difficult to visualize quantum states.
Intuitive drag & drop visual editor (QBIT Craft) with real-time simulation and state visualization.
Accessible quantum programming with instant feedback.
The Quantum Advantage
QUBIT doesn't just improve randomness. It fundamentally transforms how applications handle uncertainty, fairness, and security. From gaming to DeFi, from AI to governance, quantum entropy provides the foundation for truly trustless, unpredictable, and future-proof systems.
Roadmap
Explore our journey from concept to quantum supremacy. Click any phase to dive deeper into the features and milestones.
LAUNCHED
Branding, Design & Protocol Architecture
We've laid the foundation for a decentralized quantum future. With a modern, glass-translucent dashboard and a bold new identity, Qubit has arrived. Our social channels, technical design, and early proof-of-concept demos showcase our roadmap's ambition and immediate utility.
Key Features
PHASE 01
Core Utilities & Early Access
We'll open the gates to the QBIT ecosystem with the launch of QBIT DOCK, the execution layer for real quantum hardware. Early testers will gain access to run circuits on IBM's Heron R1 and Eagle R3 QPUs, marking the first permissionless interface for live quantum computation. This phase also introduces QBIT Craft, a visual circuit design tool that makes building quantum logic intuitive, visual, and code-ready.
PHASE 02
Live Execution Layer & Quantum Design Systems
In this phase, the QBIT Stack goes fully operational. We launch QBIT SIM, allowing users to visualize and simulate quantum circuits step by step. Meanwhile, QBIT DOCK enters its Live Phase with multi-job support, letting builders queue, schedule, and execute multiple quantum jobs across integrated QPUs. This phase also introduces QSKG, our Quantum Secure Key Generator service, and a curated circuit library featuring production-grade templates like VQE, Grover's, and QSVM.
PHASE 03
Ecosystem Expansion & Developer Tools
This phase introduces the next wave of QBIT infrastructure, expanding support for additional QPU providers and launching the first full Quantum-as-a-Service (QaaS) layer. Developers will gain access to modular SDKs, template-based circuit libraries, and deployment tooling that makes building with quantum logic as intuitive as Web2 APIs.
PHASE 04
Quantum Communication & AI Intelligence Layer
This phase unlocks new applications for quantum compute. We launch Quantum-Encrypted Messaging, allowing wallets and agents to communicate through quantum-secured channels. We also introduce a Pay-per-Execution model, enabling users to run high-value quantum routines without renting full QPU time. In parallel, the Quantum AI Toolkit expands with Qiskit-ML support, letting developers benchmark classical vs. quantum inference and tokenize quantum-trained model weights.
PHASE 05
Hybrid AI Agents & Adaptive Intelligence
QBIT introduces a hybrid intelligence layer, where classical agents are enhanced through quantum machine learning subroutines. Rather than overpromising fully quantum AI, we focus on real-world advantages: Optimization (QAOA for tuning parameters), Classification (QSVMs for high-dimensional data), Feature Mapping (encoding into entangled states), and Sampling (Boltzmann circuits for decision-making under uncertainty). This phase includes toolkits to plug these methods directly into autonomous or semi-autonomous workflows across DeFi, gaming, and research.
THE
ENTANGLERS
More than users. More than holders.
You're part of the entanglement.