QUBIT—WHITEPAPER
Compute Beyond Determinism — Technical Documentation
DISCLAIMER
This whitepaper is a living document that may be updated, revised, or modified as the QBIT project evolves. All content, technical specifications, and roadmap items described herein are subject to change without notice.
The information presented represents our current vision and may be adjusted based on technological developments, market conditions, and community feedback.
01. DECENTRALIZED QUANTUM COMPUTE
1.1 ABSTRACT
QUBIT is building the application layer for quantum.
Not just unlocking access to QPUs, but creating the tools that make quantum logic usable, programmable, and available to all.
We're developing a decentralized, permissionless platform where:
•Developers can design, simulate, and run quantum circuits
•Protocols integrate verifiable randomness and encryption
•Everyone can plug quantum into Web3 workflows
•Agents and researchers build hybrid AI/quantum workflows
•DAOs and smart contracts access quantum-secure primitives
No centralized platforms. No gatekeeping. Just real hardware and real use cases, open to everyone.
QUBIT is where quantum becomes usable.
PERMISSIONLESS ACCESS
No KYC, no enterprise contracts. Connect your wallet and start computing on real quantum hardware instantly.
CRYPTOGRAPHIC PROOFS
Every quantum computation is cryptographically verified and immutably recorded on-chain.
REAL HARDWARE
Direct access to Heron, Eagle, Falcon and other QPU architectures.
02. WHY QUANTUM, WHY NOW?
FRICTIONLESS ACCESS
No NDAs, no enterprise contracts
Quantum computing is no longer confined to labs or long-term roadmaps. It's here, operational, and increasingly relevant to the challenges facing modern digital infrastructure.
For decades, quantum processing units (QPUs) were locked behind institutional walls: NDAs, proprietary portals, and academic-only access. But as hardware like IBM's Heron and Eagle-class machines reach practical qubit counts and improved coherence times, a new opportunity emerges: making quantum computation accessible to builders, not just researchers.
At the same time, Web3 is confronting scaling and security thresholds that classical systems weren't built to handle. From truly unpredictable randomness for on-chain entropy, to post-quantum secure key generation, to AI models that require more than classical approximations, quantum unlocks primitives that Web3 can't fake or simulate.
QUBIT exists to bridge that gap. Not as a theoretical concept, but as a live, working protocol that gives developers:
FRICTIONLESS ACCESS
Legacy portals require NDAs and subscription keys. QUBIT replaces that with a wallet signature and a few clicks.
VERIFIABLE COMPUTE
Every job returns a hash‑anchored receipt containing backend name, qubit count, fidelity, and result histogram. Tamper‑evident by design.
COMPOSABLE ENTROPY
True quantum randomness (QRNG) becomes an on‑chain primitive usable by games, lotteries, and zero‑knowledge rollups.
POST‑QUANTUM READINESS
Native support for quantum‑safe key generation positions builders ahead of the inevitable cryptographic migration.
The timing is no longer premature. The use cases are no longer speculative.
Quantum is ready — and with QUBIT, it's now accessible to everyone.
03. QUANTUM BACKEND FABRIC
Heron r1 Torino
Gateway Mesh
Score = α·cost + β·queue + γ·fidelity - δ·depth3.1 DEVICE CLASSES
Each device exposes a dynamic coupling map, live T₁ / T₂ coherence heat map, and queue telemetry. QUBIT's Gateway Mesh selects the optimal class using a configurable scoring:
Score = α·cost + β·queue + γ·fidelity - δ·depth3.2 GATEWAY MESH ENHANCEMENTS
Adaptive Error-Mitigation
Prior to dispatch, the Gateway injects dynamical-decoupling sequences if predicted infidelity >2× baseline.
Pulse-Level Privileges
Power users may upload OpenPulse schedules (subject to budget + qubit-safety sandbox).
Rate-Proof Stubs
To prove quota enforcement without revealing private keys, each Gateway pod emits a Poseidon hash of (wallet, nonce, timestamp) inside calldata.
04. CAPABILITY MATRIX AND FEATURE SET
01Quantum Circuit Execution
What It Is
Live dispatch to Heron-127 / Osprey-433 hardware.
What Users Can Do
Upload QASM 3, visualise histograms/statevectors, tokenise job receipts as Proof-of-Compute NFTs.
| # | Capability | What It Is | What Users Can Do |
|---|---|---|---|
| 1 | QBIT DOCK - Quantum Circuit Execution | Live dispatch to 133-qubit Heron r1 Torino / 127-qubit Eagle r3 Brisbane / Eagle r3 Sherbrooke hardware via glass interface. | Upload QASM 3, visualise histograms/statevectors, multi-job support, queue management. |
| 2 | QBIT Craft - Visual Circuit Designer | Intuitive drag-and-drop quantum circuit builder with Qiskit compatibility. | Design circuits visually, export to QASM, one-click deployment to QBIT DOCK. |
| 3 | QBIT SIM - Quantum Circuit Simulator | Step-by-step quantum circuit visualization and simulation environment. | Test circuits before hardware execution, educational quantum state visualization. |
| 4 | QSKG - Quantum Secure Key Generator | True quantum entropy for cryptographic key generation and random number services. | Generate quantum-secure keys, seed lotteries, fair mints, DAO sortition with on-chain proofs. |
| 5 | Quantum-Enhanced Auditing | A hybrid security engine using quantum logic for smarter audits. | Finds deeper contract bugs using QAOA, simulates rare edge-case paths, validates randomness sources, classifies anomalous contract behavior, enables ongoing circuit-aware threat monitoring. |
| 6 | Quantum Encrypted Chat | QRNG-derived AES keys + auto-burn. | Wallet-to-wallet self-destruct DMs, attach files, prove quantum key origin. |
| 7 | Quantum-Resistant Token Standard | pERC spec using lattice/Lamport primitives. | Mint PQ-secure identity tokens, DAO multisig keys, zk-compatible voting receipts. |
| 8 | Circuit Library & Templates | Curated repo of VQE, Grover, QSVMs, QRNG circuits. | One-click deploy, parameter-sweep, fork + remix, sell blueprints. |
| 9 | Quantum AI Toolkit | Qiskit-ML wrappers (QSVMs, VQC, param-shift optimisers). | Benchmark quantum vs classical inference, tokenise "Quantum-Trained" model weights. |
| 10 | Quantum-as-a-Service (QaaS) | gRPC/HTTP endpoints for entropy + compute. | Plug randomness into DeFi, prediction markets, zk-rollups; pay-per-call. |
| 11 | Composable AI × Quantum Agents | Integrate quantum-powered operations into classical agent pipelines. | Enable bots to handle prediction, strategy shifts, and entropy tasks with Q-powered signals. |
The QBIT platform delivers a comprehensive suite of quantum capabilities, from raw hardware access to high-level applications. Each capability is designed to be composable and permissionless, allowing developers to integrate quantum computing into their applications without traditional barriers to entry.
05. QUANTUM USE CASES AND REAL-WORLD APPLICATIONS
5.1 QUANTUM-ENHANCED WEB3 TOOLS
Most chains still rely on pseudo-randomness from on-chain hashes and oracles. QBIT delivers true quantum entropy through plug-and-play APIs that integrate seamlessly with existing smart contracts.
NFT MINT FAIRNESS
Truly unpredictable, provably fair drops using quantum randomness instead of manipulable pseudo-RNG.
ON-CHAIN GAMING
Enhance loot crates, dice rolls, and PvP outcomes with quantum entropy that cannot be gamed or predicted.
QUANTUM KEY GEN
Generate quantum-secure keys for wallets, multi-sig setups, and zk identity systems.
5.2 QUANTUM SECURITY-AS-A-SERVICE
Quantum threats to traditional cryptography are inevitable. QBIT positions builders ahead of the threat curve with post-quantum security solutions available today.
QUANTUM-RESISTANT WALLETS
Today's wallets rely on ECDSA, vulnerable to Shor's algorithm. QBIT provides wallet integration libraries using post-quantum signature schemes like Dilithium and Falcon.
QKD EXPERIMENTATION DASHBOARDS
Quantum Key Distribution uses entangled photons for unhackable key exchange. Any interception attempt disturbs the quantum state, revealing the attack.
POST-QUANTUM ENCRYPTION TOOLKITS
NIST-standardized algorithms for DAO governance, DePIN networks, and secure messaging platforms.
5.3 QUANTUM FOR GAMING & THE METAVERSE
Quantum computers produce genuinely unpredictable randomness drawn from quantum states, not algorithmic seeds. This makes them ideal for gaming applications where fairness, variation, and realism are everything.
PROCEDURAL TERRAIN GENERATION
Quantum-seeded procedural generation creates truly unique worlds impossible to reverse-engineer or exploit. Each generation is genuinely unique and cannot be duplicated without the entropy source.
RNG FAIRNESS FOR PLAY-TO-EARN
In loot drops, card pulls, and PvP matchups, quantum entropy ensures true fairness. Unlike PRNG which can be manipulated, quantum randomness is unpredictable, unbiased, and publicly verifiable.
QUANTUM-ENHANCED NPC BEHAVIORS
NPCs often follow predictable scripts. Quantum entropy adds true behavioral variation, creating more natural, chaotic, and human-like behaviors that evolve differently per session.
STUDIO INTEGRATION TOOLKIT
QBIT provides comprehensive SDKs and APIs for seamless integration with existing game development workflows.
06. TOKEN MECHANICS
TOKEN MECHANICS
Fixed Supply
1 Billion Tokens
Capped token supply ensures scarcity and value preservation
FIXED SUPPLY
Total token supply capped at one billion tokens
5/5 TAX
Balanced tax mechanism for sustainable growth
ETH-DENOMINATED RENT
All quantum compute rental fees are denominated in ETH, providing transparent pricing and seamless integration with the Ethereum ecosystem. No complex token conversions or hidden fees.
SCARCITY & HOLDER REWARDS
ETH revenue generated from quantum compute rentals flows directly into a token buyback mechanism, systematically reducing the circulating supply and increasing scarcity over time.
Automatic Buybacks
Platform ETH revenue automatically triggers token buybacks, permanently removing tokens from circulation.
Holder Rewards
Long-term holders benefit from increasing token scarcity and receive priority access to platform features.
REVENUE DISTRIBUTION & HOLDER BENEFITS
As the QUBIT ecosystem expands, revenue generated from multiple platform income streams will be distributed proportionally to token holders. This creates a sustainable value-sharing mechanism that aligns platform growth with holder rewards.
Multi-Stream Revenue
Revenue from quantum compute rentals, premium services, enterprise partnerships, and quantum-as-a-service subscriptions flows into the distribution pool.
Proportional Distribution
ETH and USDT profits are distributed quarterly based on token holdings, creating passive income opportunities for long-term supporters.
Sustainable Growth Model
This revenue-sharing mechanism ensures that as QUBIT's quantum computing platform scales and generates increasing revenue, token holders directly benefit from the ecosystem's success, creating aligned incentives for long-term platform development and adoption.
07. ROADMAP
LAUNCHED
COMPLETEDBranding, 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
UPCOMINGCore Utilities & Early Access
We'll open the gates to the QUBIT 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 133-qubit Heron r1 Torino and 127-qubit Eagle r3 Brisbane/Sherbrooke 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.
Key Features
PHASE 02
UPCOMINGLive 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.
Key Features
PHASE 03
UPCOMINGEcosystem 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.
Key Features
PHASE 04
UPCOMINGQuantum 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.
Key Features
PHASE 05
UPCOMINGHybrid 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.
Key Features
08. IMPACT ON WEB3 ECOSYSTEM
QUBIT is poised to revolutionize Web3 by addressing critical limitations in randomness, security, and computational power. By providing access to quantum resources, QUBIT empowers developers to build more secure, efficient, and innovative decentralized applications.
Enhanced Security
Quantum-resistant cryptography and secure key generation protect Web3 infrastructure from emerging quantum threats.
True Randomness
Quantum entropy enables provably fair and unpredictable outcomes in gaming, lotteries, and other decentralized applications.
Increased Efficiency
Quantum algorithms accelerate complex computations, enabling more efficient and scalable decentralized systems.
New Possibilities
Quantum computing unlocks new possibilities for decentralized AI, scientific simulations, and other advanced applications.
09. REGULATORY CONSIDERATIONS
As a decentralized platform operating at the intersection of quantum computing and blockchain technology, QUBIT is committed to complying with all applicable laws and regulations. We are actively monitoring the evolving regulatory landscape and will adapt our platform as needed to ensure compliance.
Data Privacy
QUBIT is committed to protecting user data and complying with all applicable data privacy laws, including GDPR and CCPA.
Security Compliance
QUBIT implements robust security measures to protect against unauthorized access, data breaches, and other security threats.
Decentralization
QUBIT is designed to be a decentralized platform, reducing the risk of censorship and single points of failure.
10. CLOSING
The quantum era has arrived, and it's no longer behind closed doors.
QUBIT connects real quantum logic to real applications, accessible to anyone with a wallet.
This is your gateway. Step through.