World’s 1st scalable Quantum ITS. Perfect Secrecy at 0.9 cpb for Gov & Defense Trade: jup.ag/tokens/AUuCEHQ7sm2i5G…

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They said quantum threats were years away. They were wrong, but we have you covered! Quantum-safe encryption powered by $QST #QuStream #Quantum #Encryption #L1 #Blockchain
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Perfect secrecy has always inspired the security world. QuStream gives bounded information-theoretic security a path to scale. Public epochs move over ordinary IP. Provisioned edges derive fresh keys in software; no quantum hardware on the link. Load once. Rekey continuously.♾
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Quantum-safe opens the next era. QuStream carries it further. PQC brings standardised quantum-resistant key establishment and signatures. QuStream adds continuous key renewal with bounded information-theoretic security for provisioned links. Adopt the standard. Build beyond it.
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Bringing information-theoretic encryption to businesses through software is a big deal. Letting the community own nodes supporting that infrastructure makes it personal. That’s the QuStream proposition. Own the node. Delegate operations. Participate in solana:AUuCEHQ7sm2i5GmaHrpE961voWcTY8U6mgrkhcV7pump rewards.👇
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1/10 QuStream Node Network Update As the network moves into its next phase, we are making an important change to how community participation and rewards will work. Here is what is changing, and why. 🧵
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10/10 The Delegation page will be added to the Dashboard tonight. The changes go live at the end of next week, closing Round 2 and starting Round 3. Delegation fees: • 5% operating fee • One-time $5 setup fee per node
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QuStream retweeted
QuStream is moving from infrastructure toward field validation. The latest community update covers $QST staking, drone trials, a U.S. defence RFI, AI-era security risks and the path to first customer traffic. Read the complete space recap and Q&A 👇
Article

From Staking to Field Trials: QuStream’s Latest Community Update

QuStream’s latest community Space showed several parts of the project moving closer to practical use. Node staking is approaching its next test phase, the Delatr drone programme is heading toward

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If Quantum Computing (offense) could be worth between $1.3T to $2.7T by 2035 according to McKinsey... How much Quantum-Resistant Cryptography (defense) could be worth by then?
Quantum Computing could be worth between $1.3T to $2.7T by 2035 according to McKinsey and Oxford Economics
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A business doesn’t buy encryption because it likes the technology. It buys it because some information cannot afford to become public. Financial records. Commercial secrets. Sensitive communications that still matter years after they are sent. QuStream is the first to bring information-theoretic confidentiality (aka perfect secrecy) to business traffic, under its stated security conditions, without requiring companies to replace their existing networks. Running a node means helping support the services behind that protection, and earning rewards for the work your node delivers. The model allocates 60% of eligible network service fees to nodes. Fully staked operators retain 100% of their node’s allocated rewards, before operating costs. That creates a practical connection between business demand and operator opportunity. More paid usage can support a larger reward pool. Your individual outcome still depends on participation, reliability, costs and how rewards are distributed. The long-term case starts with lasting usefulness. Businesses need sensitive information to stay confidential long after it is sent. QuStream’s opportunity is to meet that need on the networks they already use, and reward the node operators who help deliver the service with $QST.
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An encrypted command is only useful if it arrives, and can be trusted. On a degraded link, three questions matter: • Can anyone else read it? • Is it authentic and unaltered? • Can it still get through? That is the challenge behind QuStream Defence Protocol (QSDP)
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A fair comparison matters. With identical error correction and diversity, we claim no raw channel advantage over a properly engineered AES stack. The differences to examine: • Key management • Integrity behaviour • Per-packet overhead
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The proof belongs in testing. Evaluate the complete stack: • Confidentiality • Authenticity and integrity • Delivery under degraded conditions Use realistic conditions and your own threat model. Explore the QSDP design: qustream.co.uk/qsdp.html
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