quantumcomputing

💭 - A new report from research firm Quantus warns that the crypto industry might be lagging in its preparation for quantum attacks, which could threaten over $2 trillion in digital assets. According to the report, the progress of quantum computing is outpacing the crypto sector's plans to transition to post-quantum cryptography.

Officially, it’s no longer a spooky tale for the cyberpunks of 2040; it’s morphed into a real countdown timer after Google Quantum AI and next-gen hardware from Microsoft and IBM drastically cut down the timeline for cracking elliptic cryptography. While crypto enthusiasts were praying for the invulnerability of the blockchain, Justin Drake from the Ethereum Foundation estimated the chance of key compromise by 2032 at a minimum of 10%, and the Coinbase advisory board rolled out a 51-page memo with some harsh truths: the main target isn’t the networks themselves, but wallets with publicly exposed keys already on the chain. Currently, 6.9 million BTC worth half a trillion dollars are dangling in the direct line of quantum fire, out of which 1.7 million are sitting on ancient and structurally porous P2PK addresses, including the untouched stash of Satoshi Nakamoto himself. To prevent these assets from falling into the hands of future hackers, Jameson Lopp and a team of developers pushed the ultimate BIP-361 into the repository: a hard mandatory migration that will simply freeze all vulnerable addresses a couple of years after activation, legally turning the coins of Bitcoin's creator into illiquid digital trash if he doesn’t show up for an upgrade. The industry is shifting from denial to panic-fixing holes, so holders on old addresses should prepare mentally for the inevitable move to quantum-resistant formats, while speculators should keep in mind that any news about successful quantum algorithm tests will locally dump the market in crowd paranoia until Bitcoin adopts a new security standard.

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The long-term roadmap for $BTC
is inherently tied to global monetary expansion and cutting-edge cryptographic security. Historically, digital asset cycles have shown an incredibly tight correlation with the global M2 money supply. 💸 As central banks expand their balance sheets to manage debt, excess fiat liquidity naturally flows directly into hard assets, pushing the scarce ledger championed by @Bitcoinworld toward new valuations as a global liquidity sponge. $BNB
Simultaneously, the network is proactively preparing for future technological shifts, specifically quantum computing advancements. While some fear that quantum power could break traditional SHA-256 or ECDSA cryptography, the core developer community is already working on post-quantum solutions. 🛡️ Upgrading the network to quantum-resistant signature schemes can be implemented seamlessly via a soft fork long before quantum hardware poses a real threat. $USDC
As global M2 liquidity expansions continue to debase fiat and proactive quantum-proof research safeguards its future infrastructure, the ecosystem secures its perpetual survival. 🌍
#USCryptoMarketStructureBillFacesUncertainty #QuantumComputing #M2MoneySupply #CryptoTech #MacroEconomics

The deeper I dig @OpenLedger , the more I feel something's off.
So this OpenLedger...
The more I dig, the more I feel like something's off.
Their AI narrative is really strong. No kidding. From 2025 to 2026, everyone's racing to develop the most advanced AI. OpenLedger is stepping in at the right moment.
A blockchain specifically for AI, Proof of Attribution, data that can be tracked on-chain. Sounds solid.
But then I remember one thing.
Quantum computing.
And I immediately feel... anxious.
Wait, is it really that dangerous?
I don't want to overreact. So I'm trying to find the facts first.

Think your crypto is unhackable? Think again. The industry is silently bracing for a massive paradigm shift: Quantum Computing.
While traditional cryptography would take classical supercomputers billions of years to crack, upcoming quantum machines running Shor’s Algorithm could reverse-engineer private keys from public addresses in mere minutes.
Why Crypto is in the Crosshairs:
No "Undo" Button: Unlike traditional banks, a hacked blockchain wallet can’t be frozen or refunded. Code is law—once it's gone, it’s gone.The "HNDL" Trap: Bad actors are using a strategy called Harvest Now, Decrypt Later. They are collecting encrypted blockchain data today, waiting to unlock it the second quantum tech matures.Exposed Keys: Roughly 25% to 30% of all Bitcoin sits in older or reused addresses with exposed public keys, leaving billions vulnerable.
The Good News? The Counter-Attack Has Begun 🛡️
The timeline has shrunk to a 3-to-5-year planning window, and the industry isn't sitting still. Networks are aggressively migrating to Post-Quantum Cryptography (PQC)—using complex mathematical structures (like lattice-based cryptography) that even quantum physics can’t crack.
The blockchain will survive, but the race to upgrade global infrastructure before the 2030 deadline is officially on.
What are your thoughts? Will decentralized networks upgrade fast enough, or will older "lost" coins be drained? Let's discuss below! 👇
#CryptoSecurity #quantumcomputing #BlockchainTech #Web3

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The enduring strength of @Bitcoinworld lies in its ability to learn from past vulnerabilities, starting with the historical impact of the Mt. Gox era. The collapse of the dominant centralized exchange in 2014 was a painful but necessary wake-up call for the entire industry. It painfully demonstrated the structural dangers of systemic centralization and third-party counterparty risk. This pivotal event firmly permanently embedded the foundational ethos of self-custody and personal financial sovereignty into the global community. 📜
This deep desire for true independence has directly driven the rise of decentralized non-custodial exchanges like Bisq and RoboSats. These innovative peer-to-peer trading platforms allow users to buy and sell $BTC
without ever giving up control of their private keys or submitting sensitive personal data. By removing central points of failure and using secure escrow smart contracts, these networks protect user privacy and build a resilient trading infrastructure that cannot be shut down by centralized entities. 🔒
Looking toward the horizon, the network's underlying architecture is prepared for future technological challenges, including Bitcoin's resistance to quantum computing. While quantum breakthroughs threaten legacy banking encryption, the network can seamlessly upgrade its core cryptographic algorithms. Transitioning to quantum-resistant signatures, such as post-quantum schemes, via soft forks ensures that the decentralized ledger remains completely unbreakable. The combination of historical lessons, non-custodial tech, and forward-looking cryptography ensures absolute long-term survival. 🛡️
#BitcoinWarnings #SelfCustody #QuantumComputing #DeExchanges #CryptoHistory