Q-Bit

Q-Bit's target workloads cluster around six application areas: open-ended quantum research, molecular and materials simulation, combinatorial optimisation, large-scale data analysis, rapid experimental iteration, and post-quantum cryptography transition planning.

That last item is increasingly urgent. NIST finalised its post-quantum cryptography standards (ML-KEM, ML-DSA, SLH-DSA) in 2024, and every organisation handling long-lived sensitive data is on a clock to migrate its cryptographic stack before quantum computers become powerful enough to break today's public-key cryptography. Q-Bit provides both a practical PQC migration roadmap for clients and a research platform for testing quantum-resistant algorithms against live quantum hardware.

Google's Quantum Echoes algorithm, run on its Willow chip, recently demonstrated about 13,000x speed-up over the best classical algorithms on a class of problems directly relevant to AI training and molecular analysis - precisely the workloads Q-Bit orchestrates. That result is among the strongest recent signals that quantum computing has crossed from research curiosity into commercially useful territory.

Customer-facing testimonials published on Q-Bit's site claim concrete enterprise outcomes: drug-discovery shortlists collapsed from months to weeks, materials-screening runs that used to take a quarter completed over a weekend, logistics simulations producing 6-9% cost reductions, and previously cost-prohibitive trading-scenario analysis becoming routine.

The token sits between capital and quantum capacity. Investors buy QBT, the resulting capital funds expansion of quantum partnerships and compute reservation agreements, enterprise clients pay to execute workloads through the platform, and the revenue associated with that growing ecosystem accrues to token holders. The platform emphasises "investor-linked upside" - token value is designed to track real usage rather than speculation.

Because usage, capacity and result delivery are all logged on-chain, QBT holders can actually measure the ecosystem's expansion over time. This is unusual for a quantum computing investment - traditionally a black box of private hardware partnerships - and is the mechanism by which Q-Bit argues it earns its token-based capital structure.

The platform operates on a deliberately non-exclusive model: it aggregates capacity across providers rather than locking into one. Public materials reference partnerships with Quantinuum (featured alongside Mitsui in the company's QIDO platform announcement for pharmaceutical and materials work), with Google's Willow team on algorithmic benchmarks, and with multiple undisclosed quantum infrastructure vendors.

The absence of single-vendor lock-in is a feature, not a bug. Quantum hardware is evolving so rapidly - gate counts, qubit counts, error correction techniques and pricing models all shift quarter to quarter - that the rational strategy is to remain hardware-agnostic and route workloads to whatever system wins a particular benchmark at a particular moment.

Q-Bit is explicit about post-quantum cryptography from day one. The platform uses strong classical cryptography in the short term, with a published migration roadmap toward the NIST PQC standards as those standards are operationalised across the industry. One customer testimonial summarises the approach bluntly: "Post-quantum security is real work, not slides."

Beyond PQC, the design emphasises minimal data movement and reference-based workflows, so that sensitive client data can stay inside client environments rather than traversing the quantum provider stack. Every computational run carries a tamper-evident audit log, and optional on-chain receipts let compliance teams prove to external auditors that a given result came from a given system at a given time.

QBT's live market is the QBT/USDT spot pair on BiFinance. ReadPrices reads BiFinance's public market API - the same /api/market/tickers and /api/market/kLine endpoints that power BiFinance's own front end - so the figures shown here match the exchange down to the last digit. Results are cached for about three minutes to stay polite with the upstream rate limit.

Historical charts are built from BiFinance's kLine candles: hourly resolution for the short-term timeframes and daily resolution for longer windows. All prices are converted to USD assuming USDT parity with the dollar, a convention that holds within a few basis points under normal market conditions.

Q-Bit (QBT) is listed on BiFinance as the QBT/USDT spot pair, and that is the only market ReadPrices tracks for it. It is not carried by the large tier-1 exchanges, so liquidity is concentrated in a single order book: spreads can be wider than on a major coin, one large order can move the price, and the 24-hour volume shown here comes from that one venue.

The "Where it trades" card on this page links straight to the BiFinance trade page. QBT is a Tron (TRC-20) token, so once bought it can be withdrawn to any wallet that supports that network - check the withdrawal fee and check the contract address on the project's own site before moving funds.

The reported 24-hour trading volume of Q-Bit is $226.82K. Volume is a live reading of how much QBT changed hands across all tracked exchanges in the past day and tends to rise during periods of price discovery and fall during consolidation.

For traders, the ratio between volume and market cap is often more informative than either number on its own: a high vol-to-mcap ratio indicates liquid, actively traded supply, while a low ratio suggests that most holders are sitting on the asset.

Q-Bit's market capitalization is currently $294.48M, and it is ranked #303 by market cap on ReadPrices. Market cap is calculated as the current price multiplied by the circulating supply (200.00 million QBT are actively circulating today).

Market cap is a common but imperfect measure. It reflects the theoretical value of every circulating token at the current market price, but it doesn't capture how thin the top of the order book might be - an important caveat for tokens with low floats or illiquid cap tables.

The fully diluted valuation (FDV) of Q-Bit is $294.48M. FDV is a projection of what the market cap would be if every token that will ever exist - including those that have not yet been unlocked, mined or issued - were in circulation at the current price.

FDV is a useful second reading alongside market cap. A large gap between mcap and FDV signals that future token emissions could dilute current holders, while a small gap indicates that supply is already mostly out.

Over the past 24 hours, Q-Bit has moved +4.41%. Over the past seven days, the change is +8.06%. Comparing these figures to the change in the whole crypto market cap (shown in the line at the top of this page) tells you whether QBT is leading, lagging or tracking the broader market.

For deeper analysis, the Categories page groups coins by theme - Layer 1, Meme, DePIN, AI, RWA and so on - and lets you compare Q-Bit against its closest peers. Each category page lists its coins with their seven-day price lines in a single view.

Like any crypto asset, the right way to store QBT depends on how often you plan to use it. Long-term holders typically self-custody using a hardware wallet such as Ledger or Trezor, which keeps private keys offline and immune to most remote attacks.

For active traders, a reputable custodial exchange wallet can be appropriate, especially one with clear proof-of-reserves attestations. Whatever approach you choose, the most important rule is to keep your recovery phrase offline, never share it, and never enter it into a web form or attached to a DM - no legitimate support agent will ever ask for it.