Trang13404
Trang13404
2m$ sẽ nghỉ hưu ! Kk
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🔥HOT NEWS OF THE DAY!
• The market continues to recover as Bitcoin approaches 75k and Ethereum holds steady above 2.3k thanks to significant inflow and improved liquidity 
• Selling pressure ahead of the U.S. tax deadline (4/15) reaches ~2.8 billion USD, causing short-term market volatility, but it is expected to decrease after the deadline 
• Institutional money continues to flow in as traditional financial institutions expand investments and crypto infrastructure, reinforcing the trend of "institutional adoption" 
• Japan is enhancing practical applications by allowing the use of XRP for payments and in the consumer ecosystem, boosting global adoption 
• System operations are still running normally with network maintenance periods such as Binance temporarily halting BTC deposits/withdrawals for upgrades 
The market is in a recovery state but sensitive, affected by short-term selling pressure and macro news, while institutional money and adoption continue to be long-term growth drivers.
@OKX Orbit
#DailyOrbit #CoinMoveAlert #CreatorRewards
$BTC $ETH $OKB
If you missed the initial run, @quipnetwork is waiving account creation fees again through November 8th, alongside 4,000 sponsored Quantum Echo reveals refilling on November 1st. Setting up my account directly on Ethereum was surprisingly smooth; the main takeaway is how it layers post-quantum signatures onto your existing native chain setup without forcing you to migrate assets anywhere. Just keep in mind that native gas fees on Ethereum still apply, so make sure to check gas costs before confirming the transaction. Happy Halloween 🎃
What makes @quipnetwork truly interesting isn’t just speculating on what quantum hardware might achieve in the future, but addressing what happens when crypto protocols are forced to survive it. The recent security review for QuipSwap highlights a fundamental shift in cross-chain architecture: by removing bridges, oracles, and wrapped assets entirely, two wallets can settle transactions directly across chains powered by post quantum signatures. What stands out most is the formal verification surrounding the core execution flow, which strictly guarantees one of two deterministic outcomes either execute or reclaim. That binary reliability changes how you evaluate the protocol overall. They aren’t just pitching high level infrastructure for a future quantum era; they’re actively engineering resilient crypto primitives designed to withstand it in real world conditions. That practical combination of survival first security and zero trust design is what makes $QUIP worth watching closely.
From harvesting starlight to unlocking new worlds, Genesis makes energy feel like the foundation of an entire civilization.
Project Sphere
GENESIS: THE AGE OF STORED LIGHT
The Sun puts out about 380 septillion watts.
Earth catches less than a billionth of it, and all of humanity runs on roughly 20 terawatts. The rest pours off into empty space.
In 1964, astronomer Kardashev proposed measuring a civilization by a single number: how much energy it can harness.
Type I commands its planet.
Type II commands its star.
Genesis is the first step toward Type II.
Around the first star, the sphere is rising. Each cell is a collector, drawing raw power from the star and banking it. Every second, the reserve grows.
Even when a sphere seals and the epoch moves to a new star, the old cells keep harvesting the star they enclose.
Genesis is the reserve. Everything after draws from it.
The archives speak of what comes next: worlds that won't wake without power. Routes between stars that open only for those who can pay the toll in energy. And something out past the last sphere that has been waiting a very long time for someone to arrive with enough power to answer it.
No one knows yet how much it will take. Those who stored energy during Genesis will be the first to find out.
Most crypto projects demand blind faith, but @quipnetwork takes a far more refreshing route by putting their entire mechanism on display and outright challenging you to audit it. The core problem they are solving is unmistakable: current wallets rely heavily on ECDSA signatures, and while powerful quantum computers aren't here today, exposed public keys are already sitting targets for "harvest now, decrypt later" exploitation. What makes Quip Accounts practical isn't just the underlying math, but their seamless implementation; rather than forcing migration, they layer post quantum protection directly on top of existing account structures across Ethereum, EVM L2s, and Bitcoin L2s so your assets never have to move. They back up this architecture with complete operational transparency publishing open source signature code, sharing an independent Oak Security audit, and running an un gated testnet that anyone can test freely. Even more telling is their pragmatic honesty about the tradeoffs, openly acknowledging higher gas overhead and testnet limitations instead of selling unrealistic perfection. Nothing in Web3 is guaranteed and adoption is always the real hurdle, but a team that actively hands you the tools to prove them wrong builds far more credibility than one hiding behind empty hype.
Are you already auditing post quantum protection for your long term storage, or waiting for mainnet standards to settle?
Hey Quippers,
Most quantum demos love showing off fancy chips winning speed tests, but Quip Network just dropped something way rarer: a test showing that absolute nothing changed. That’s actually what grabbed my eye about XQuad on @quipnetwork .
Basically, you write an optimization problem once, and that exact model can run across a D-Wave QPU, a local annealer, a GPU, or the Quip Network seamlessly. Take a simple constraint like "a package cannot ride two trucks" it’s handled in one single instruction rather than writing complex loops for penalty terms by hand. To prove it works, they ported an existing logistics demo over to XQuad and matched it against the hand built model coefficient by coefficient, resulting in zero mismatches.
To me, that’s the true test of a solid toolchain: a good port means the numbers don't shift at all. I also appreciate their honesty no fake general quantum advantage claims, acknowledging the chip only edges ahead on the absolute toughest cases. Before anyone asks where quantum actually wins, devs need a stable layer to build on, and real progress isn't a flashy benchmark it’s boring infrastructure that lets people run experiments effortlessly. @quipnetwork $QUIP
gQuip Quippers, listen up!
@quipnetwork
Our CTO, Richard Carback, just dropped his full $10k commitment into the Wallet Security for Post Quantum Ethereum initiative via TheDAO Security Fund, bringing a massive win for the community.
Real talk while Ethereum itself can upgrade over time, crypto wallets like MetaMask and Rabby remain the soft underbelly that need post quantum protection at the signing layer right now, which is why Quip Network isn't just throwing money around but actively building the core infrastructure from optimized hash based signature libraries hashsigs solidity, hashsigs rs to testnet toolkits quip solidity and full SHRINCS integration so we can bulletproof every Ethereum wallet against quantum threats together.
Let's build!
Quantum in Web3 usually gets dismissed as far off narrative noise until you look at real infrastructure being tested right now.
That’s what makes @quipnetwork worth watching. Rather than selling abstract whitepapers, they're deploying actual on chain primitives:
• QVRF: Verifiable quantum randomness generated on chain.
• quipSwap: A bridgeless, quantum resistant cross chain swap model designed to eliminate wrapped asset vulnerabilities.
Different use cases, same underlying thesis: turning raw quantum capabilities into practical, dev-ready tools instead of theoretical sci fi.
At the end of the day, hardware specs don't mean much if builders can't use them. The real milestone will be what developers actually deploy on top of these subnets over the next few months.
Are you guys looking at post quantum security as an active build priority yet, or still treating it as a future problem?
@NucleusCodes
Quantum resilience that breaks user experience is a non starter for mainstream adoption. While the broader industry treats post quantum migration as an agonizing network wide hard fork or a clunky user opt in, embedding lattice based signature schemes directly beneath human readable identity layers like FortressName is the exact abstraction UX requires.
Bringing together hardware level QPU execution via @quipnetwork , protocol level audit standards via @projecteleven , and stealth address identity primitives via @Americanfort_io highlights a critical architectural pivot:
Default Security vs. Opt In Complexity: Expecting retail users to manually manage post quantum key derivation paths or migrate cold storage addresses is a recipe for catastrophic user error. Baking lattice cryptography into hierarchical deterministic wallet structures behind a single handle makes quantum protection invisible and automatic.
Privacy Layer Interoperability: Coupling stealth address routing (Send to Name) with post quantum signature schemes ensures that transactions aren't just un linkable on public ledgers today, but remain safe from retroactively decrypted historical ledgers ("harvest now, decrypt later" threat models).
Cross Chain Abstraction: Infrastructure that functions natively across heterogenous signature schemes rather than locking users into a single niche PQC chain is how post quantum security actually scales.
Upgrading state security without forcing everyday users to decipher cryptographic primitives is how crypto native privacy survives the next decade.
@NucleusCodes
