@jabed_editz_7: mama gone 😔😭

𝗝𝗮𝗯𝗲𝗱_𝗲𝗱𝗶𝘁𝘇_𝟳💫

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Monday 09 November 2026 08:16:13 GMT

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꧁꒰ 𝓜𝓼𝓭 𝓢𝓪𝓶𝔂𝓸𝓰 ꒱꧂ :

while watching this match

2026-11-09 08:23:33

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11/1 ♋ :

finally mama

2026-11-09 08:59:42

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#دمتم حاسدين ودمنا في رعايه الله💯🪬🧿#💔🥀 #الشعب_الصيني_ماله_حل😂😂

#دمتم حاسدين ودمنا في رعايه الله💯🪬🧿#💔🥀 #الشعب_الصيني_ماله_حل😂😂

The comfiest!!! @SKIMS #skimspajamas #FallDealsForYou #blackfriday

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A Credible Threat, Not a Distant One RippleX senior engineering director Ayo Akinyele has gone public with details of a major security overhaul for the XRP Ledger, framing quantum computing as an urgent engineering problem rather than a theoretical future risk. Akinyele said the quantum threat has shifted

A Credible Threat, Not a Distant One RippleX senior engineering director Ayo Akinyele has gone public with details of a major security overhaul for the XRP Ledger, framing quantum computing as an urgent engineering problem rather than a theoretical future risk. Akinyele said the quantum threat has shifted "from theoretical to credible, and preparation timelines now matter." The concern is grounded in hard research. Recent findings from Google Quantum AI have brought renewed attention to what quantum computing could mean for the crypto industry, showing that the cryptography most blockchains rely on today can be broken by sufficiently advanced quantum computers, including the algorithms that secure wallets, sign transactions, and protect digital assets. Google's research estimated that around 500,000 physical qubits could derive a private key from an exposed public key in roughly nine minutes, a sharp reduction from earlier assumptions. There is also a more immediate risk. Bad actors can scrape publicly visible cryptographic data from blockchains today, store it, and wait for quantum hardware to catch up. For assets meant to be held for years or decades, that is a real concern. A Four-Phase Roadmap to 2028 Ripple has introduced a four-phase roadmap to prepare the XRP Ledger for a post-quantum future, with a target for full readiness by 2028. The work began well before the public announcement, with research alongside cryptographers running since the 2024 to 2025 period. Phase 1 establishes a Quantum-Day contingency: if current cryptography is compromised ahead of schedule, classical signatures would be blocked across the network and users directed to quantum-safe accounts, with fund recovery enabled via zero-knowledge proofs. Phase 2 is already active in the first half of 2026, with Ripple's applied cryptography team testing NIST-standardized post-quantum algorithms against real XRPL workloads. Core engineer Denis Angell has already deployed ML-DSA quantum-safe signatures on XRPL's AlphaNet as part of this phase. Ripple has also partnered with Project Eleven to strengthen the XRP Ledger's defences, focusing on auditing the network's validator, custody, wallet, and networking systems while developing quantum-resistant infrastructure and hybrid cryptographic signature systems. The partnership aims to produce working code, performance testing, and production-ready security tools, including a quantum-secure custodial wallet prototype for institutional use. The institutional angle is central to Ripple's pitch. Beyond security, the team is simultaneously building out AI capabilities on the ledger. Ripple recently joined Mastercard's Agent Pay for Machines initiative to launch autonomous AI transactions, while the RippleX team released a dedicated XRPL AI Starter Kit. Akinyele has argued that the combination of quantum-safe infrastructure and AI-ready payments positions XRPL as a foundation for the next generation of institutional and machine-to-machine finance. Ripple's 2028 target arrives a year ahead of Google's own 2029 post-quantum cryptography deadline, and ahead of the U.S. government's 2035 target for migrating federal systems away from at-risk encryption. For now, it also puts Ripple ahead of most competing blockchain networks. #xrp #xrpl #ripple #xrpcommunity #xrparmy

#CapCut #amour #besti #fup

#CapCut #amour #besti #fup

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