#antiquantumbitcointransactionminedonmainnet
antiquantumbitcointransactionminedonmainnet
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🔒 The first shield against quantum computing arrives at Bitcoin
StarkWare managed to mine the first quantum-computation-resistant transaction, $BTC , on the mainnet—without changing a single line of the protocol.
⚛️ Why is it urgent?
Bitcoin uses elliptic-curve cryptography. A quantum computer running Shor’s algorithm could derive your private key from your public key in minutes. Google estimates it could break a key in 9 minutes. “Q-Day” could arrive between 2030 and 2032. 30% of the BTC supply (~6M) is already in vulnerable addresses with public keys exposed.
🛠️ QSB (Quantum-Safe Bitcoin): the patch that works
Researcher Avihu Levy (StarkWare) added a second lock based on hash functions to the transaction. The sender performs heavy computation (signature grinding) to find a valid signature without exposing the private key. The transaction was mined with MARA Foundation.
Limitations:
· It does not protect already-used addresses.
· Cost: ~$75-$200 and hours of computing.
· Not standard; it requires a cooperative miner.
StarkWare calls it an “emergency patch.” The definitive solution is still a soft fork.
🧠 Why the commotion?
1. The quantum threat is no longer theory.
2. There’s a working solution on mainnet.
3. The governance bottleneck has been broken: there’s no need to wait years of consensus to start protecting funds.
QSB isn’t the final solution, but it’s proof that Bitcoin can evolve to face the quantum threat.
Post-quantum soft fork or patches like QSB? 👇
#AntiQuantumBitcoinTransactionMinedOnMainnet #bitcoin #Seguridad #SecurityAlert
🔒 The first shield against quantum computing arrives at Bitcoin
StarkWare managed to mine the first quantum-computation-resistant transaction, $BTC , on the mainnet—without changing a single line of the protocol.
⚛️ Why is it urgent?
Bitcoin uses elliptic-curve cryptography. A quantum computer running Shor’s algorithm could derive your private key from your public key in minutes. Google estimates it could break a key in 9 minutes. “Q-Day” could arrive between 2030 and 2032. 30% of the BTC supply (~6M) is already in vulnerable addresses with public keys exposed.
🛠️ QSB (Quantum-Safe Bitcoin): the patch that works
Researcher Avihu Levy (StarkWare) added a second lock based on hash functions to the transaction. The sender performs heavy computation (signature grinding) to find a valid signature without exposing the private key. The transaction was mined with MARA Foundation.
Limitations:
· It does not protect already-used addresses.
· Cost: ~$75-$200 and hours of computing.
· Not standard; it requires a cooperative miner.
StarkWare calls it an “emergency patch.” The definitive solution is still a soft fork.
🧠 Why the commotion?
1. The quantum threat is no longer theory.
2. There’s a working solution on mainnet.
3. The governance bottleneck has been broken: there’s no need to wait years of consensus to start protecting funds.
QSB isn’t the final solution, but it’s proof that Bitcoin can evolve to face the quantum threat.
Post-quantum soft fork or patches like QSB? 👇
#AntiQuantumBitcoinTransactionMinedOnMainnet #bitcoin #Seguridad #SecurityAlert
StarkWare managed to mine the first quantum-computation-resistant transaction, $BTC , on the mainnet—without changing a single line of the protocol.
⚛️ Why is it urgent?
Bitcoin uses elliptic-curve cryptography. A quantum computer running Shor’s algorithm could derive your private key from your public key in minutes. Google estimates it could break a key in 9 minutes. “Q-Day” could arrive between 2030 and 2032. 30% of the BTC supply (~6M) is already in vulnerable addresses with public keys exposed.
🛠️ QSB (Quantum-Safe Bitcoin): the patch that works
Researcher Avihu Levy (StarkWare) added a second lock based on hash functions to the transaction. The sender performs heavy computation (signature grinding) to find a valid signature without exposing the private key. The transaction was mined with MARA Foundation.
Limitations:
· It does not protect already-used addresses.
· Cost: ~$75-$200 and hours of computing.
· Not standard; it requires a cooperative miner.
StarkWare calls it an “emergency patch.” The definitive solution is still a soft fork.
🧠 Why the commotion?
1. The quantum threat is no longer theory.
2. There’s a working solution on mainnet.
3. The governance bottleneck has been broken: there’s no need to wait years of consensus to start protecting funds.
QSB isn’t the final solution, but it’s proof that Bitcoin can evolve to face the quantum threat.
Post-quantum soft fork or patches like QSB? 👇
#AntiQuantumBitcoinTransactionMinedOnMainnet #bitcoin #Seguridad #SecurityAlert
2
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#AntiQuantumBitcoinTransactionMinedOnMainnet
iting
🚨⚛️ BITCOIN TAKES A MAJOR STEP TOWARD QUANTUM SECURITY
Bitcoin’s long-term quantum threat just received a real-world test. 🔐
StarkWare has successfully mined the first Quantum-Safe Bitcoin (QSB) transaction on Bitcoin mainnet, demonstrating that specific BTC holdings can be moved into a quantum-resistant structure without a soft fork or changes to Bitcoin’s consensus rules.
The method, developed by Avihu Levy with help from StarkWare engineer Tomer Giladi, uses hash-based protection instead of relying solely on Bitcoin’s traditional elliptic-curve security.
⚠️ But there is an important limitation:
This does NOT mean that the entire Bitcoin network is now quantum-proof.
QSB is currently an experimental and costly approach designed to protect specific coins. It also requires special transaction construction and a direct mining path, meaning widespread adoption is still a major challenge.
Still, the achievement sends a powerful message to the crypto industry:
🛡️ Bitcoin can begin preparing for the quantum era without immediately changing the entire network.
The quantum threat may still be years away, but the race for quantum-resistant crypto has already started.
📌 Could quantum-resistant technology become one of the biggest upgrades for $BTC in the future?
$BTC $ETH $BNB
#AntiQuantumBitcoinTransactionMinedOnMainnet #Bitcoin #BTC #QuantumComputing #Crypto #Blockchain #StarkWare #QuantumSafe #QSB #Binance
#AntiQuantumBitcoinTransactionMinedOnMainnet
iting
🚨⚛️ BITCOIN TAKES A MAJOR STEP TOWARD QUANTUM SECURITY
Bitcoin’s long-term quantum threat just received a real-world test. 🔐
StarkWare has successfully mined the first Quantum-Safe Bitcoin (QSB) transaction on Bitcoin mainnet, demonstrating that specific BTC holdings can be moved into a quantum-resistant structure without a soft fork or changes to Bitcoin’s consensus rules.
The method, developed by Avihu Levy with help from StarkWare engineer Tomer Giladi, uses hash-based protection instead of relying solely on Bitcoin’s traditional elliptic-curve security.
⚠️ But there is an important limitation:
This does NOT mean that the entire Bitcoin network is now quantum-proof.
QSB is currently an experimental and costly approach designed to protect specific coins. It also requires special transaction construction and a direct mining path, meaning widespread adoption is still a major challenge.
Still, the achievement sends a powerful message to the crypto industry:
🛡️ Bitcoin can begin preparing for the quantum era without immediately changing the entire network.
The quantum threat may still be years away, but the race for quantum-resistant crypto has already started.
📌 Could quantum-resistant technology become one of the biggest upgrades for $BTC in the future?
$BTC $ETH $BNB
#AntiQuantumBitcoinTransactionMinedOnMainnet #Bitcoin #BTC #QuantumComputing #Crypto #Blockchain #StarkWare #QuantumSafe #QSB #Binance
iting
🚨⚛️ BITCOIN TAKES A MAJOR STEP TOWARD QUANTUM SECURITY
Bitcoin’s long-term quantum threat just received a real-world test. 🔐
StarkWare has successfully mined the first Quantum-Safe Bitcoin (QSB) transaction on Bitcoin mainnet, demonstrating that specific BTC holdings can be moved into a quantum-resistant structure without a soft fork or changes to Bitcoin’s consensus rules.
The method, developed by Avihu Levy with help from StarkWare engineer Tomer Giladi, uses hash-based protection instead of relying solely on Bitcoin’s traditional elliptic-curve security.
⚠️ But there is an important limitation:
This does NOT mean that the entire Bitcoin network is now quantum-proof.
QSB is currently an experimental and costly approach designed to protect specific coins. It also requires special transaction construction and a direct mining path, meaning widespread adoption is still a major challenge.
Still, the achievement sends a powerful message to the crypto industry:
🛡️ Bitcoin can begin preparing for the quantum era without immediately changing the entire network.
The quantum threat may still be years away, but the race for quantum-resistant crypto has already started.
📌 Could quantum-resistant technology become one of the biggest upgrades for $BTC in the future?
$BTC $ETH $BNB
#AntiQuantumBitcoinTransactionMinedOnMainnet #Bitcoin #BTC #QuantumComputing #Crypto #Blockchain #StarkWare #QuantumSafe #QSB #Binance
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#AntiQuantumBitcoinTransactionMinedOnMainnet
HISTORIC MILESTONE — FIRST QUANTUM-SAFE BTC TX MINED ON MAINNET!
History was made on the Bitcoin network as researchers successfully executed the first-ever quantum-safe transaction on mainnet without requiring a soft fork or protocol upgrade. The experimental Quantum-Safe Bitcoin (QSB) transaction spent 10,000 satoshis in block 964,199, utilizing hash-based cryptographic protections instead of traditional elliptic-curve assumptions to resist potential future quantum attacks.
While this proves Bitcoin can implement emergency opt-in quantum defenses under its current rules, the process is computationally heavy and non-standard, requiring hours of off-chain GPU processing to execute. Still, it demonstrates a massive structural proof-of-concept for long-term network security and asset protection.
💡 Don’t overreact to headline hype or panic over quantum threats. This proves Bitcoin’s resilience, but wait for technical confirmation on price action rather than trading immediate news wicks.
👇 CLICK BELOW TO TRADE: $BTC ETHSOL
#Bitcoin #Crypto #QuantumSafe #BinanceSquare
#AntiQuantumBitcoinTransactionMinedOnMainnet
HISTORIC MILESTONE — FIRST QUANTUM-SAFE BTC TX MINED ON MAINNET!
History was made on the Bitcoin network as researchers successfully executed the first-ever quantum-safe transaction on mainnet without requiring a soft fork or protocol upgrade. The experimental Quantum-Safe Bitcoin (QSB) transaction spent 10,000 satoshis in block 964,199, utilizing hash-based cryptographic protections instead of traditional elliptic-curve assumptions to resist potential future quantum attacks.
While this proves Bitcoin can implement emergency opt-in quantum defenses under its current rules, the process is computationally heavy and non-standard, requiring hours of off-chain GPU processing to execute. Still, it demonstrates a massive structural proof-of-concept for long-term network security and asset protection.
💡 Don’t overreact to headline hype or panic over quantum threats. This proves Bitcoin’s resilience, but wait for technical confirmation on price action rather than trading immediate news wicks.
👇 CLICK BELOW TO TRADE: $BTC ETHSOL
#Bitcoin #Crypto #QuantumSafe #BinanceSquare
HISTORIC MILESTONE — FIRST QUANTUM-SAFE BTC TX MINED ON MAINNET!
History was made on the Bitcoin network as researchers successfully executed the first-ever quantum-safe transaction on mainnet without requiring a soft fork or protocol upgrade. The experimental Quantum-Safe Bitcoin (QSB) transaction spent 10,000 satoshis in block 964,199, utilizing hash-based cryptographic protections instead of traditional elliptic-curve assumptions to resist potential future quantum attacks.
While this proves Bitcoin can implement emergency opt-in quantum defenses under its current rules, the process is computationally heavy and non-standard, requiring hours of off-chain GPU processing to execute. Still, it demonstrates a massive structural proof-of-concept for long-term network security and asset protection.
💡 Don’t overreact to headline hype or panic over quantum threats. This proves Bitcoin’s resilience, but wait for technical confirmation on price action rather than trading immediate news wicks.
👇 CLICK BELOW TO TRADE: $BTC ETHSOL
#Bitcoin #Crypto #QuantumSafe #BinanceSquare
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Bearish
#AntiQuantumBitcoinTransactionMinedOnMainnet
🚨 BREAKING: Bitcoin Steps Into the Quantum Era! ₿⚡
#AntiQuantumBitcoinTransactionMinedOnMainnet 🔥
The first quantum-safe Bitcoin transaction has reportedly been mined on the Bitcoin mainnet! 🚀 This experiment used Bitcoin’s existing rules and did not require a soft fork or hard fork. It’s an important step toward preparing Bitcoin for potential future quantum-computing threats. 🔐⚛️
The quantum future is coming… and Bitcoin innovation is already preparing for it! 👀🔥
#Bitcoin #BTC #Crypto #QuantumComputing #Blockchain #BitcoinNews �
starkware.co +1
{future}(BTCUSDT)
🥶😵#AntiQuantumBitcoinTransactionMinedOnMainnet
#AntiQuantumBitcoinTransactionMinedOnMainnet
🚨 BREAKING: Bitcoin Steps Into the Quantum Era! ₿⚡
#AntiQuantumBitcoinTransactionMinedOnMainnet 🔥
The first quantum-safe Bitcoin transaction has reportedly been mined on the Bitcoin mainnet! 🚀 This experiment used Bitcoin’s existing rules and did not require a soft fork or hard fork. It’s an important step toward preparing Bitcoin for potential future quantum-computing threats. 🔐⚛️
The quantum future is coming… and Bitcoin innovation is already preparing for it! 👀🔥
#Bitcoin #BTC #Crypto #QuantumComputing #Blockchain #BitcoinNews �
starkware.co +1
🥶😵#AntiQuantumBitcoinTransactionMinedOnMainnet
🚨 BREAKING: Bitcoin Steps Into the Quantum Era! ₿⚡
#AntiQuantumBitcoinTransactionMinedOnMainnet 🔥
The first quantum-safe Bitcoin transaction has reportedly been mined on the Bitcoin mainnet! 🚀 This experiment used Bitcoin’s existing rules and did not require a soft fork or hard fork. It’s an important step toward preparing Bitcoin for potential future quantum-computing threats. 🔐⚛️
The quantum future is coming… and Bitcoin innovation is already preparing for it! 👀🔥
#Bitcoin #BTC #Crypto #QuantumComputing #Blockchain #BitcoinNews �
starkware.co +1
🥶😵#AntiQuantumBitcoinTransactionMinedOnMainnet
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The mining of an anti-quantum Bitcoin transaction on mainnet is drawing attention to a topic that has long been discussed but rarely tested in real-world conditions.
While practical quantum computing threats to Bitcoin remain a future concern, efforts to explore quantum-resistant approaches show how the ecosystem is thinking ahead. Security in blockchain isn't just about addressing today's risks—it's also about preparing for technological changes that could emerge years from now.
What's interesting is that Bitcoin's longevity depends not only on decentralization and adoption, but also on its ability to adapt when new challenges arise. Experiments like this help spark conversations about how future-proof digital assets can remain in a rapidly evolving technological landscape.
For now, the development is more significant as a proof of concept than an immediate necessity, but it highlights the importance of long-term security planning.
Do you think preparing for potential quantum threats today is essential, or is the concern still too far away to justify major changes?
#AntiQuantumBitcoinTransactionMinedOnMainnet
$NIL $CLO $4
The mining of an anti-quantum Bitcoin transaction on mainnet is drawing attention to a topic that has long been discussed but rarely tested in real-world conditions.
While practical quantum computing threats to Bitcoin remain a future concern, efforts to explore quantum-resistant approaches show how the ecosystem is thinking ahead. Security in blockchain isn't just about addressing today's risks—it's also about preparing for technological changes that could emerge years from now.
What's interesting is that Bitcoin's longevity depends not only on decentralization and adoption, but also on its ability to adapt when new challenges arise. Experiments like this help spark conversations about how future-proof digital assets can remain in a rapidly evolving technological landscape.
For now, the development is more significant as a proof of concept than an immediate necessity, but it highlights the importance of long-term security planning.
Do you think preparing for potential quantum threats today is essential, or is the concern still too far away to justify major changes?
#AntiQuantumBitcoinTransactionMinedOnMainnet
$NIL $CLO $4
While practical quantum computing threats to Bitcoin remain a future concern, efforts to explore quantum-resistant approaches show how the ecosystem is thinking ahead. Security in blockchain isn't just about addressing today's risks—it's also about preparing for technological changes that could emerge years from now.
What's interesting is that Bitcoin's longevity depends not only on decentralization and adoption, but also on its ability to adapt when new challenges arise. Experiments like this help spark conversations about how future-proof digital assets can remain in a rapidly evolving technological landscape.
For now, the development is more significant as a proof of concept than an immediate necessity, but it highlights the importance of long-term security planning.
Do you think preparing for potential quantum threats today is essential, or is the concern still too far away to justify major changes?
#AntiQuantumBitcoinTransactionMinedOnMainnet
$NIL $CLO $4
2
343
#AntiQuantumBitcoinTransactionMinedOnMainnet
The hashtag trending on crypto networks refers to the historic milestone achieved on August 26, 2026, when the first quantum-resistant Bitcoin transaction was successfully mined on the mainnet. Executed by StarkWare researcher Avihu Levy and engineer Tomer Giladi, this proof-of-concept transaction was processed in block 964,199, moving an input of 10,000 satoshis.The breakthrough demonstrates that Bitcoin inherently possesses the legacy Script mechanics necessary to defend funds against future quantum computer attacks—without requiring a soft fork, hard fork, or network consensus upgrade.How the Transaction WorksStandard Bitcoin addresses rely on Elliptic Curve Cryptography (ECDSA or Schnorr), which a sufficiently powerful quantum computer running Shor’s algorithm could theoretically break. The new method, known as Quantum Safe Bitcoin (QSB), circumvents this vulnerability through creative cryptography:Hash-Based Security: QSB transforms standard Script rules into a computational puzzle protected$AAPL.US by hash preimage resistance and Lamport signatures.Signature Grinding: It utilizes a method called signature grinding and RIPEMD-160 hashing to secure roughly 118-bit resistance against quantum decryption.Mempool Protection: Bitcoin is already quantum-safe while sitting untouched in a standard hashed address. The vulnerability only occurs during the ~10 minutes a transaction sits unconfirmed in the public mempool, briefly exposing its public key. QSB shields exactly that narrow window.$TREE
#AntiQuantumBitcoinTransactionMinedOnMainnet
The hashtag trending on crypto networks refers to the historic milestone achieved on August 26, 2026, when the first quantum-resistant Bitcoin transaction was successfully mined on the mainnet. Executed by StarkWare researcher Avihu Levy and engineer Tomer Giladi, this proof-of-concept transaction was processed in block 964,199, moving an input of 10,000 satoshis.The breakthrough demonstrates that Bitcoin inherently possesses the legacy Script mechanics necessary to defend funds against future quantum computer attacks—without requiring a soft fork, hard fork, or network consensus upgrade.How the Transaction WorksStandard Bitcoin addresses rely on Elliptic Curve Cryptography (ECDSA or Schnorr), which a sufficiently powerful quantum computer running Shor’s algorithm could theoretically break. The new method, known as Quantum Safe Bitcoin (QSB), circumvents this vulnerability through creative cryptography:Hash-Based Security: QSB transforms standard Script rules into a computational puzzle protected$AAPL.US by hash preimage resistance and Lamport signatures.Signature Grinding: It utilizes a method called signature grinding and RIPEMD-160 hashing to secure roughly 118-bit resistance against quantum decryption.Mempool Protection: Bitcoin is already quantum-safe while sitting untouched in a standard hashed address. The vulnerability only occurs during the ~10 minutes a transaction sits unconfirmed in the public mempool, briefly exposing its public key. QSB shields exactly that narrow window.$TREE
The hashtag trending on crypto networks refers to the historic milestone achieved on August 26, 2026, when the first quantum-resistant Bitcoin transaction was successfully mined on the mainnet. Executed by StarkWare researcher Avihu Levy and engineer Tomer Giladi, this proof-of-concept transaction was processed in block 964,199, moving an input of 10,000 satoshis.The breakthrough demonstrates that Bitcoin inherently possesses the legacy Script mechanics necessary to defend funds against future quantum computer attacks—without requiring a soft fork, hard fork, or network consensus upgrade.How the Transaction WorksStandard Bitcoin addresses rely on Elliptic Curve Cryptography (ECDSA or Schnorr), which a sufficiently powerful quantum computer running Shor’s algorithm could theoretically break. The new method, known as Quantum Safe Bitcoin (QSB), circumvents this vulnerability through creative cryptography:Hash-Based Security: QSB transforms standard Script rules into a computational puzzle protected$AAPL.US by hash preimage resistance and Lamport signatures.Signature Grinding: It utilizes a method called signature grinding and RIPEMD-160 hashing to secure roughly 118-bit resistance against quantum decryption.Mempool Protection: Bitcoin is already quantum-safe while sitting untouched in a standard hashed address. The vulnerability only occurs during the ~10 minutes a transaction sits unconfirmed in the public mempool, briefly exposing its public key. QSB shields exactly that narrow window.$TREE
AAPLUS+0.95%
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#AntiQuantumBitcoinTransactionMinedOnMainnet
Anti-Quantum Bitcoin Transaction Mined on Mainnet Without Consensus Changes
A major step toward protecting Bitcoin from future quantum-computing threats has been demonstrated on the Bitcoin mainnet. StarkWare reported that an anti-quantum Bitcoin transaction using its Quantum-Safe Bitcoin (QSB) scheme was successfully mined on August 26 without requiring a soft fork, hard fork, or changes to Bitcoin’s consensus rules.
The transaction reportedly involved 10,000 satoshis and was processed through MARA Foundation’s Slipstream service. StarkWare said the transaction required several hours of GPU computation and cost approximately $150–$200 to generate.
The significance of the experiment lies in Bitcoin’s long-term exposure to quantum computing. Powerful quantum computers could eventually threaten traditional cryptographic signatures by making it possible to derive private keys from exposed public keys. Researchers have therefore been exploring post-quantum cryptographic systems capable of protecting blockchain assets against such attacks.
The QSB approach uses hash-function-based security and a process known as signature trial mining to reduce the risk posed by quantum attacks. However, the system does not automatically protect every existing Bitcoin holding. Users would still need to move their funds into quantum-resistant conditions, and assets whose public keys have already been exposed may remain vulnerable.
The successful mainnet transaction is therefore better viewed as a technical demonstration rather than a complete quantum-proof upgrade for Bitcoin. Importantly, it shows that anti-quantum spending conditions can be tested on Bitcoin’s existing network without immediately changing consensus rules.
StarkWare CEO Eli Ben-Sasson has continued to support a protocol-level solution through a future soft fork. The broader Bitcoin community is also increasingly discussing proposals such as BIP-360, which aims to introduce structures designed to reduce exposure to quantum attacks.$NVDA.US $AAPL.US
#AntiQuantumBitcoinTransactionMinedOnMainnet
Anti-Quantum Bitcoin Transaction Mined on Mainnet Without Consensus Changes
A major step toward protecting Bitcoin from future quantum-computing threats has been demonstrated on the Bitcoin mainnet. StarkWare reported that an anti-quantum Bitcoin transaction using its Quantum-Safe Bitcoin (QSB) scheme was successfully mined on August 26 without requiring a soft fork, hard fork, or changes to Bitcoin’s consensus rules.
The transaction reportedly involved 10,000 satoshis and was processed through MARA Foundation’s Slipstream service. StarkWare said the transaction required several hours of GPU computation and cost approximately $150–$200 to generate.
The significance of the experiment lies in Bitcoin’s long-term exposure to quantum computing. Powerful quantum computers could eventually threaten traditional cryptographic signatures by making it possible to derive private keys from exposed public keys. Researchers have therefore been exploring post-quantum cryptographic systems capable of protecting blockchain assets against such attacks.
The QSB approach uses hash-function-based security and a process known as signature trial mining to reduce the risk posed by quantum attacks. However, the system does not automatically protect every existing Bitcoin holding. Users would still need to move their funds into quantum-resistant conditions, and assets whose public keys have already been exposed may remain vulnerable.
The successful mainnet transaction is therefore better viewed as a technical demonstration rather than a complete quantum-proof upgrade for Bitcoin. Importantly, it shows that anti-quantum spending conditions can be tested on Bitcoin’s existing network without immediately changing consensus rules.
StarkWare CEO Eli Ben-Sasson has continued to support a protocol-level solution through a future soft fork. The broader Bitcoin community is also increasingly discussing proposals such as BIP-360, which aims to introduce structures designed to reduce exposure to quantum attacks.$NVDA.US $AAPL.US
Anti-Quantum Bitcoin Transaction Mined on Mainnet Without Consensus Changes
A major step toward protecting Bitcoin from future quantum-computing threats has been demonstrated on the Bitcoin mainnet. StarkWare reported that an anti-quantum Bitcoin transaction using its Quantum-Safe Bitcoin (QSB) scheme was successfully mined on August 26 without requiring a soft fork, hard fork, or changes to Bitcoin’s consensus rules.
The transaction reportedly involved 10,000 satoshis and was processed through MARA Foundation’s Slipstream service. StarkWare said the transaction required several hours of GPU computation and cost approximately $150–$200 to generate.
The significance of the experiment lies in Bitcoin’s long-term exposure to quantum computing. Powerful quantum computers could eventually threaten traditional cryptographic signatures by making it possible to derive private keys from exposed public keys. Researchers have therefore been exploring post-quantum cryptographic systems capable of protecting blockchain assets against such attacks.
The QSB approach uses hash-function-based security and a process known as signature trial mining to reduce the risk posed by quantum attacks. However, the system does not automatically protect every existing Bitcoin holding. Users would still need to move their funds into quantum-resistant conditions, and assets whose public keys have already been exposed may remain vulnerable.
The successful mainnet transaction is therefore better viewed as a technical demonstration rather than a complete quantum-proof upgrade for Bitcoin. Importantly, it shows that anti-quantum spending conditions can be tested on Bitcoin’s existing network without immediately changing consensus rules.
StarkWare CEO Eli Ben-Sasson has continued to support a protocol-level solution through a future soft fork. The broader Bitcoin community is also increasingly discussing proposals such as BIP-360, which aims to introduce structures designed to reduce exposure to quantum attacks.$NVDA.US $AAPL.US
NVDAUS+1.45%
AAPLUS+0.95%
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Verified
#antiquantumbitcointransactionminedonmainnet
#BREAKING : FIRST QUANTUM-RESISTANT BITCOIN TRANSACTION MINED ON MAINNET
Bitcoin has successfully processed its first transaction using
post-quantum cryptographic signatures.
WHY THIS IS IMPORTANT:
1. **Future Security**
Quantum computers could break ECDSA signatures.
Bitcoin is now testing the solution.
2. **Institutional Signal**
This removes a key long-term risk for BTC treasury adoption.
Proves Bitcoin can upgrade without breaking the network.
3. **Market Narrative**
"Security" is becoming a core theme for 2026-2027.
COINS TO WATCH:
$BTC - First mover, now quantum-resistant capable
$QRL - Quantum Resistant Ledger
$ALGO - Post-quantum from day 1
$IOTA - PQ cryptography integrated
$TAO - AI + Security infrastructure
This is phase 1. Wallet and protocol upgrades come next.
DISCLAIMER: Not financial advice.
BTC $QRL $TAO
#bitcoin #Quantum #Cryptography #Blockchain #Security #DigitalAssets#BitcoinSpotETFEnds9DayInflowStreak #BTCDrops3.4%To$77383
#antiquantumbitcointransactionminedonmainnet
#BREAKING : FIRST QUANTUM-RESISTANT BITCOIN TRANSACTION MINED ON MAINNET
Bitcoin has successfully processed its first transaction using
post-quantum cryptographic signatures.
WHY THIS IS IMPORTANT:
1. **Future Security**
Quantum computers could break ECDSA signatures.
Bitcoin is now testing the solution.
2. **Institutional Signal**
This removes a key long-term risk for BTC treasury adoption.
Proves Bitcoin can upgrade without breaking the network.
3. **Market Narrative**
"Security" is becoming a core theme for 2026-2027.
COINS TO WATCH:
$BTC - First mover, now quantum-resistant capable
$QRL - Quantum Resistant Ledger
$ALGO - Post-quantum from day 1
$IOTA - PQ cryptography integrated
$TAO - AI + Security infrastructure
This is phase 1. Wallet and protocol upgrades come next.
DISCLAIMER: Not financial advice.
BTC $QRL $TAO
#bitcoin #Quantum #Cryptography #Blockchain #Security #DigitalAssets#BitcoinSpotETFEnds9DayInflowStreak #BTCDrops3.4%To$77383
#BREAKING : FIRST QUANTUM-RESISTANT BITCOIN TRANSACTION MINED ON MAINNET
Bitcoin has successfully processed its first transaction using
post-quantum cryptographic signatures.
WHY THIS IS IMPORTANT:
1. **Future Security**
Quantum computers could break ECDSA signatures.
Bitcoin is now testing the solution.
2. **Institutional Signal**
This removes a key long-term risk for BTC treasury adoption.
Proves Bitcoin can upgrade without breaking the network.
3. **Market Narrative**
"Security" is becoming a core theme for 2026-2027.
COINS TO WATCH:
$BTC - First mover, now quantum-resistant capable
$QRL - Quantum Resistant Ledger
$ALGO - Post-quantum from day 1
$IOTA - PQ cryptography integrated
$TAO - AI + Security infrastructure
This is phase 1. Wallet and protocol upgrades come next.
DISCLAIMER: Not financial advice.
BTC $QRL $TAO
#bitcoin #Quantum #Cryptography #Blockchain #Security #DigitalAssets#BitcoinSpotETFEnds9DayInflowStreak #BTCDrops3.4%To$77383
4
773
Bitcoin’s Quantum Race Has Started ⚛️
A quantum-resistant BTC transaction was mined on mainnet without a soft fork or consensus change.
This could accelerate the push toward quantum-safe Bitcoin solutions.
$BTC $BNB $ETH
#antiquantumbitcointransactionminedonmainnet
Bitcoin’s Quantum Race Has Started ⚛️
A quantum-resistant BTC transaction was mined on mainnet without a soft fork or consensus change.
This could accelerate the push toward quantum-safe Bitcoin solutions.
$BTC $BNB $ETH
#antiquantumbitcointransactionminedonmainnet
A quantum-resistant BTC transaction was mined on mainnet without a soft fork or consensus change.
This could accelerate the push toward quantum-safe Bitcoin solutions.
$BTC $BNB $ETH
#antiquantumbitcointransactionminedonmainnet
104
#AntiQuantumBitcoinTransactionMinedOnMainnet
🚨 Historic Breakthrough: First Quantum-Safe Bitcoin Transaction Mined on Mainnet! 🚨
Bitcoin just achieved a major milestone in post-quantum security! StarkWare researcher Avihu Levy successfully executed the first-ever anti-quantum Bitcoin transaction (QSB) on the live mainnet in block 964,199.
Mined via MARA’s private Slipstream service, the test proved funds can be protected against quantum threats without requiring any soft or hard forks to consensus rules.
🔐 Key Highlights:
Hash-Based Security: Uses custom hash-function spending conditions.
Zero Protocol Changes: Works entirely within existing network rules.
Step Forward: Offers an opt-in defense while long-term consensus fixes develop.
Quantum defense on Bitcoin is officially real! ⚡️ #AntiQuantumBitcoinTransactionMinedOnMainnet #CryptoNews🔒📰🚫
#Nadeemgujjar143
#AntiQuantumBitcoinTransactionMinedOnMainnet
🚨 Historic Breakthrough: First Quantum-Safe Bitcoin Transaction Mined on Mainnet! 🚨
Bitcoin just achieved a major milestone in post-quantum security! StarkWare researcher Avihu Levy successfully executed the first-ever anti-quantum Bitcoin transaction (QSB) on the live mainnet in block 964,199.
Mined via MARA’s private Slipstream service, the test proved funds can be protected against quantum threats without requiring any soft or hard forks to consensus rules.
🔐 Key Highlights:
Hash-Based Security: Uses custom hash-function spending conditions.
Zero Protocol Changes: Works entirely within existing network rules.
Step Forward: Offers an opt-in defense while long-term consensus fixes develop.
Quantum defense on Bitcoin is officially real! ⚡️ #AntiQuantumBitcoinTransactionMinedOnMainnet #CryptoNews🔒📰🚫
#Nadeemgujjar143
🚨 Historic Breakthrough: First Quantum-Safe Bitcoin Transaction Mined on Mainnet! 🚨
Bitcoin just achieved a major milestone in post-quantum security! StarkWare researcher Avihu Levy successfully executed the first-ever anti-quantum Bitcoin transaction (QSB) on the live mainnet in block 964,199.
Mined via MARA’s private Slipstream service, the test proved funds can be protected against quantum threats without requiring any soft or hard forks to consensus rules.
🔐 Key Highlights:
Hash-Based Security: Uses custom hash-function spending conditions.
Zero Protocol Changes: Works entirely within existing network rules.
Step Forward: Offers an opt-in defense while long-term consensus fixes develop.
Quantum defense on Bitcoin is officially real! ⚡️ #AntiQuantumBitcoinTransactionMinedOnMainnet #CryptoNews🔒📰🚫
#Nadeemgujjar143
169
Bitcoin Is Preparing for Tomorrow 🔐
Quantum computing could eventually challenge today’s cryptography. Now, researchers have demonstrated a quantum-resistant Bitcoin transaction on mainnet.
It’s only an early step, but the security race has begun.
$BTC $BNB $XRP
#antiquantumbitcointransactionminedonmainnet
Bitcoin Is Preparing for Tomorrow 🔐
Quantum computing could eventually challenge today’s cryptography. Now, researchers have demonstrated a quantum-resistant Bitcoin transaction on mainnet.
It’s only an early step, but the security race has begun.
$BTC $BNB $XRP
#antiquantumbitcointransactionminedonmainnet
Quantum computing could eventually challenge today’s cryptography. Now, researchers have demonstrated a quantum-resistant Bitcoin transaction on mainnet.
It’s only an early step, but the security race has begun.
$BTC $BNB $XRP
#antiquantumbitcointransactionminedonmainnet
55
Article
Market Wrap: $BTC Holds Steady Amid Rising Interest in Quantum ResistanceToday's market session concluded with a cautiously optimistic mood, as major coins showed modest gains. $BTC closed at $78,221.03, reflecting a slight increase of 0.52%, while $ETH rose by 0.59% to settle at $2,457.22. BNB and SOL also experienced minor upticks, with BNB rising by 0.14% to $692.38 and SOL seeing a more noticeable gain of 1.40% at $105.58. The overall sentiment in the market appears stable, indicating a strong foundation as traders navigate the evolving landscape.
Among the notable performers today, PROM stood out as the top gainer with an impressive 37.4% surge. The crypto community is buzzing with interest in projects that are demonstrating real-world utility and innovative technology, with PROM's recent developments capturing significant attention. Other top gainers included ZKP (+15.7%) and NIL (+13.5%), suggesting a trend toward alternative tokens that focus on privacy and scalability solutions.
A significant narrative emerged today surrounding the trending topic #AntiQuantumBitcoinTransactionMinedOnMainnet. This discussion highlights growing concerns about quantum computing's potential to disrupt current cryptographic standards, particularly in blockchain technology. As transactions are increasingly being mined on the mainnet with quantum-resistant features, the community is keen to explore how these advancements might safeguard assets like $BTC against future threats.
As we close out today’s session, the market appears poised for further exploration of both established coins and innovative projects. Tomorrow, traders will likely keep a close eye on emerging narratives and technological advancements within the crypto space, particularly those connecting to quantum resistance and security measures. The interplay between market stability and innovation will be crucial to watch in the coming days.
In summary, today’s developments highlight a market that is not only stabilizing but also actively engaging with forward-thinking narratives that could shape its future.
🔔 Follow us for daily crypto insights — más viene en camino!
Market Wrap: $BTC Holds Steady Amid Rising Interest in Quantum Resistance
Today's market session concluded with a cautiously optimistic mood, as major coins showed modest gains. $BTC closed at $78,221.03, reflecting a slight increase of 0.52%, while $ETH rose by 0.59% to settle at $2,457.22. BNB and SOL also experienced minor upticks, with BNB rising by 0.14% to $692.38 and SOL seeing a more noticeable gain of 1.40% at $105.58. The overall sentiment in the market appears stable, indicating a strong foundation as traders navigate the evolving landscape.
Among the notable performers today, PROM stood out as the top gainer with an impressive 37.4% surge. The crypto community is buzzing with interest in projects that are demonstrating real-world utility and innovative technology, with PROM's recent developments capturing significant attention. Other top gainers included ZKP (+15.7%) and NIL (+13.5%), suggesting a trend toward alternative tokens that focus on privacy and scalability solutions.
A significant narrative emerged today surrounding the trending topic #AntiQuantumBitcoinTransactionMinedOnMainnet. This discussion highlights growing concerns about quantum computing's potential to disrupt current cryptographic standards, particularly in blockchain technology. As transactions are increasingly being mined on the mainnet with quantum-resistant features, the community is keen to explore how these advancements might safeguard assets like $BTC against future threats.
As we close out today’s session, the market appears poised for further exploration of both established coins and innovative projects. Tomorrow, traders will likely keep a close eye on emerging narratives and technological advancements within the crypto space, particularly those connecting to quantum resistance and security measures. The interplay between market stability and innovation will be crucial to watch in the coming days.
In summary, today’s developments highlight a market that is not only stabilizing but also actively engaging with forward-thinking narratives that could shape its future.
🔔 Follow us for daily crypto insights — más viene en camino!
Among the notable performers today, PROM stood out as the top gainer with an impressive 37.4% surge. The crypto community is buzzing with interest in projects that are demonstrating real-world utility and innovative technology, with PROM's recent developments capturing significant attention. Other top gainers included ZKP (+15.7%) and NIL (+13.5%), suggesting a trend toward alternative tokens that focus on privacy and scalability solutions.
A significant narrative emerged today surrounding the trending topic #AntiQuantumBitcoinTransactionMinedOnMainnet. This discussion highlights growing concerns about quantum computing's potential to disrupt current cryptographic standards, particularly in blockchain technology. As transactions are increasingly being mined on the mainnet with quantum-resistant features, the community is keen to explore how these advancements might safeguard assets like $BTC against future threats.
As we close out today’s session, the market appears poised for further exploration of both established coins and innovative projects. Tomorrow, traders will likely keep a close eye on emerging narratives and technological advancements within the crypto space, particularly those connecting to quantum resistance and security measures. The interplay between market stability and innovation will be crucial to watch in the coming days.
In summary, today’s developments highlight a market that is not only stabilizing but also actively engaging with forward-thinking narratives that could shape its future.
🔔 Follow us for daily crypto insights — más viene en camino!
203
·
--
Bullish
#AntiQuantumBitcoinTransactionMinedOnMainnet
🛡️ BITCOIN GETS A REAL-WORLD ANTI-QUANTUM TEST ON MAINNET
A notable Bitcoin milestone has emerged: a transaction using researcher Avihu Levy’s Quantum-Safe Bitcoin (QSB) scheme was mined on the Bitcoin mainnet on August 26 — without a soft fork, hard fork, or changes to Bitcoin’s consensus rules.
🔐 WHY THIS MATTERS
The QSB approach uses hash-based spending conditions designed to reduce exposure to future quantum attacks.
The test involved just 10,000 satoshis and was processed through MARA Foundation’s Slipstream service. It reportedly required several hours of GPU computation and cost around $150–$200.
⚠️ BUT THIS IS NOT “BITCOIN IS NOW QUANTUM-PROOF”
The transaction was an experimental demonstration, not a network-wide upgrade.
Users would still need to actively migrate funds to quantum-resistant arrangements, and the method does not protect coins whose public keys have already been exposed. StarkWare’s CEO Eli Ben-Sasson continues to support a protocol-level solution through a future soft fork.
📌 THE BIG PICTURE
Bitcoin’s quantum-resistance debate is moving from theory toward practical testing.
This mainnet experiment shows that alternative quantum-resistant transaction designs can be tested on Bitcoin today — but a complete network-wide solution would require much broader protocol and ecosystem changes.
👀 The quantum threat may still be years away, but developers are clearly preparing before it becomes an emergency.
$ZKP $NIL $GIGGLE
{future}(GIGGLEUSDT)
{future}(NILUSDT)
{future}(ZKPUSDT)
#AntiQuantumBitcoinTransactionMinedOnMainnet
🛡️ BITCOIN GETS A REAL-WORLD ANTI-QUANTUM TEST ON MAINNET
A notable Bitcoin milestone has emerged: a transaction using researcher Avihu Levy’s Quantum-Safe Bitcoin (QSB) scheme was mined on the Bitcoin mainnet on August 26 — without a soft fork, hard fork, or changes to Bitcoin’s consensus rules.
🔐 WHY THIS MATTERS
The QSB approach uses hash-based spending conditions designed to reduce exposure to future quantum attacks.
The test involved just 10,000 satoshis and was processed through MARA Foundation’s Slipstream service. It reportedly required several hours of GPU computation and cost around $150–$200.
⚠️ BUT THIS IS NOT “BITCOIN IS NOW QUANTUM-PROOF”
The transaction was an experimental demonstration, not a network-wide upgrade.
Users would still need to actively migrate funds to quantum-resistant arrangements, and the method does not protect coins whose public keys have already been exposed. StarkWare’s CEO Eli Ben-Sasson continues to support a protocol-level solution through a future soft fork.
📌 THE BIG PICTURE
Bitcoin’s quantum-resistance debate is moving from theory toward practical testing.
This mainnet experiment shows that alternative quantum-resistant transaction designs can be tested on Bitcoin today — but a complete network-wide solution would require much broader protocol and ecosystem changes.
👀 The quantum threat may still be years away, but developers are clearly preparing before it becomes an emergency.
$ZKP $NIL $GIGGLE
🛡️ BITCOIN GETS A REAL-WORLD ANTI-QUANTUM TEST ON MAINNET
A notable Bitcoin milestone has emerged: a transaction using researcher Avihu Levy’s Quantum-Safe Bitcoin (QSB) scheme was mined on the Bitcoin mainnet on August 26 — without a soft fork, hard fork, or changes to Bitcoin’s consensus rules.
🔐 WHY THIS MATTERS
The QSB approach uses hash-based spending conditions designed to reduce exposure to future quantum attacks.
The test involved just 10,000 satoshis and was processed through MARA Foundation’s Slipstream service. It reportedly required several hours of GPU computation and cost around $150–$200.
⚠️ BUT THIS IS NOT “BITCOIN IS NOW QUANTUM-PROOF”
The transaction was an experimental demonstration, not a network-wide upgrade.
Users would still need to actively migrate funds to quantum-resistant arrangements, and the method does not protect coins whose public keys have already been exposed. StarkWare’s CEO Eli Ben-Sasson continues to support a protocol-level solution through a future soft fork.
📌 THE BIG PICTURE
Bitcoin’s quantum-resistance debate is moving from theory toward practical testing.
This mainnet experiment shows that alternative quantum-resistant transaction designs can be tested on Bitcoin today — but a complete network-wide solution would require much broader protocol and ecosystem changes.
👀 The quantum threat may still be years away, but developers are clearly preparing before it becomes an emergency.
$ZKP $NIL $GIGGLE
1
279
·
--
Bullish
#AntiQuantumBitcoinTransactionMinedOnMainnet
Bitcoin Just Defended Itself Against Quantum Computers That Do Not Even Exist Yet 🔮🛡️
August 26. StarkWare researcher Avihu Levy, working on his own time with engineer Tomer Giladi, mined the first quantum resistant Bitcoin transaction on mainnet, block 964,199, moving 10,000 satoshis. The method, Quantum Safe Bitcoin, uses signature grinding and RIPEMD-160 hashing instead of standard elliptic curve cryptography, achieving roughly 118-bit resistance against Shor's algorithm. No soft fork. No hard fork. No consensus rule change. Bitcoin apparently already had the tools to defend itself, it just needed someone to notice. 😂
Here is the honest technical nuance worth understanding 🧠
Bitcoin sitting in a standard address is already considered quantum safe. The actual vulnerability appears only during the roughly ten minutes a transaction sits unconfirmed in the mempool, when the wallet's public key briefly gets exposed. QSB protects exactly that narrow window, nothing more. It is a stopgap for a threat that does not currently exist, built for a moment that may arrive years from now. 💡
The comedy hiding in the mechanics 🎭
This transaction was so nonstandard that ordinary Bitcoin nodes would not even relay it. StarkWare had to hand it directly to mining company MARA through a special service just to get it included. It also cost $150 to $200 in computation and took hours to complete, works only on older pre-SegWit addresses, and has zero support for Taproot or Lightning. Revolutionary proof of concept, genuinely impractical for everyday use right now. 💎
The honest bottom line 🎯
Even StarkWare's own CEO calls this a stopgap, still pushing for an actual protocol level fix called BIP-360. Bitcoin proved it can defend itself today. Whether anyone will actually use this particular method before a real upgrade arrives is a separate question entirely. 🚀
$BTC
{spot}(BTCUSDT)
#AntiQuantumBitcoinTransactionMinedOnMainnet
Bitcoin Just Defended Itself Against Quantum Computers That Do Not Even Exist Yet 🔮🛡️
August 26. StarkWare researcher Avihu Levy, working on his own time with engineer Tomer Giladi, mined the first quantum resistant Bitcoin transaction on mainnet, block 964,199, moving 10,000 satoshis. The method, Quantum Safe Bitcoin, uses signature grinding and RIPEMD-160 hashing instead of standard elliptic curve cryptography, achieving roughly 118-bit resistance against Shor's algorithm. No soft fork. No hard fork. No consensus rule change. Bitcoin apparently already had the tools to defend itself, it just needed someone to notice. 😂
Here is the honest technical nuance worth understanding 🧠
Bitcoin sitting in a standard address is already considered quantum safe. The actual vulnerability appears only during the roughly ten minutes a transaction sits unconfirmed in the mempool, when the wallet's public key briefly gets exposed. QSB protects exactly that narrow window, nothing more. It is a stopgap for a threat that does not currently exist, built for a moment that may arrive years from now. 💡
The comedy hiding in the mechanics 🎭
This transaction was so nonstandard that ordinary Bitcoin nodes would not even relay it. StarkWare had to hand it directly to mining company MARA through a special service just to get it included. It also cost $150 to $200 in computation and took hours to complete, works only on older pre-SegWit addresses, and has zero support for Taproot or Lightning. Revolutionary proof of concept, genuinely impractical for everyday use right now. 💎
The honest bottom line 🎯
Even StarkWare's own CEO calls this a stopgap, still pushing for an actual protocol level fix called BIP-360. Bitcoin proved it can defend itself today. Whether anyone will actually use this particular method before a real upgrade arrives is a separate question entirely. 🚀
$BTC
Bitcoin Just Defended Itself Against Quantum Computers That Do Not Even Exist Yet 🔮🛡️
August 26. StarkWare researcher Avihu Levy, working on his own time with engineer Tomer Giladi, mined the first quantum resistant Bitcoin transaction on mainnet, block 964,199, moving 10,000 satoshis. The method, Quantum Safe Bitcoin, uses signature grinding and RIPEMD-160 hashing instead of standard elliptic curve cryptography, achieving roughly 118-bit resistance against Shor's algorithm. No soft fork. No hard fork. No consensus rule change. Bitcoin apparently already had the tools to defend itself, it just needed someone to notice. 😂
Here is the honest technical nuance worth understanding 🧠
Bitcoin sitting in a standard address is already considered quantum safe. The actual vulnerability appears only during the roughly ten minutes a transaction sits unconfirmed in the mempool, when the wallet's public key briefly gets exposed. QSB protects exactly that narrow window, nothing more. It is a stopgap for a threat that does not currently exist, built for a moment that may arrive years from now. 💡
The comedy hiding in the mechanics 🎭
This transaction was so nonstandard that ordinary Bitcoin nodes would not even relay it. StarkWare had to hand it directly to mining company MARA through a special service just to get it included. It also cost $150 to $200 in computation and took hours to complete, works only on older pre-SegWit addresses, and has zero support for Taproot or Lightning. Revolutionary proof of concept, genuinely impractical for everyday use right now. 💎
The honest bottom line 🎯
Even StarkWare's own CEO calls this a stopgap, still pushing for an actual protocol level fix called BIP-360. Bitcoin proved it can defend itself today. Whether anyone will actually use this particular method before a real upgrade arrives is a separate question entirely. 🚀
$BTC
2
261
#AntiQuantumBitcoinTransactionMinedOnMainnet 🚨 Bitcoin just took an important step toward a quantum-resistant future. A transaction using Avihu Levy’s Quantum-Safe Bitcoin (QSB) scheme was reportedly mined on the Bitcoin mainnet on August 26 without requiring a soft fork, hard fork, or consensus changes. The transaction used 10,000 satoshis and required several hours of GPU computation, showing both the potential and current limitations of anti-quantum Bitcoin technology. This is only an early experiment, but it highlights how the Bitcoin ecosystem could prepare for the future threat posed by quantum computers.$BTC
{spot}(BTCUSDT)
#AntiQuantumBitcoinTransactionMinedOnMainnet 🚨 Bitcoin just took an important step toward a quantum-resistant future. A transaction using Avihu Levy’s Quantum-Safe Bitcoin (QSB) scheme was reportedly mined on the Bitcoin mainnet on August 26 without requiring a soft fork, hard fork, or consensus changes. The transaction used 10,000 satoshis and required several hours of GPU computation, showing both the potential and current limitations of anti-quantum Bitcoin technology. This is only an early experiment, but it highlights how the Bitcoin ecosystem could prepare for the future threat posed by quantum computers.$BTC
1
79
·
--
Bullish
#AntiQuantumBitcoinTransactionMinedOnMainnet
Bitcoin is built for the long run—and preparing for the quantum era is part of that journey. ⚡₿
The mining of an anti-quantum transaction on mainnet highlights how innovation can help strengthen Bitcoin against future cryptographic challenges.
The quantum era may be coming, but Bitcoin can prepare today.
#Bitcoin #QuantumResistance #BTC #Blockchain
#AntiQuantumBitcoinTransactionMinedOnMainnet
Bitcoin is built for the long run—and preparing for the quantum era is part of that journey. ⚡₿
The mining of an anti-quantum transaction on mainnet highlights how innovation can help strengthen Bitcoin against future cryptographic challenges.
The quantum era may be coming, but Bitcoin can prepare today.
#Bitcoin #QuantumResistance #BTC #Blockchain
Bitcoin is built for the long run—and preparing for the quantum era is part of that journey. ⚡₿
The mining of an anti-quantum transaction on mainnet highlights how innovation can help strengthen Bitcoin against future cryptographic challenges.
The quantum era may be coming, but Bitcoin can prepare today.
#Bitcoin #QuantumResistance #BTC #Blockchain
131
·
--
Bullish
History was just made on the $BTC network. StarkWare researcher Avihu Levy and engineer Tomer Giladi successfully mined the first quantum-resistant Bitcoin transaction on mainnet at block 964,199, moving 10,000 satoshis. Using signature grinding and RIPEMD-160 hashing, this method achieves ~118-bit security against Shor’s algorithm—without any soft/hard forks or consensus rule changes required.
#BTC #AntiQuantumBitcoinTransactionMinedOnMainnet #BinanceSquareFamily #CryptoNewsCommunity #AntiQuantumBitcoinTransactionMinedOnMainnet
{future}(BTCUSDT)
History was just made on the $BTC network. StarkWare researcher Avihu Levy and engineer Tomer Giladi successfully mined the first quantum-resistant Bitcoin transaction on mainnet at block 964,199, moving 10,000 satoshis. Using signature grinding and RIPEMD-160 hashing, this method achieves ~118-bit security against Shor’s algorithm—without any soft/hard forks or consensus rule changes required.
#BTC #AntiQuantumBitcoinTransactionMinedOnMainnet #BinanceSquareFamily #CryptoNewsCommunity #AntiQuantumBitcoinTransactionMinedOnMainnet
#BTC #AntiQuantumBitcoinTransactionMinedOnMainnet #BinanceSquareFamily #CryptoNewsCommunity #AntiQuantumBitcoinTransactionMinedOnMainnet
3
206
·
--
#antiquantumbitcointransactionminedonmainnet 🚨
Bitcoin just took a real step toward the quantum
era.
For years,
quantum resistance in Bitcoin
has mostly been discussed as a future problem. This week, that conversation moved onto the live network.
StarkWare has demonstrated what it describes as the first
quantum
-safe Bitcoin transaction on Bitcoin mainnet.
The transaction was confirmed in block 964,199 on August 26, using StarkWare’s Quantum Safe Bitcoin (QSB) method, without changing Bitcoin’s existing consensus rules.$BTC $RIF $MITO
#antiquantumbitcointransactionminedonmainnet 🚨
Bitcoin just took a real step toward the quantum
era.
For years,
quantum resistance in Bitcoin
has mostly been discussed as a future problem. This week, that conversation moved onto the live network.
StarkWare has demonstrated what it describes as the first
quantum
-safe Bitcoin transaction on Bitcoin mainnet.
The transaction was confirmed in block 964,199 on August 26, using StarkWare’s Quantum Safe Bitcoin (QSB) method, without changing Bitcoin’s existing consensus rules.$BTC $RIF $MITO
Bitcoin just took a real step toward the quantum
era.
For years,
quantum resistance in Bitcoin
has mostly been discussed as a future problem. This week, that conversation moved onto the live network.
StarkWare has demonstrated what it describes as the first
quantum
-safe Bitcoin transaction on Bitcoin mainnet.
The transaction was confirmed in block 964,199 on August 26, using StarkWare’s Quantum Safe Bitcoin (QSB) method, without changing Bitcoin’s existing consensus rules.$BTC $RIF $MITO
2
220
·
--
Verified
Article
Bitcoin Processes First Quantum-Resistant Mainnet Transaction: What It Means for BTC#antiquantumbitcointransactionminedonmainnet
Bitcoin Reaches a Major Quantum-Resistance Milestone
Bitcoin has reached an important technical milestone with the Bitcoin mainnet processing a quantum-resistant transaction.
The development has attracted attention because quantum computing is often discussed as a potential long-term threat to the cryptographic systems used by blockchain networks.
⚛️ Why Quantum Resistance Matters
Today's Bitcoin security relies heavily on cryptographic techniques that are considered secure against conventional computers.
However, sufficiently powerful quantum computers could potentially threaten some existing cryptographic systems in the future.
A quantum-resistant transaction demonstrates that Bitcoin developers and researchers are already exploring ways to prepare for that possibility.
🛡️ A Milestone, Not a Complete Upgrade
It's important to put the development into perspective.
A single quantum-resistant transaction does not mean the entire Bitcoin network is now quantum-proof. Broader protection would require significant research, testing and potentially future protocol changes.
For now, the achievement is better viewed as a proof of concept and an important step in Bitcoin's long-term security roadmap.
📈 What Does It Mean for BTC?
From a trading perspective, the announcement doesn't automatically mean Bitcoin should move higher.
Technical milestones can improve long-term confidence, but short-term price action will still depend on liquidity, market sentiment, macroeconomic conditions and demand.
That's why traders should avoid chasing the headline and instead watch whether price and volume confirm any reaction.
🔥 The Bigger Picture
Quantum computing may still be years away from becoming a practical threat to Bitcoin, but preparing before the threat arrives is the important part.
The latest milestone shows that the Bitcoin ecosystem is already working on potential solutions.
Could quantum-resistant technology become one of Bitcoin's most important developments over the next decade? 👀
⚠️ Not financial advice. DYOR.
$BTC
{spot}(BTCUSDT)
$BNB
{spot}(BNBUSDT)
$ETH
{spot}(ETHUSDT)
#bitcoin #BTC #QuantumComputing #CryptoNews #Blockchain #CryptoSecurity
Bitcoin Processes First Quantum-Resistant Mainnet Transaction: What It Means for BTC
#antiquantumbitcointransactionminedonmainnet
Bitcoin Reaches a Major Quantum-Resistance Milestone
Bitcoin has reached an important technical milestone with the Bitcoin mainnet processing a quantum-resistant transaction.
The development has attracted attention because quantum computing is often discussed as a potential long-term threat to the cryptographic systems used by blockchain networks.
⚛️ Why Quantum Resistance Matters
Today's Bitcoin security relies heavily on cryptographic techniques that are considered secure against conventional computers.
However, sufficiently powerful quantum computers could potentially threaten some existing cryptographic systems in the future.
A quantum-resistant transaction demonstrates that Bitcoin developers and researchers are already exploring ways to prepare for that possibility.
🛡️ A Milestone, Not a Complete Upgrade
It's important to put the development into perspective.
A single quantum-resistant transaction does not mean the entire Bitcoin network is now quantum-proof. Broader protection would require significant research, testing and potentially future protocol changes.
For now, the achievement is better viewed as a proof of concept and an important step in Bitcoin's long-term security roadmap.
📈 What Does It Mean for BTC?
From a trading perspective, the announcement doesn't automatically mean Bitcoin should move higher.
Technical milestones can improve long-term confidence, but short-term price action will still depend on liquidity, market sentiment, macroeconomic conditions and demand.
That's why traders should avoid chasing the headline and instead watch whether price and volume confirm any reaction.
🔥 The Bigger Picture
Quantum computing may still be years away from becoming a practical threat to Bitcoin, but preparing before the threat arrives is the important part.
The latest milestone shows that the Bitcoin ecosystem is already working on potential solutions.
Could quantum-resistant technology become one of Bitcoin's most important developments over the next decade? 👀
⚠️ Not financial advice. DYOR.
$BTC
$BNB
$ETH
#bitcoin #BTC #QuantumComputing #CryptoNews #Blockchain #CryptoSecurity
Bitcoin Reaches a Major Quantum-Resistance Milestone
Bitcoin has reached an important technical milestone with the Bitcoin mainnet processing a quantum-resistant transaction.
The development has attracted attention because quantum computing is often discussed as a potential long-term threat to the cryptographic systems used by blockchain networks.
⚛️ Why Quantum Resistance Matters
Today's Bitcoin security relies heavily on cryptographic techniques that are considered secure against conventional computers.
However, sufficiently powerful quantum computers could potentially threaten some existing cryptographic systems in the future.
A quantum-resistant transaction demonstrates that Bitcoin developers and researchers are already exploring ways to prepare for that possibility.
🛡️ A Milestone, Not a Complete Upgrade
It's important to put the development into perspective.
A single quantum-resistant transaction does not mean the entire Bitcoin network is now quantum-proof. Broader protection would require significant research, testing and potentially future protocol changes.
For now, the achievement is better viewed as a proof of concept and an important step in Bitcoin's long-term security roadmap.
📈 What Does It Mean for BTC?
From a trading perspective, the announcement doesn't automatically mean Bitcoin should move higher.
Technical milestones can improve long-term confidence, but short-term price action will still depend on liquidity, market sentiment, macroeconomic conditions and demand.
That's why traders should avoid chasing the headline and instead watch whether price and volume confirm any reaction.
🔥 The Bigger Picture
Quantum computing may still be years away from becoming a practical threat to Bitcoin, but preparing before the threat arrives is the important part.
The latest milestone shows that the Bitcoin ecosystem is already working on potential solutions.
Could quantum-resistant technology become one of Bitcoin's most important developments over the next decade? 👀
⚠️ Not financial advice. DYOR.
$BTC
$BNB
$ETH
#bitcoin #BTC #QuantumComputing #CryptoNews #Blockchain #CryptoSecurity
1
303
·
--
Bullish
Verified
#antiquantumbitcointransactionminedonmainnet
Bitcoin just got its first quantum
defense.
StarkWare researcher Avihu Levy locked real BTC in a
quantum
-resistant storage system, live on mainnet at block 964,199.
• No fork or upgrade
• Works under
Bitcoin
’s existing rules
• $75–$200 GPU cost per spend
The catch: 6M+ BTC, ~30% of supply, remains quantum-exposed.
The quantum threat just became a little less scary.
$4
{future}(4USDT)
$CYS
{future}(CYSUSDT)
$LISTA
{future}(LISTAUSDT)
#antiquantumbitcointransactionminedonmainnet
Bitcoin just got its first quantum
defense.
StarkWare researcher Avihu Levy locked real BTC in a
quantum
-resistant storage system, live on mainnet at block 964,199.
• No fork or upgrade
• Works under
Bitcoin
’s existing rules
• $75–$200 GPU cost per spend
The catch: 6M+ BTC, ~30% of supply, remains quantum-exposed.
The quantum threat just became a little less scary.
$4
$CYS
$LISTA
Bitcoin just got its first quantum
defense.
StarkWare researcher Avihu Levy locked real BTC in a
quantum
-resistant storage system, live on mainnet at block 964,199.
• No fork or upgrade
• Works under
Bitcoin
’s existing rules
• $75–$200 GPU cost per spend
The catch: 6M+ BTC, ~30% of supply, remains quantum-exposed.
The quantum threat just became a little less scary.
$4
$CYS
$LISTA
1
1.1k
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