#quantumcomputers
quantumcomputers
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Quantum computers might crack today's encryption far sooner than we thought
Encrypted banking information, cryptocurrency wallets, and other sensitive data may be in danger
THE TAKEAWAY: Experts have long warned about the threat that conventional cryptography faces from quantum computers, potentially undermining the foundational security of all digital encryption. New research now suggests that cryptographically relevant quantum computers (CRQC) can crack both RSA encryption and elliptic curve cryptography (ECC) far sooner than previously believed, making widely used encryption security systems vulnerable to attacks.
According to a study by engineers at Caltech and the UC Department of Physics, quantum computers do not need to be nearly as powerful as previously believed to crack the most advanced cryptographic technologies. The research claims that Shor's algorithm could break RSA public-key encryption using quantum computers with just 10,000 atomic qubits – far fewer than the millions previously predicted by scientists.
#quantumcomputers
Encrypted banking information, cryptocurrency wallets, and other sensitive data may be in danger
THE TAKEAWAY: Experts have long warned about the threat that conventional cryptography faces from quantum computers, potentially undermining the foundational security of all digital encryption. New research now suggests that cryptographically relevant quantum computers (CRQC) can crack both RSA encryption and elliptic curve cryptography (ECC) far sooner than previously believed, making widely used encryption security systems vulnerable to attacks.
According to a study by engineers at Caltech and the UC Department of Physics, quantum computers do not need to be nearly as powerful as previously believed to crack the most advanced cryptographic technologies. The research claims that Shor's algorithm could break RSA public-key encryption using quantum computers with just 10,000 atomic qubits – far fewer than the millions previously predicted by scientists.
#quantumcomputers
BITCOINSTA1:
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🎉 Solana has begun live-testing quantum-resistant security to protect against future supercomputer attacks.
Partnering with Project Eleven, the network integrated new cryptographic signatures, but the results reveal a massive technical hurdle: the very tools meant to save the blockchain are currently breaking its performance.
🤕 The trial exposed these critical bottlenecks:
- Speed drop: testing showed that quantum-resistant encryption slows the $SOL network by nearly 90% down
- Signature bloat: new security keys are 20x to 40x larger than current ones, clogging the network's data capacity.
- Total exposure: because Solana derives addresses from public keys, every single wallet is theoretically visible and vulnerable to a quantum strike.
- Urgency: new data from Google suggests quantum threats are arriving faster than previously estimated.
🔻 Solana’s entire brand is built on speed, but quantum security makes it slow. While BTC and ETH are still discussing the threat in theory, Solana’s proactive testing proves that "post-quantum" readiness currently requires sacrificing almost everything that makes the network usable...
#quantumcomputers
Partnering with Project Eleven, the network integrated new cryptographic signatures, but the results reveal a massive technical hurdle: the very tools meant to save the blockchain are currently breaking its performance.
🤕 The trial exposed these critical bottlenecks:
- Speed drop: testing showed that quantum-resistant encryption slows the $SOL network by nearly 90% down
- Signature bloat: new security keys are 20x to 40x larger than current ones, clogging the network's data capacity.
- Total exposure: because Solana derives addresses from public keys, every single wallet is theoretically visible and vulnerable to a quantum strike.
- Urgency: new data from Google suggests quantum threats are arriving faster than previously estimated.
🔻 Solana’s entire brand is built on speed, but quantum security makes it slow. While BTC and ETH are still discussing the threat in theory, Solana’s proactive testing proves that "post-quantum" readiness currently requires sacrificing almost everything that makes the network usable...
#quantumcomputers
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Is it the best range to buy $btc.....
The most frequent question nowadays is whether it is best to buy btc at this range or not. From my point of view, it has not yet bottomed out. Its bottom will be around 40 to 50K. What do you say...#StrategyBTCPurchase
#BTCBackTo70K
#quantumcomputers
The most frequent question nowadays is whether it is best to buy btc at this range or not. From my point of view, it has not yet bottomed out. Its bottom will be around 40 to 50K. What do you say...#StrategyBTCPurchase
#BTCBackTo70K
#quantumcomputers
LATEST : 🚨SOLANA TESTS QUANTUM🌐RESISTANT CRYPTOGRAPHY
Solana is working with Project Eleven to test quantum🌐safe signatures.
Early tests show major tradeoffs: signatures are up to 40× larger and the network ran roughly 90% slower, raising scalability questions.
$SOL
$SOLV
$BTC
#solana #sol板块 #SOL空投 #quantumsafeBlockchain #quantumcomputers
Solana is working with Project Eleven to test quantum🌐safe signatures.
Early tests show major tradeoffs: signatures are up to 40× larger and the network ran roughly 90% slower, raising scalability questions.
$SOL
$SOLV
$BTC
#solana #sol板块 #SOL空投 #quantumsafeBlockchain #quantumcomputers
🔒🎯 CIRCLE UNVEILS THE ROADMAP FOR A BLOCKCHAIN RESISTANT TO QUANTUM COMPUTERS 🔒🎯
Circle has announced an innovative roadmap to make its Arc L1 blockchain resistant to the threat of quantum computers, a technology that could revolutionize (and jeopardize) the entire crypto ecosystem.
According to the company, by 2030 – or even earlier – quantum computers could be able to break current encryption systems, such as those used to protect wallets and transactions.
To address this risk, Circle proposes a gradual and non-invasive approach.
The first phase involves the introduction of "quantum-safe" wallets, designed with post-quantum encryption algorithms, which are resistant to attacks from future quantum computers.
Subsequently, the network will gradually evolve towards an infrastructure fully based on these new cryptographic standards.
The key point of the strategy is a smooth transition: users will not have to face drastic changes or operational disruptions.
This approach aims to ensure security without sacrificing user experience.
In a context where security is fundamental to trust in blockchain systems, Circle's move represents a strategic step towards the future, anticipating one of the biggest technological challenges of the coming years.
#BreakingCryptoNews #Circle #USDC #quantumcomputers $USDC
Circle has announced an innovative roadmap to make its Arc L1 blockchain resistant to the threat of quantum computers, a technology that could revolutionize (and jeopardize) the entire crypto ecosystem.
According to the company, by 2030 – or even earlier – quantum computers could be able to break current encryption systems, such as those used to protect wallets and transactions.
To address this risk, Circle proposes a gradual and non-invasive approach.
The first phase involves the introduction of "quantum-safe" wallets, designed with post-quantum encryption algorithms, which are resistant to attacks from future quantum computers.
Subsequently, the network will gradually evolve towards an infrastructure fully based on these new cryptographic standards.
The key point of the strategy is a smooth transition: users will not have to face drastic changes or operational disruptions.
This approach aims to ensure security without sacrificing user experience.
In a context where security is fundamental to trust in blockchain systems, Circle's move represents a strategic step towards the future, anticipating one of the biggest technological challenges of the coming years.
#BreakingCryptoNews #Circle #USDC #quantumcomputers $USDC
The Retroactive Decryption Trap: Why Post-Quantum Upgrades Can’t Save Your Past Privacy #quantumcomputers $BTC $ETH $USDC
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#GRT #AImodel #quantumcomputers
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Invest for long term I guarantee you don't lose you are becoming a profitable .
Short tearm rewards 2 type loss or profit .
You just researching real use keys and fundamental explain than invest real asset .
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$BTC is a digital gold for limited supply and unlimited demand or store of value .
$GRT is real utility token .
$EUL is my personal favorite but money is your be careful my dear friends .
Invest for long term I guarantee you don't lose you are becoming a profitable .
Short tearm rewards 2 type loss or profit .
You just researching real use keys and fundamental explain than invest real asset .
Real use keys not scam but scammer projects scam and scamming .
Think about it the way I'm thinking about it and tell me what you think. 🤔
If quantum computing has the power to access digital data quickly, the same quantum computing can be used with the same speed to block that access. @CZ #quantumcomputers #QuantumCrypto #quantum
$BTC $BNB
If quantum computing has the power to access digital data quickly, the same quantum computing can be used with the same speed to block that access. @CZ #quantumcomputers #QuantumCrypto #quantum
$BTC $BNB
🚨 ALERT IN THE CRYPTO WORLD: QUANTUM COMPUTING AND THE REAL RISK
A recent technical study from Google has raised an important signal for the future of cryptocurrencies. The research analyzes the impacts of quantum computing on elliptic curve-based cryptography — technology that protects networks like Bitcoin and Ethereum.
The central point: the advancement of quantum hardware is reducing the time needed for previously considered impossible attacks to become viable.
According to the researchers, breaking the Elliptic Curve Discrete Logarithm Problem — the basis of the security of these networks — may require around 1200 logical qubits and millions of quantum operations. This level has not yet been reached, but technological evolution is shortening that distance.
⚠️ The study highlights three main risks:
• Exposed transactions during use
• Public keys already revealed
• Possible structural vulnerabilities in the protocol
In other words: the impact could go beyond isolated attacks — potentially affecting the trust and stability of the entire system.
💣 A concerning fact: about 2.3 million bitcoins may be vulnerable, especially in old formats. And worse — many of these assets are lost and cannot be updated or protected.
Even though mining is not an immediate threat, a successful attack could generate chain effects:
loss of trust, selling pressure, and direct impact on the market.
⏳ The good news?
There is still a window for adaptation.
But it is closing.
⸻
💭 And you, do you think the market is ready for a post-quantum era?
#quantumcomputers #btc #risco
A recent technical study from Google has raised an important signal for the future of cryptocurrencies. The research analyzes the impacts of quantum computing on elliptic curve-based cryptography — technology that protects networks like Bitcoin and Ethereum.
The central point: the advancement of quantum hardware is reducing the time needed for previously considered impossible attacks to become viable.
According to the researchers, breaking the Elliptic Curve Discrete Logarithm Problem — the basis of the security of these networks — may require around 1200 logical qubits and millions of quantum operations. This level has not yet been reached, but technological evolution is shortening that distance.
⚠️ The study highlights three main risks:
• Exposed transactions during use
• Public keys already revealed
• Possible structural vulnerabilities in the protocol
In other words: the impact could go beyond isolated attacks — potentially affecting the trust and stability of the entire system.
💣 A concerning fact: about 2.3 million bitcoins may be vulnerable, especially in old formats. And worse — many of these assets are lost and cannot be updated or protected.
Even though mining is not an immediate threat, a successful attack could generate chain effects:
loss of trust, selling pressure, and direct impact on the market.
⏳ The good news?
There is still a window for adaptation.
But it is closing.
⸻
💭 And you, do you think the market is ready for a post-quantum era?
#quantumcomputers #btc #risco
🚨 Google's 🗣️Quantum Computing May Pose a Risk to Bitcoin Security Sooner Than Anticipated ❗😱
Researchers Ryan Babbush and Hartmut Neven indicate that upcoming quantum technologies might be capable of compromising current cryptographic measures with less effort than previously believed, largely due to advancements in algorithms such as Shor’s.
At present, most blockchain systems rely on elliptic curve cryptography (ECDLP-256), which could potentially be at risk in an era dominated by quantum computing. Nevertheless, this is not an urgent concern; rather, it represents a gradual shift the sector should start preparing for.
💡 In straightforward terms, this suggests:
One day, quantum computers might defeat cryptographic protections more swiftly than anticipated.
However, we haven’t reached that point yet—this represents a future challenge rather than an immediate downfall.
💥 Where the potential lies:
The cryptocurrency field is already making adjustments. Companies such as Coinbase and the Ethereum Foundation are actively investigating post-quantum cryptography (PQC) options.
At the same time, Google is working towards a more extensive quantum integration by the decade's conclusion.
⚠️ The broader context:
This goes beyond mere risk—it's about transformation.
As advancements in quantum tech continue, initiatives that prioritize quantum-resistant security early could become dominant forces in the upcoming market phase.
#quantumcomputers
$GOOGL $BTC
Researchers Ryan Babbush and Hartmut Neven indicate that upcoming quantum technologies might be capable of compromising current cryptographic measures with less effort than previously believed, largely due to advancements in algorithms such as Shor’s.
At present, most blockchain systems rely on elliptic curve cryptography (ECDLP-256), which could potentially be at risk in an era dominated by quantum computing. Nevertheless, this is not an urgent concern; rather, it represents a gradual shift the sector should start preparing for.
💡 In straightforward terms, this suggests:
One day, quantum computers might defeat cryptographic protections more swiftly than anticipated.
However, we haven’t reached that point yet—this represents a future challenge rather than an immediate downfall.
💥 Where the potential lies:
The cryptocurrency field is already making adjustments. Companies such as Coinbase and the Ethereum Foundation are actively investigating post-quantum cryptography (PQC) options.
At the same time, Google is working towards a more extensive quantum integration by the decade's conclusion.
⚠️ The broader context:
This goes beyond mere risk—it's about transformation.
As advancements in quantum tech continue, initiatives that prioritize quantum-resistant security early could become dominant forces in the upcoming market phase.
#quantumcomputers
$GOOGL $BTC
Google Research Warns #quantumcomputers Could Break Cryptocurrency Encryption with Fewer Qubits Than Expected #GoogleStudyOnCryptoSecurityChallenges
*** Google Research in a new whitepaper has revealed that future quantum computers may break the elliptic curve cryptography protecting cryptocurrency with fewer qubits than estimated.
*** Breaking ECDLP-256 now requires <1,200 logical qubits & 90M Toffoli gates (or ~500,000 physical qubits), a 20x reduction in resource requirements.
*** “While viable solutions like PQC exist, they will take time to implement, bringing increasing urgency to act.” $BTC
*** Google Research in a new whitepaper has revealed that future quantum computers may break the elliptic curve cryptography protecting cryptocurrency with fewer qubits than estimated.
*** Breaking ECDLP-256 now requires <1,200 logical qubits & 90M Toffoli gates (or ~500,000 physical qubits), a 20x reduction in resource requirements.
*** “While viable solutions like PQC exist, they will take time to implement, bringing increasing urgency to act.” $BTC
Quantum computers vs Bitcoin: Can BTC survive?Google's March 2026 research shows a future quantum machine might break ECDSA with just ~500,000 qubits — far fewer than thought, possibly by ~2029.But: No such computer exists today. Untouched HODL addresses stay safe. ~6.9M BTC with exposed keys are at higher risk.Bitcoin already took the first step — BIP 360 for quantum-resistant outputs is live on testnet.The network upgraded before (SegWit, Taproot). It will again.Quantum threat is real but manageable. BTC survives.
$NOM
$QTUM
#quantumcomputers
$NOM
$QTUM
#quantumcomputers
Quantum computing is growing fast and could change the future of crypto.
Today, cryptocurrencies are protected by strong encryption methods.
These systems are very secure against normal computers.
But quantum computers can solve complex problems much faster.
This means they might break current crypto security in the future.
Hackers could potentially access private keys if protection is weak.
Right now, this risk is not immediate because quantum tech is still developing.
Experts believe it may become a concern in the next decade.
Developers are already working on quantum-safe security solutions.
So while crypto may face challenges, it is also evolving to stay secure.
#quantumcomputers #CryptocurrencyWealth
$BTC
$ETH
$BNB
Today, cryptocurrencies are protected by strong encryption methods.
These systems are very secure against normal computers.
But quantum computers can solve complex problems much faster.
This means they might break current crypto security in the future.
Hackers could potentially access private keys if protection is weak.
Right now, this risk is not immediate because quantum tech is still developing.
Experts believe it may become a concern in the next decade.
Developers are already working on quantum-safe security solutions.
So while crypto may face challenges, it is also evolving to stay secure.
#quantumcomputers #CryptocurrencyWealth
$BTC
$ETH
$BNB
Most crypto portfolios have a ticking clock on them. 🕐
#quantum computing will break the encryption securing BTC, ETH, SOL and most of your bags.
Algorand already solved this.
First chain to execute a real #PostQuantum transaction on mainnet. Live. Not a testnet.
While others are still debating, $ALGO built.
The future-proof chain exists. Most people just haven't noticed yet. 🔐 #GoogleStudyOnCryptoSecurityChallenges || #quantumcomputers
#quantum computing will break the encryption securing BTC, ETH, SOL and most of your bags.
Algorand already solved this.
First chain to execute a real #PostQuantum transaction on mainnet. Live. Not a testnet.
While others are still debating, $ALGO built.
The future-proof chain exists. Most people just haven't noticed yet. 🔐 #GoogleStudyOnCryptoSecurityChallenges || #quantumcomputers
#GoogleStudyOnCryptoSecurityChallenges 🚨🧬Quantum Shock: Is Crypto Security at Risk? 🤖
⚠️ What Just Happened
#quantumcomputers
• 🧠 Google Quantum AI released a new paper
→ Says breaking crypto encryption may need ~500,000 qubits
👉 Meaning: The timeline for a possible threat just got closer than expected
• 👨🔬 Backed by top experts:
→ Justin Drake
→ Dan Boneh
• 🤝 Industry involved:
→ #coinbase
→ @Ethereum Foundation
📊 What This Actually Means
• Bitcoin & Ethereum use elliptic curve cryptography (#ECC ) to stay secure
• Quantum computers in theory can break this faster than normal computers
👉 BUT:
• Today’s quantum machines are NOWHERE near 500,000 qubits
• Current systems = still too weak and unstable
• So your crypto is NOT at risk right now
🧠 Real Talk
• This is like hearing:
👉 “A machine might crack passwords in the future”
Not today. Not tomorrow.
• Crypto has faced this before → and adapts every time
• Developers are already working on quantum-proof security upgrades
📉 Market Impact
• Short-term:
→ Fear headlines = volatility
→ Weak hands may panic sell
• Long-term:
→ Networks upgrade
→ Stronger, more secure crypto ecosystem
#BitmineIncreasesETHStake
🚀 Smart Investor Move
• ❌ Don’t panic — this is NOT immediate
• ✅ Watch for dips caused by fear
• ✅ Hold or accumulate strong assets
$XRP
$SOL
$SUI
⚠️ What Just Happened
#quantumcomputers
• 🧠 Google Quantum AI released a new paper
→ Says breaking crypto encryption may need ~500,000 qubits
👉 Meaning: The timeline for a possible threat just got closer than expected
• 👨🔬 Backed by top experts:
→ Justin Drake
→ Dan Boneh
• 🤝 Industry involved:
→ #coinbase
→ @Ethereum Foundation
📊 What This Actually Means
• Bitcoin & Ethereum use elliptic curve cryptography (#ECC ) to stay secure
• Quantum computers in theory can break this faster than normal computers
👉 BUT:
• Today’s quantum machines are NOWHERE near 500,000 qubits
• Current systems = still too weak and unstable
• So your crypto is NOT at risk right now
🧠 Real Talk
• This is like hearing:
👉 “A machine might crack passwords in the future”
Not today. Not tomorrow.
• Crypto has faced this before → and adapts every time
• Developers are already working on quantum-proof security upgrades
📉 Market Impact
• Short-term:
→ Fear headlines = volatility
→ Weak hands may panic sell
• Long-term:
→ Networks upgrade
→ Stronger, more secure crypto ecosystem
#BitmineIncreasesETHStake
🚀 Smart Investor Move
• ❌ Don’t panic — this is NOT immediate
• ✅ Watch for dips caused by fear
• ✅ Hold or accumulate strong assets
$XRP
$SOL
$SUI
CZ
·
--
Saw some people panicking or asking about quantum computing's impact on crypto.
At a high level, all crypto has to do is to upgrade to Quantum-Resistant (Post-Quantum) Algorithms. So, no need to panic. 😂
In practice, there are some execution considerations. It's hard to organize upgrades in a decentralized world. There will likely be many debates on which algorithm(s) to use, resulting in some forks.
And some dead project may not upgrade at all. Might be a good to cleanse out those projects anyway.
New code may introduce other bugs or security issues in the short term.
People who self custody will have to migrate their coins to new wallets.
This brings to the question of Satoshi's bitcoins. If those coins move, then it means he/she is still around, which is interesting to know. If they don't move (in a certain period of time), it might be better to lock (or effectively burn) those addresses so that they don't go to the first hacker who cracks it. There is also the difficulty of identifying all his addresses, and not confuse with some old hodlers. Anyway, it's a different topic for later.
Fundamentally:
It's always easier to encrypt than decrypt.
More computing power is always good.
Crypto will stay, post quantum.
At a high level, all crypto has to do is to upgrade to Quantum-Resistant (Post-Quantum) Algorithms. So, no need to panic. 😂
In practice, there are some execution considerations. It's hard to organize upgrades in a decentralized world. There will likely be many debates on which algorithm(s) to use, resulting in some forks.
And some dead project may not upgrade at all. Might be a good to cleanse out those projects anyway.
New code may introduce other bugs or security issues in the short term.
People who self custody will have to migrate their coins to new wallets.
This brings to the question of Satoshi's bitcoins. If those coins move, then it means he/she is still around, which is interesting to know. If they don't move (in a certain period of time), it might be better to lock (or effectively burn) those addresses so that they don't go to the first hacker who cracks it. There is also the difficulty of identifying all his addresses, and not confuse with some old hodlers. Anyway, it's a different topic for later.
Fundamentally:
It's always easier to encrypt than decrypt.
More computing power is always good.
Crypto will stay, post quantum.
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