quantum

🚨 AI agents significantly reduce the cost of quantum attacks on Bitcoin 🧠

📊 | $BTC | $ETH | $BNB |

- Please follow, like, and comment—share your thoughts together. 📈

- The ECDSA.Fail challenge shows that the resource requirements for the key components of quantum attacks on Bitcoin drop by 86%.
- This benchmark targets implementations of the Elliptic Curve Digital Signature Algorithm (ECDSA) against potential quantum attacks.
- Research indicates that using AI agents can substantially optimize attack paths and reduce computational costs.
- This technology is still in the experimental stage, and its real-world impact on network security remains to be observed. 🔥

- The market may believe quantum risk remains manageable in the short term, and the price may trade sideways.
- If quantum attack costs fall further, regulatory pressure could increase, potentially leading to capital outflows.
- Currently, there have been no significant changes in large-holder behavior; holdings remain neutral.
- In the short term, Bitcoin’s volatility is expected to stay within a low range.

- How long do you think until advances in quantum technology have a substantive impact on Bitcoin?

- Keep following our in-depth analysis and share your insights.

- #Bitcoin #Crypto #Quantum #Security #Whales

⚔️🛡️💸 QUANTUM ATTACK ON ₿ITCOIN BECOMES 86% “CHEAPER” IN JUST 2 MONTHS🤺

The race between blockchain and quantum computing has just gained a new alert.
An open challenge with more than 100 researchers and AI agents managed to reduce by approximately 86% a space-time cost metric of an essential circuit for a potential quantum attack on the cryptography used by Bitcoin and Ethereum.

The new circuit for the secp256k1 curve uses about:
⚛️ 1,151 logical qubits
⚙️ 1.30 million Toffoli gates
The benchmark score dropped from approximately:
10.75 BILLION → 1.496 BILLION
in less than two months.

🔥 Why Does This Matter?
A fault-tolerant quantum computer could, in theory, use Shor’s algorithm to recover a private key from an exposed public key.
According to an estimate from Coinbase’s quantum advisory board cited by the report, about 7 million BTC are currently in addresses whose public keys are already visible, including older P2PK-type wallets.

⚠️ BUT THIS DOESN’T MEAN BITCOIN CAN BE BROKEN TODAY

The researchers themselves stress that optimizing the circuit does not create the quantum computer needed to run it. Current hardware remains far from a fault-tolerant machine capable of this attack.
The warning sign is the speed of progress: AI + human researchers are reducing the required resources more rapidly.
Ethereum has already set an aggressive goal to make its L1 resistant to quantum threats across execution, consensus, and data layers by December 2029.

🔥 Maybe the real race isn’t
“When will the quantum computer arrive?”
But:
“Bitcoin▸ $BTC ▸ Ethereum▸ $ETH ▸ will be ready when it arrives?”

👇 Is the quantum threat still far off, or does it already deserve top priority?

#Bitcoin❗ #Ethereum✅ #quantum

Researchers just cut the estimated quantum-computing cost to attack Bitcoin and Ethereum's encryption by more than 50% -- and no machine on Earth can actually do it yet.

The news: a collaborative effort (100+ contributors, including teams from the Ethereum Foundation, Theta Labs, and StarkWare) designed a new quantum circuit needing 1,151 logical qubits and about 1.3 million Toffoli gates to perform the core arithmetic step in breaking the elliptic-curve cryptography (secp256k1) that secures both Bitcoin and Ethereum private keys. The combined resource score came to roughly 1.5 billion -- more than 50% below the ~3 billion benchmark Google Quantum AI published in March, and an 86% drop from where an open research challenge started just two months ago.

The catch: today's quantum hardware has only ~1,000-1,200 physical qubits and logical-qubit counts in the tens or low hundreds -- nowhere close to running this. This is a benchmark for a theoretical future attack, not a live threat, and remediation (protocol upgrades, wallet migrations to quantum-resistant signatures) has years of runway to happen before hardware could plausibly catch up. Progress like this tends to come in irregular jumps, not a steady countdown clock.

Why it still matters: roughly 7 million BTC sit in addresses where the public key is already exposed on-chain -- those are the coins most at risk whenever "Q-Day" eventually arrives, and industry-wide migration to quantum-resistant wallets takes years to roll out even once the tech exists. Research like this is exactly what should be driving that migration timeline, not a sudden hardware breakthrough nobody saw coming.

Does a 50%+ cut in the theoretical attack cost change your view on how urgent quantum-resistant wallet migration actually is?

Not financial advice. DYOR.

$BTC $ETH #CryptoNews #Quantum #Security

🚨 QUANTUS launches a quantum-secure mainnet 📈 Lock in $27 trillion of crypto risk 🧠

📊 | $BTC | $ETH | $BNB |

- Please follow, like, and comment to share your views. 📈

- Quantus officially went live today with a proof-of-work mainnet, featuring built-in post-quantum cryptography.
- This network is quantum-resistant from the ground up, designed to address the potential threat that future quantum computing poses to crypto assets.
- The project claims its goal is to protect around $27 trillion worth of exposure in the crypto market.
- Quantum security is positioned as a core competitive advantage of the next generation of blockchains, drawing attention from some institutions. 🔥

- If quantum computing breakthroughs occur, Quantus’s quantum-security advantage could attract more asset migration.
- However, in the short term the mainnet is still in the testing phase; market reaction may remain cautious, and price action is expected to trade sideways.
- Whale activity is currently neutral, with no large-scale buying or selling.
- If the project gains endorsements from mainstream institutions, capital inflows may occur in the short term, boosting on-chain activity.

- Do you think quantum security will become a key factor in blockchain competition?

- Stay tuned and leave your comments—let’s discuss industry trends together.

- #Crypto #Blockchain #Quantum #Whales #DeFi

Quantum risk easing? Crypto researchers cut Bitcoin and Ethereum quantum attack estimates by 50%. A CoinDesk-revealed paper shows humans and AI beating Google’s March result on a core calculation used by Shor’s algorithm, adding a new variable to crypto’s quantum clock. How soon until post-quantum security matters? $BTC $ETH #Quantum #Security #Crypto

Ethereum aims to become a quantum-resistant L1 by 2029!

The Ethereum Foundation is targeting December 2029 to bring the network into a state that can withstand quantum attacks on the execution, consensus, and data layers.

Among the 62 proposals for the Hegotá upgrade, two notable priorities are FOCIL to enhance censorship resistance and Frame Transactions to abstract accounts, while laying the groundwork for the post-quantum era.

Hegotá is not yet a “quantum-resistant” hard fork, but it will play an important role in tracking progress. The Ethereum Foundation even wants to prepare for “Q-Day” as early as 2030.

Ethereum’s quantum-resistance race has officially entered the long-term phase.

#Ethereum #ETH #Quantum #Blockchain

Quantum computing power cut in half, and the “quantum threat” bills for Bitcoin and Ethereum directly got a 50% discount. The Ethereum Foundation and some researchers at StarkWare used AI agents to run optimization, pushing down Google’s March benchmark costs by another 50%+. Don’t rush to call it doomsday—this instead suggests that quantum-resistance upgrades should be put on the agenda. Whoever gets deployed first will capture the next wave of the narrative.

$BTC $ETH #Quantum

⚠️ Study: The cost of a quantum attack on BTC and ETH drops by more than 50%

A new study indicates that the estimated cost of carrying out a quantum computing attack targeting Bitcoin and Ethereum has fallen by more than 50%.

📌 This development does not mean there is currently an actual quantum attack, but it once again highlights the risks of quantum computing and the importance of developing encryption solutions capable of resisting these attacks.

#Bitcoin #Ethereum #crypto #Quantum

Ethereum makes quantum resistance a top priority with a 2029 deadline. The Ethereum Foundation aims to harden the network before a quantum computer capable of breaking today’s cryptography could plausibly arrive, and says upcoming upgrades will be judged against that clock. A pivotal shift for on-chain security and the roadmap ahead. $ETH #Ethereum #Quantum #CryptoSecurity

$IONQ 🚀 Quantum Computing needs a new scoreboard.

IonQ just published a benchmarking framework that looks beyond simple qubit counts.

The framework evaluates quantum systems on 13 real-world benchmarks across:

🔹 Optimization
🔹 Quantum Chemistry
🔹 Machine Learning
🔹 Data Loading
🔹 Simulation
🔹 Foundational Algorithms

The key metrics? Solution Quality + Time-to-Solution (TTS) — measuring how quickly a system can actually produce a solution that meets a predefined quality threshold.

What makes this interesting is the focus on the full system stack, rather than isolated hardware specifications.

Even more important: IonQ says the benchmark code is publicly available for independent verification, while comparative results were independently validated by Kearney.

⚛️ The quantum race may eventually be less about “Who has the most qubits?”

…and more about:

“Who can solve useful problems fastest, accurately, and at scale?”

That shift could be huge for the future of quantum computing.


#Quantum #Crypto #AI #Technology #BinanceSquare

Quantum threats are trending again! This time, Bitcoin Magazine went straight for a “quantum special,” seriously digging into whether quantum computing can actually destroy Bitcoin.

In plain speech, it’s three points:

1️⃣ The day quantum computers really become mature, the first to be hit would be early old wallets—Satoshi’s original 1 million BTC would theoretically be the first to get exposed

2️⃣ Bitcoin’s network attack surface isn’t as wildly exposed as people imagine, but it does have weak spots

3️⃣ Quantum-resistant solutions have been under research, but the community has turned into a big debate, so reaching consensus isn’t that easy

How should you look at the market? This kind of quantum FUD shows up to make a splash every so often, and the “pits” it throws end up being gold mines in hindsight. In the short term, sentiment might get steered off course, but once the day comes when quantum can actually crack it, Big Block (BTC) would have already completed the quantum-resistant upgrade. Technical fear has never been able to kill BTC—in fact, every time it shows up, it becomes an opportunity to get in.

Don’t get scared out of your position—hold steady.

$BTC #Quantum #Bitcoin

✴️#XRP #quantum #crypto
Ripple unveiled a four-stage plan to transition the XRP Ledger to quantum-resistant technology by 2028.

Justin Sun’s recent warning about quantum threats has reignited a conversation that’s been simmering for years. While most blockchains still rely on elliptic‑curve cryptography, a functional quantum computer could, in theory, derive private keys from public ones, exposing wallets and smart contracts. TRON’s roadmap now mentions a “quantum‑resistant upgrade,” which likely means a shift to lattice‑based or hash‑based signatures that are believed to withstand quantum attacks.

From a market perspective, the move is more structural than speculative. If major platforms adopt quantum‑safe algorithms, it could reduce systemic risk for large holders and institutional players who worry about a future where today’s security is obsolete. That confidence boost might translate into steadier demand for assets that serve as network fuel—think $BTC as a store of value and $ETH for dApp activity—especially as developers begin testing migration paths on testnets.

Do you think the industry’s focus on quantum readiness will become a differentiator for blockchain projects in the next few years?

#crypto #blockchain #quantum #GAMERXERO

Bitcoin Prepares For The Quantum Era

Starkware successfully executed the first experimental quantum safe transaction on Bitcoin using existing network rules.

#Bitcoin #Quantum ‎

⚡ First Quantum-Resistant Bitcoin Transaction

StarkWare has executed the first Bitcoin transaction protected against future quantum attacks.

🛡️ The solution did not require a fork, though the transaction had to be transmitted directly to the miner MARA.

The technology is considered an interim step toward full quantum protection for Bitcoin.

#MARA #quantum #BTC

$BTC

Ethereum is preparing for “Q-Day” ⚛️

There’s a change on Ethereum that I think is far more noteworthy than a short-term pump:

42.4 million ETH staked ≈ $104 billion is currently based on the BLS signature system.

So what’s the issue?

Powerful quantum computers in the future could break this type of cryptography.

Ethereum is therefore proposing EIP-8394: redesign the validator deposit system to support new key types, aiming for quantum-resistant signatures and ultimately removing BLS for new validators.

What I find most interesting:

👉 Don’t wait for the quantum computer to arrive to fix it.
👉 Prepare the migration infrastructure from now.
👉 The Ethereum Foundation is working toward major post-quantum upgrades around 2029.

But don’t misunderstand:

ETH today is not being “hacked by a quantum computer.”
This is still a very early proposal.

I see this story from a different angle:

Ethereum isn’t just scaling for today — they’re preparing cryptography for the next 10–20 years.

And if quantum computing progresses faster than expected...

any chain that can’t update in time will be the one that runs into problems. 👀

Brothers/sisters, do you think Ethereum is preparing too early, or has it actually started a bit late?
$ETH #quantum

🚨 RECORD-BREAKING $QUANTUM IPO MONSTER EXPLODES 516% ON DAY ONE AS TECH DEMAND SOARS! ⚡

Smart money just witnessed absolute mania in high-tech equity listings. Frequency Precision Laser shattered market expectations, surging over 516% on its trading debut to cross the 1,000 yuan mark. 📊 With a tight 19% tradable float, hyper-restricted supply met relentless institutional demand.

The catalyst boils down to strategic positioning in quantum computing and semiconductor infrastructure. 🔍 When key hardware technology meets a tight float window, order flow drives violent price discovery, pushing intraday gains up to 595%. 💡

This massive liquidity squeeze proves how supply scarcity drives explosive upside. 💬 Does this level of debut frenzy signal a broader capital rotation into deep tech hardware, or is a heavy pullback imminent? 👇

⚠️ Not financial advice. Always manage your risk. 🛡️

🏷️ #QUANTUM #IPO #Tech #MarketUpdate #Liquidity

🔥 💎

Bitcoin’s quantum problem: Bigger blocks or STARK proofs?

- Bitcoin faces the challenge of large post-quantum signatures, slowing down the network.
- Solution: increase block size or aggregate signatures using STARK proofs.
- Both directions have their own pros and cons, so careful consideration is needed.
#Bitcoin #Quantum #STARK #BlockSize #CryptoNews

$btc btc

vlikevn Titanbot

Source: CoinTelegraph

QUANTUM 🌌

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Think beyond limits. Explore the future. Build greatness.
IB☆CRYPT 🚀#Write2Earn #eveyone #quantum