Decentralizing Quantum Computing Access
QubitLease is a decentralized physical infrastructure network (DePIN) establishing a peer-to-peer marketplace for quantum computation, powered by the QubitLease Token (QLT).
1B
Total QLT Supply
L2
zkEVM Rollup
PQC
Quantum-Resistant
Q1 '26
Target Mainnet
Democratize Access
Break down the barriers of high costs and centralization, making quantum computing available to researchers, startups, and developers worldwide.
Incentivize Growth
Hardware providers earn QLT by leasing compute time, creating a powerful economic incentive for innovation and network expansion.
Build the Future
Create the foundational infrastructure for the next wave of technological breakthroughs in AI, medicine, and materials science.
The Centralization Bottleneck
Despite its immense promise, the quantum revolution is locked behind walls of high cost and limited access, controlled by a few tech giants. This stifles innovation and creates a "quantum divide."
The Current Centralized Model
- ❌Prohibitive Costs: A single qubit can cost over $10,000, and cloud access runs thousands per month.
- ❌Walled Gardens: Access is controlled by a few corporations (IBM, Google, Microsoft), limiting hardware diversity.
- ❌Permissioned Access: Long queues and restrictive terms create barriers for individuals and small teams.
- ❌Innovation Stalemate: The high barrier to entry slows down the global pace of R&D and application development.
The QubitLease DePIN Solution
- ✅Pay-Per-Use Access: Transparent, metered pricing with QLT makes quantum compute affordable.
- ✅Open Marketplace: A diverse range of hardware from providers worldwide competes in a single market.
- ✅Permissionless Innovation: Anyone, anywhere can access quantum resources, fostering a Cambrian explosion of development.
- ✅Accelerated Progress: Lowering barriers creates an immediate go-to-market for hardware startups, speeding up innovation.
A Peer-to-Peer Quantum Marketplace
QubitLease orchestrates a global, trustless marketplace. We use a proven DePIN model to connect those with quantum hardware (Providers) to those who need it (Users), all managed by our decentralized protocol.
Providers
Hardware owners (companies, labs, startups) monetize their idle quantum computers by leasing compute time and earning QLT.
QubitLease Protocol
Smart contracts and oracles on a secure L2 blockchain handle job queuing, verification, and automated payment settlement trustlessly.
Users
Researchers and developers get on-demand, pay-per-use access to diverse quantum hardware, paying only for what they use with QLT.
A Quantum-Resistant, Decentralized Fabric
Our architecture is built for scalability, security, and developer accessibility. It combines a high-performance L2 blockchain with a modular smart contract system and a novel off-chain verification process.
The Job Lifecycle
Core Smart Contracts
- ProviderRegistry.sol: An on-chain directory of all quantum hardware, their specs, and availability.
- JobSubmission.sol: Manages the lifecycle of each job, from submission and escrow to receiving results.
- Metering.sol: Handles the "quantum gas" calculation and settles all payments, burns, and rewards.
Key Technologies
- zkEVM Layer 2: Ensures high throughput and ultra-low fees, inheriting security from Ethereum.
- Decentralized Oracles: Provide trust-minimized verification of off-chain quantum computation results.
- Post-Quantum Crypto: Uses NIST-standardized algorithms (Kyber, Dilithium) to secure the protocol itself against future quantum attacks.
QLT: Fuel for the Quantum Economy
The QubitLease Token (QLT) is a utility token with intrinsic value derived from its essential role in the network. Its design creates a deflationary economic flywheel where network growth directly benefits token holders.
Token Distribution (1B Total)
Public Sale (40%)
25% unlocked at TGE, followed by a 12-month linear vesting. This encourages long-term alignment from early supporters while providing initial market liquidity.
The Economic Flywheel
This virtuous cycle ensures the economic success of QLT is tied to the utility of the network. Hover over a node to learn more.
Hover over a node to see its role in the flywheel.
Charting the Path to Decentralization
Our roadmap is a phased plan balancing rapid development with rigorous security and community growth. Click on a phase to see the key milestones.
Phase 5: Governance & Future Vision
2027+
Phase 1: Foundation & Launch
Q3 2025
- •Whitepaper v1.0 Release & Website Launch
- •Core Smart Contract Development Begins
- •Public Sale (ICO) Launch
- •Community Formation (Discord, X/Twitter)
Phase 2: Testnet & Integration
Q4 2025
Phase 3: Mainnet & Onboarding
Q1 2026
Phase 4: Ecosystem Expansion
Q2 2026
Team & Advisors
Led by a multidisciplinary team with deep expertise in distributed systems, quantum physics, and enterprise-scale cloud computing.
Dr. Evelyn Reed
CEO & Co-Founder
PhD in Distributed Systems from Stanford. Former lead protocol architect at a major L1 blockchain foundation.
Kenji Tanaka
CTO & Co-Founder
PhD in Quantum Physics from Caltech. 10+ years experience in experimental quantum computing, focusing on gate fidelity.
Dr. Alistair Finch
Chief Scientist
World-renowned researcher in quantum algorithms. Former senior research scientist at Google's Quantum AI lab.
Maria Petrova
Head of Product
Former senior product manager at Amazon Web Services (AWS), with extensive experience scaling major cloud compute services.
Risks & Disclaimer
Transparency is a core principle. Prospective participants should be aware of the following risks inherent in this ambitious project.
Technical Risks
- Hardware Instability: The underlying quantum hardware is nascent and subject to issues like high error rates and decoherence.
- Protocol Security: Smart contracts may have undiscovered vulnerabilities despite rigorous audits.
- Oracle Reliability: The system depends on the security and liveness of a third-party decentralized oracle network.
Market Risks
- Competition: Faces competition from established, centralized cloud providers (IBM, Google, etc.).
- Token Volatility: The QLT token's value will be subject to market volatility, affecting incentives.
- Network Adoption: Success depends on achieving a critical mass of both hardware providers and users.
Regulatory Risks
- The legal landscape for crypto and quantum tech is uncertain and evolving.
- Quantum computing may be subject to national security and export control regulations.
- Compliance requirements may vary significantly across different jurisdictions.
Disclaimer
This interactive application is for informational purposes only and does not constitute financial advice or an offer to sell. The QLT token is a utility token for use within the QubitLease ecosystem. Participation involves significant risk. Please conduct your own research.
Ready to Join the Quantum Revolution?
Be part of the future of decentralized quantum computing. Read our whitepaper or participate in our ICO.