Quantum–Blockchain Bridge
Q-Bit connects quantum computing power with blockchain rails, turning advanced research into on-chain value.
Built for those who
build the future!
Q-Bit connects real-world problems to the right quantum machines
through a single cloud portal and a portable
software
layer. The company aggregates
capacity from multiple providers and routes workloads where
they fit best.
Outcome first, hardware second
Real-World Research Engine
Capital raised by Q-Bit is directed into real quantum workloads — finance, healthcare, logistics, and security use cases.
Investor-Linked Upside
As Q-Bit expands partners, capacity, and paid projects, token holders are positioned to share in that growth.
Security-First by Design
Q-Bit is built around strong cryptography today and a clear roadmap toward post-quantum security standards.
Simple Access to a Complex World
Q-Bit lets investors tap into quantum innovation through a single regulated STO token instead of navigating labs and vendors alone.
Built for the Next Computing Era
As quantum hardware, software, and demand grow, Q-Bit is designed to scale with new partners, sectors, and revenue streams.
Quantum & Crypto:
Proof from the Real World
Key point:
Google's new "Quantum Echoes" algorithm on its Willow chip runs about 13,000 times faster than leading classical algorithms, with direct use cases in AI, molecular structure analysis, and materials science – exactly the types of workloads Q-Bit wants to route to quantum hardware.
Mitsui
Quantum Platform QIDO Targets Faster Drug & Materials Discovery
Quantinuum press release
Read moreKey point:
Mitsui, QSimulate and Quantinuum launched QIDO, a quantum-integrated chemistry platform designed to shorten "molecule-to-market" timelines for pharma, energy and chemical companies by combining high-precision chemistry software with quantum hardware.
NIST
NIST Finalizes First Post-Quantum Encryption Standards
US National Institute of Standards and Technology
Read MoreKey Point:
NIST released the first three finalized post-quantum encryption and digital signature standards (ML-KEM, ML-DSA, SLH-DSA), confirming that governments and industry now have official tools to start migrating to quantum-resistant security – a core part of Q-Bit's "quantum-aware blockchain" story.
Fireblocks
Fireblocks: Quantum Risk in Crypto & the Need to Prepare
Institutional digital-asset platform
Read MoreKey Point:
Fireblocks explains that quantum computing poses a long-term threat to current blockchain cryptography, urges the industry to aim for "quantum readiness by 2030," and is already investing in crypto-agility and post-quantum planning – exactly the kind of security shift Q-Bit is built around.
Key point:
Google's new "Quantum Echoes" algorithm on its Willow chip runs about 13,000 times faster than leading classical algorithms, with direct use cases in AI, molecular structure analysis, and materials science – exactly the types of workloads Q-Bit wants to route to quantum hardware.
Mitsui
Quantum Platform QIDO Targets Faster Drug & Materials Discovery
Quantinuum press release
Read moreKey point:
Mitsui, QSimulate and Quantinuum launched QIDO, a quantum-integrated chemistry platform designed to shorten "molecule-to-market" timelines for pharma, energy and chemical companies by combining high-precision chemistry software with quantum hardware.
NIST
NIST Finalizes First Post-Quantum Encryption Standards
US National Institute of Standards and Technology
Read MoreKey Point:
NIST released the first three finalized post-quantum encryption and digital signature standards (ML-KEM, ML-DSA, SLH-DSA), confirming that governments and industry now have official tools to start migrating to quantum-resistant security – a core part of Q-Bit's "quantum-aware blockchain" story.
Fireblocks
Fireblocks: Quantum Risk in Crypto & the Need to Prepare
Institutional digital-asset platform
Read MoreKey Point:
Fireblocks explains that quantum computing poses a long-term threat to current blockchain cryptography, urges the industry to aim for "quantum readiness by 2030," and is already investing in crypto-agility and post-quantum planning – exactly the kind of security shift Q-Bit is built around.
Got questions?
We've got answers.
How does Q-Bit work?
Client data enters the Q-Bit portal → the orchestrator shapes the job and picks the best hardware → quantum providers run the core step → results return to dashboards, with optional on-chain receipts for audit.
Who benefits first?
Logistics/retail ops, pharma/chem/materials R&D, finance/insurance, energy/utilities, and security/IT teams—places with repeatable KPIs like miles saved, faster shortlists, richer scenarios, and quantum-safe protection.
Is Q-Bit building its own quantum computer?
No. Q-Bit aggregates capacity from multiple vendors and keeps workloads portable, avoiding single-vendor risk and sending each job where it fits best. Outcome first, hardware second.
Where does blockchain fit?
Public blockchains add open rails and auditability, while higher throughput often lives on Layer-2. Quantum’s near-term role is adjacent: faster proofs, smarter batch schedules, better analysis—not replacing consensus.
How is data handled and kept private?
Q-Bit moves minimal data, keeps minimal data, favors tokenization/references, and logs every run for audit; sensitive data can stay in the client environment wherever possible.
How are the STO price stages structured?
Four shelves with fixed prices and stage raises: Private $0.01 (up to $80M) → Pre-Sale $0.03 ($70M) → Soft Cap $0.07 ($60M) → Hard Cap $0.12 ($90M) for a $300M total target. Tokens at each stage = stage dollars ÷ stage price.
