QuStream (QST)

Overview

QuStream (QST) market snapshot: Price $0.00187697, market capitalization $1.88M, and reported 24-hour volume $2.32K.

Trading activity: Reported 24-hour volume equals 0.12% of market capitalization. The local markets snapshot lists Raydium and Meteora DAMM V2 among venues with observed trading activity.

YearBull indicators: YearBull Rank #2,575. Bull Score 66/100. YB Market Risk Low. This relative market-volatility label is not an investment-safety assessment. Cycle Early. Observed price change: 24h 0.42% · 7d 2.12% · 30d 6.85%.

Values are descriptive and should be read together rather than as a price forecast. Read the YearBull methodology. Snapshot date: 2026-10-27. Data history: 90 days available in the latest 90-day window.

Methodology responsibility: YearBull’s analytical methodology and presentation rules are developed and maintained by Alan Zelvin, Founder & Lead Crypto Researcher. This note identifies responsibility for the methodology; it does not attribute authorship of this data snapshot.

What is QuStream (QST)?

YearBull Project Summary: This documented profile summarizes the documented purpose, mechanism and token context for QuStream. It separates confirmed source material from information that requires current independent verification, including market data, supply figures, contract state and operational availability.

Source description

“QuStream (QST) Project Description QuStream is a Layer 1 blockchain built to provide quantum-safe encryption for securing digital assets, transactions, and sensitive data against future quantum computing threats. The project was founded by Adrian Neal, a blockchain security expert with extensive experience in cryptography and cybersecurity. After witnessing firsthand the vulnerabilities in existing cryptographic models, Neal set out to develop a blockchain network that could withstand the rapidly advancing capabilities of quantum computers. The solution developed by him currently holds the highest quantum resistance in the world, at 504 bits quantum hardness. At the core of QuStream is its patent-pending encryption algorithm, designed to eliminate the risks associated with fixed private keys. Traditional blockchain encryption relies on static key pairs that, once exposed, compromise entire accounts. QuStream replaces this with a dynamic private key system, where a new, cryptographically linked key is generated for each use. This approach significantly enhances security by preventing private key reuse, reducing the attack surface for quantum and classical adversaries. QuStream operates on a Proof-of-Stake (PoS) consensus mechanism, with decentralized validator nodes that distribute these dynamic private keys while maintaining complete privacy and security. The network employs a sharded infrastructure, ensuring scalability and high transaction throughput without sacrificing decentralization. The QST token serves as the backbone of the ecosystem, used for transaction processing, validator staking, and governance. Initially launched on Solana, QST will undergo a 1:1 migration to the native QuStream blockchain upon its mainnet deployment.”

This source-supplied description may contain old, promotional, or unverified claims and is not YearBull editorial analysis.

QuStream (QST) project facts

Official links and contract records appear in Key Facts. Project details can change, so verify current information with the project.

QuStream (QST) FAQ

How does QuStream’s dynamic private-key system differ from conventional blockchain keys?

The project says QuStream replaces static key pairs with a dynamic private-key system. A new cryptographically linked key is generated for each use, which is intended to prevent key reuse and reduce the attack surface for both quantum and classical threats. QuStream presents this mechanism as a central distinction from conventional blockchain encryption, although the project does not specify independent validation of the claimed security properties.

What quantum-resistance level does QuStream claim for its encryption approach?

QuStream claims that its patent-pending encryption algorithm reaches 504 bits of quantum hardness, which it presents as the highest quantum-resistance level in the world. This is a project claim rather than an independently established conclusion here. The stated objective is to protect digital assets, transactions, and sensitive data against threats associated with future quantum computing capabilities.

How are staking and governance connected to the QST token?

The project positions QST as the token used for transaction processing, validator staking, and governance within the QuStream ecosystem. Its stated model is based on Proof-of-Stake, with validator nodes participating in network operation. QuStream does not specify the voting rules, staking requirements, reward schedule, penalties, or governance procedures that would determine how these functions work in practice.

Why does QuStream use sharding alongside Proof-of-Stake consensus?

QuStream says it combines decentralized Proof-of-Stake validator nodes with a sharded infrastructure. Sharding is presented as a way to support scalability and high transaction throughput while maintaining decentralization. The project does not detail the number of shards, how transactions are assigned between them, or how cross-shard communication and validator responsibilities are handled.

Which organizations does QuStream target with its encryption technology?

QuStream says its encryption technology is intended for financial institutions, cryptocurrency exchanges, enterprise security solutions, and government-level data protection. The project frames post-quantum cryptography as a way to support long-term security across these settings. It does not identify specific customers, deployments, integrations, or institutional partnerships demonstrating adoption in those sectors.

How is QST expected to move from Solana to QuStream’s native blockchain?

QST was initially launched on Solana, and the project states that it will undergo a 1:1 migration to the native QuStream blockchain when its mainnet is deployed. This implies that each existing token is intended to correspond to one native-chain token. QuStream does not specify the migration process, eligibility conditions, timing, technical mechanism, or treatment of tokens held during the transition.

QuStream metric comparison

This comparison is a stored snapshot generated 2026-10-22 06:31 UTC from 292 daily observations available from 2025-12-30 through 2026-10-22. It is separate from the latest analytical cards above. Percentiles compare the snapshot value with that day's analytical universe; a higher percentile means a larger observed value, not necessarily a better investment characteristic.

MetricSnapshot30d before90d beforeChange vs 30dUniverse percentile
Price$0.00216641$0.00211051$0.00254183+2.6%n/a
Market cap$2.17M$2.11M$2.54M+2.6%P72.9
YearBull Rank#529#2,117#5,831Improved 1,588P93.8
Bull Score76/10043/10023/100+33.0 ptsP92.7
Turnover2.06%3.80%0.19%-1.7 ptsP65.8
YB Market RiskLowMediumLowMedium → Lown/a
CycleEarlyEarlyEarlyUnchangedn/a

Median absolute daily movement 4.28%; distance from the highest local daily price -66.5%; circulating supply change 0.0%. These measurements are descriptive and do not predict future direction.

Editorial research. Identity, project facts, sources, and risks below belong to the dated editorial review. The live analytical snapshot above may be newer and is generated separately from stored market data.

QuStream (QST): project purpose, mechanism and token context

This documented profile summarizes the documented purpose, mechanism and token context for QuStream. It separates confirmed source material from information that requires current independent verification, including market data, supply figures, contract state and operational availability.

QuStream is described in the reviewed source record as follows: QuStream describes QST as the token used for staking, encryption-node operation, transaction fees and access to quantum-safe services. This establishes the documented project purpose, but it is not a statement about price, adoption, reserves or future performance.

The documented operating model adds this context: The project states that QST is initially issued as a Solana token and is intended to migrate to a native QuStream token once the infrastructure is operational. Readers should separate that stated mechanism from any interface, contract or market condition visible today. Product rules and integrations can change.

The evidence set also records: The token page lists the Solana contract AUuCEHQ7sm2i5GmaHrpE961voWcTY8U6mgrkhcV7pump and a total supply of one billion QST. This helps explain the role of QuStream within its network or product, while leaving any unsupported reward, liquidity or performance claim unresolved.

Identity is important because similar names, wrapped assets and historical deployments can coexist. The reviewed record states: QuStream describes encryption nodes as service providers and says node-operation fees are allocated to node operators and eligible stakers. Before interacting with QuStream, verify the active chain, contract and official interface rather than relying on a ticker alone.

For token role and disclosed design, the source material says: The token page lists public sale, team, investor, foundation and airdrop distribution categories with different lock or vesting descriptions. Where supply, allocation, emissions, vesting or burn details are absent, this profile leaves them unresolved and does not infer a current figure.

The evidence set provides this detail: Native network launch, bridge security, node activity, fee realization and migration execution were not independently verified in this review. This is useful technical background, but it does not replace operational due diligence. Permissions, counterparties, oracles, bridges and withdrawal conditions can affect real use.

One additional evidence-bound observation is: QuStream describes QST as the token used for staking, encryption-node operation, transaction fees and access to quantum-safe services. The editorial conclusion is limited to the cited record and deliberately avoids price targets, return projections and claims that a mechanism will deliver a particular outcome.

When assessing current status, the key question is what has been independently confirmed at the time of use. The dossier supports this point: The project states that QST is initially issued as a Solana token and is intended to migrate to a native QuStream token once the infrastructure is operational. Later official records take precedence if contracts, terms or deployments change.

The project documentation provides a basis for describing intended scope, not for filling every data gap. The reviewed material says: The token page lists the Solana contract AUuCEHQ7sm2i5GmaHrpE961voWcTY8U6mgrkhcV7pump and a total supply of one billion QST. Current market metrics and operational availability require separate, dated verification.

Finally, the evidence record notes: QuStream describes encryption nodes as service providers and says node-operation fees are allocated to node operators and eligible stakers. The practical takeaway is to verify identity, chain, contract details and current risk disclosures before acting. This is especially important where custody, lending, bridges or external dependencies are involved.

YearBull Rank overview

Newest YearBull Rank value for qustream: #2575.

Rank timeline (last 365 days)

Rank change (nearest points).

Reading rule: lower is better in this ranking.

  • 7d window (2026-10-20): #498 → #2575 (down by 2077).
  • 30d window (2026-09-27): #2597 → #2575 (up by 22).

YearBull Rank is a comparative index on YearBull that helps contextualize a coin’s position versus others over time. Lower rank numbers correspond to stronger relative placement.

Liquidity angle: If the line improves during quiet periods, it can be accumulation. bursty volume can create temporary re-ordering.

Where it trades: If the line is step-like, watch for discrete market changes. consolidation can make rank more stable.

Cycle context: If the 30d is noisy, increase the lookback to avoid over-reading. a stable phase often tightens the rank range.

Risk note: If it is flat for long, the coin may be tracking the cohort. range behavior tells more than a single point.

Editorial note: This analysis was prepared by the YearBull research team under the direction of Alan Zelvin, Founder and Lead Crypto Researcher. The assessment follows YearBull’s internal research methodology and editorial standards. Methodology · Editorial Policy
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QuStream (QST) Markets

Venue refresh pending. Markets last checked: 2026-07-26. The next refresh is queued in the hourly updater. Venue listings and volumes are stored snapshots, not live quotes.
Exchange Top Pair Stored 24h volume (snapshot) Trust Rank
Raydium QST/SOL $1.82K #1,346
Meteora DAMM V2 QST/SOL $47 #251

Listings are ordered by reported snapshot volume. Trust Rank is an external venue-quality indicator; it is not an endorsement or a solvency guarantee.