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
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
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
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
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
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
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.
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.
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.
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.
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.
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.
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.
