#antiquantumbitcointransactionminedonmainnet
antiquantumbitcointransactionminedonmainnet
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History just got mined on Bitcoin — literally. 🚨
StarkWare's researcher Avihu Levy just pulled off the first-ever quantum-safe Bitcoin transaction on mainnet — no soft fork, no hard fork, no consensus change. It was confirmed in block 964,199 , spending a 10,000-satoshi output protected by the Quantum-Safe Bitcoin (QSB) scheme, and mined by MARA Pool through its Slipstream service.
Here's the deal: QSB swaps elliptic-curve cryptography (the thing Shor's algorithm could break) for hash-based, quantum-resistant security — using "signature grinding" to bind the transaction off-chain before it ever hits the mempool. The result? Even a working quantum computer can't forge it.
But read the fine print 👇
⏱️ It took hours of GPU compute and ~$150–$200 per transaction — not ready for daily use
🚫 QSB txs are non-standard under Bitcoin Core's relay policy — they need miner-direct submission (Slipstream)
🎯 It protects individual transactions only — not the whole network, and not addresses with already-exposed public keys (an estimated ~7M BTC sit in that risk zone per Coinbase's quantum council)
StarkWare CEO Eli Ben-Sasson is clear: "A soft fork should happen, and I believe it will" — QSB is the safety net while the protocol catches up (think BIP-360 ).
First step taken on the road to quantum-proof Bitcoin. The deadline is coming — now there's proof we can meet it. ⏳
$BTC $XRP $ZEC
#antiquantumbitcointransactionminedonmainnet #BitcoinSpotETFEnds9DayInflowStreak #NYSilverFuturesDrop3% #BTCDrops3.4%To$77383
StarkWare's researcher Avihu Levy just pulled off the first-ever quantum-safe Bitcoin transaction on mainnet — no soft fork, no hard fork, no consensus change. It was confirmed in block 964,199 , spending a 10,000-satoshi output protected by the Quantum-Safe Bitcoin (QSB) scheme, and mined by MARA Pool through its Slipstream service.
Here's the deal: QSB swaps elliptic-curve cryptography (the thing Shor's algorithm could break) for hash-based, quantum-resistant security — using "signature grinding" to bind the transaction off-chain before it ever hits the mempool. The result? Even a working quantum computer can't forge it.
But read the fine print 👇
⏱️ It took hours of GPU compute and ~$150–$200 per transaction — not ready for daily use
🚫 QSB txs are non-standard under Bitcoin Core's relay policy — they need miner-direct submission (Slipstream)
🎯 It protects individual transactions only — not the whole network, and not addresses with already-exposed public keys (an estimated ~7M BTC sit in that risk zone per Coinbase's quantum council)
StarkWare CEO Eli Ben-Sasson is clear: "A soft fork should happen, and I believe it will" — QSB is the safety net while the protocol catches up (think BIP-360 ).
First step taken on the road to quantum-proof Bitcoin. The deadline is coming — now there's proof we can meet it. ⏳
$BTC $XRP $ZEC
#antiquantumbitcointransactionminedonmainnet #BitcoinSpotETFEnds9DayInflowStreak #NYSilverFuturesDrop3% #BTCDrops3.4%To$77383
#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
🚨 HISTORIC MILESTONE: FIRST ANTI QUANTUM BITCOIN TRANSACTION MINED ON MAINNET
History was just made on the $BTC network. Researchers have successfully executed the first ever Quantum Safe Bitcoin (QSB) transaction directly on Mainnet, requiring zero soft forks, hard forks, or network consensus changes.
Engineered by StarkWare researcher Avihu Levy and engineer Tomer Giladi, the transaction spent 10,000 satoshis and was confirmed in Block 964,199. The method replaces standard elliptic curve spending conditions with hash function based conditions and GPU signature grinding, locking down the 10 minute mempool window where a public key sits exposed to potential quantum attacks.
However, this breakthrough comes with major real world trade offs. Generating the proof took hours of heavy GPU computation, costing roughly $150 to $200 in power for a single transfer. Additionally, because standard Bitcoin Core nodes flag this script format as non standard, public nodes would not relay it. The researchers had to submit the transaction directly to MARA Pool via their Slipstream direct submission pipeline.
While QSB serves as an emergency fallback to protect high value funds today, developers view it as a temporary bridging tool while work continues on network wide protocol upgrades like BIP 360.
What do you think? Will quantum threats force faster protocol upgrades, or are opt in script workarounds enough for now? Share your thoughts below!
#antiquantumbitcointransactionminedonmainnet
History was just made on the $BTC network. Researchers have successfully executed the first ever Quantum Safe Bitcoin (QSB) transaction directly on Mainnet, requiring zero soft forks, hard forks, or network consensus changes.
Engineered by StarkWare researcher Avihu Levy and engineer Tomer Giladi, the transaction spent 10,000 satoshis and was confirmed in Block 964,199. The method replaces standard elliptic curve spending conditions with hash function based conditions and GPU signature grinding, locking down the 10 minute mempool window where a public key sits exposed to potential quantum attacks.
However, this breakthrough comes with major real world trade offs. Generating the proof took hours of heavy GPU computation, costing roughly $150 to $200 in power for a single transfer. Additionally, because standard Bitcoin Core nodes flag this script format as non standard, public nodes would not relay it. The researchers had to submit the transaction directly to MARA Pool via their Slipstream direct submission pipeline.
While QSB serves as an emergency fallback to protect high value funds today, developers view it as a temporary bridging tool while work continues on network wide protocol upgrades like BIP 360.
What do you think? Will quantum threats force faster protocol upgrades, or are opt in script workarounds enough for now? Share your thoughts below!
#antiquantumbitcointransactionminedonmainnet
#antiquantumbitcointransactionminedonmainnet
FIRST ANTI-QUANTUM BTC TX MINED ON MAINNET 🔐
HISTORY MADE.
WHAT HAPPENED:
The first transaction using quantum-resistant signatures
was successfully mined on Bitcoin mainnet.
WHY IT MATTERS:
1. **Quantum Threat**: Future quantum computers could break ECDSA
2. **Solution Live**: New sig scheme is now running on real BTC
3. **Security Upgrade**: Bitcoin is now preparing for the quantum era
THE TECH:
Old: ECDSA signatures
New: Quantum-resistant signatures = PQ Crypto
IMPACT:
This is step 1 of Bitcoin's multi-year quantum upgrade.
Network is future-proofing itself.
MARKET ANALYSIS:
**COINS TO WATCH:**
$BTC → First mover in quantum resistance
$QRL → Pure quantum-resistant chain
$ALGO $IOTA → Already using PQ signatures
$TAO $RNDR → AI + Security narrative
Signal: Security = New meta.
NOT FINANCIAL ADVICE.
BTC $QRL ALGO IOTA $TAO
#bitcoin #YenPasses160PerDollarToOneMonthLow #NYSilverFuturesDrop3% #SchwabPlansToAddSOLAVAXLINKTrading #Quantum #Crypto #Blockchain #Security #Mining
FIRST ANTI-QUANTUM BTC TX MINED ON MAINNET 🔐
HISTORY MADE.
WHAT HAPPENED:
The first transaction using quantum-resistant signatures
was successfully mined on Bitcoin mainnet.
WHY IT MATTERS:
1. **Quantum Threat**: Future quantum computers could break ECDSA
2. **Solution Live**: New sig scheme is now running on real BTC
3. **Security Upgrade**: Bitcoin is now preparing for the quantum era
THE TECH:
Old: ECDSA signatures
New: Quantum-resistant signatures = PQ Crypto
IMPACT:
This is step 1 of Bitcoin's multi-year quantum upgrade.
Network is future-proofing itself.
MARKET ANALYSIS:
**COINS TO WATCH:**
$BTC → First mover in quantum resistance
$QRL → Pure quantum-resistant chain
$ALGO $IOTA → Already using PQ signatures
$TAO $RNDR → AI + Security narrative
Signal: Security = New meta.
NOT FINANCIAL ADVICE.
BTC $QRL ALGO IOTA $TAO
#bitcoin #YenPasses160PerDollarToOneMonthLow #NYSilverFuturesDrop3% #SchwabPlansToAddSOLAVAXLINKTrading #Quantum #Crypto #Blockchain #Security #Mining
#antiquantumbitcointransactionminedonmainnet First quantum-safe bitcoin spend on mainnet for btc
!
This its huge since some people always talked that
Quantum
computer could break the blockchain
Starknet Foundation broadcasted a post-
quantum bitcoin transaction$BTC $AMP $HEMI
!
This its huge since some people always talked that
Quantum
computer could break the blockchain
Starknet Foundation broadcasted a post-
quantum bitcoin transaction$BTC $AMP $HEMI
#antiquantumbitcointransactionminedonmainnet The first quantum-resistant Bitcoin transaction is on mainnet
.
A few hours ago a spend using Avihu Levy’s
Quantum-Safe Bitcoin (QSB) construction was mined
in block 964,199. Security comes from hash-based locks (Lamport-style & grinding) instead of elliptic-curve signatures.
Thus a future quantum computer with Shor’s algorithm would not break it!$BTC $FOGO $SCRT
.
A few hours ago a spend using Avihu Levy’s
Quantum-Safe Bitcoin (QSB) construction was mined
in block 964,199. Security comes from hash-based locks (Lamport-style & grinding) instead of elliptic-curve signatures.
Thus a future quantum computer with Shor’s algorithm would not break it!$BTC $FOGO $SCRT
Verified
#antiquantumbitcointransactionminedonmainnet
🚨 BITCOIN JUST TOOK ITS FIRST STEP TOWARD QUANTUM-SAFE SECURITY! ⚛️🛡️
A researcher from StarkWare has reportedly completed the first quantum-safe Bitcoin transaction on mainnet.
The transaction was confirmed in block 964,199, using the Quantum-Safe Bitcoin (QSB) scheme — without requiring a soft fork, hard fork or consensus change.
🧠 Why it matters:
QSB replaces vulnerable elliptic-curve signatures with hash-based, quantum-resistant security, designed to protect transactions against future quantum attacks.
But there are still major limitations. 👀
⚠️ It reportedly requires hours of GPU computation and costs roughly $150–$200 per transaction.
🚫 QSB transactions are currently non-standard under Bitcoin Core relay rules.
🎯 It protects specific transactions, not the entire Bitcoin network.
The bigger takeaway? Bitcoin now has a real-world demonstration of a potential quantum-resistant path while developers continue working toward longer-term protocol solutions.
⏳ Quantum computing may still be years away — but Bitcoin's defense has already started.
$BTC $XRP $ZEC
#bitcoin #BTC #QuantumComputing #Crypto #blockchain #CyberSecurity
🚨 BITCOIN JUST TOOK ITS FIRST STEP TOWARD QUANTUM-SAFE SECURITY! ⚛️🛡️
A researcher from StarkWare has reportedly completed the first quantum-safe Bitcoin transaction on mainnet.
The transaction was confirmed in block 964,199, using the Quantum-Safe Bitcoin (QSB) scheme — without requiring a soft fork, hard fork or consensus change.
🧠 Why it matters:
QSB replaces vulnerable elliptic-curve signatures with hash-based, quantum-resistant security, designed to protect transactions against future quantum attacks.
But there are still major limitations. 👀
⚠️ It reportedly requires hours of GPU computation and costs roughly $150–$200 per transaction.
🚫 QSB transactions are currently non-standard under Bitcoin Core relay rules.
🎯 It protects specific transactions, not the entire Bitcoin network.
The bigger takeaway? Bitcoin now has a real-world demonstration of a potential quantum-resistant path while developers continue working toward longer-term protocol solutions.
⏳ Quantum computing may still be years away — but Bitcoin's defense has already started.
$BTC $XRP $ZEC
#bitcoin #BTC #QuantumComputing #Crypto #blockchain #CyberSecurity
#antiquantumbitcointransactionminedonmainnet 🚨
Bitcoin just took a real step toward the quantum
era.
For years,
quantum resistance in Bitcoin
has mostly been discussed as a future problem. This week, that conversation moved onto the live network.
StarkWare has demonstrated what it describes as the first
quantum
-safe Bitcoin transaction on Bitcoin mainnet.
The transaction was confirmed in block 964,199 on August 26, using StarkWare’s Quantum Safe Bitcoin (QSB) method, without changing Bitcoin’s existing consensus rules.$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
#AntiQuantumBitcoinTransactionMinedOnMainnet
A major milestone for Bitcoin’s long-term security: an anti-quantum transaction has reportedly been mined on mainnet.
As quantum computing advances, protecting digital assets against future quantum attacks is becoming increasingly important. This is a reminder that Bitcoin’s security must evolve alongside technology. 🔐₿
#Bitcoin #QuantumComputing #Crypto #Blockchain
A major milestone for Bitcoin’s long-term security: an anti-quantum transaction has reportedly been mined on mainnet.
As quantum computing advances, protecting digital assets against future quantum attacks is becoming increasingly important. This is a reminder that Bitcoin’s security must evolve alongside technology. 🔐₿
#Bitcoin #QuantumComputing #Crypto #Blockchain
#AntiQuantumBitcoinTransactionMinedOnMainnet
⚡️ Quantum-Proof History Made! ⚡️
The first-ever anti-quantum Bitcoin transaction just got officially mined on Mainnet! ⛏️💎
Quantum computers have been looming over crypto like a final boss, but the BTC devs just played their ultimate card. 🛡️🔐
What does this mean?
Satoshi’s vision isn't just surviving the future—it’s future-proofing it. 🚀
Say goodbye to "quantum panic" and hello to unhackable security for generations to come. 🌐🔥 The code evolves, the chain stays unbroken, and Bitcoin remains undefeated. 🛡️⚡️
Are you holding for the post-quantum era? Let’s go! 🌕👇 #AntiQuantumBitcoinTransactionMinedOnMainnet #Bitcoin #CryptoNews #Web3
#Nadeemgujjar143
⚡️ Quantum-Proof History Made! ⚡️
The first-ever anti-quantum Bitcoin transaction just got officially mined on Mainnet! ⛏️💎
Quantum computers have been looming over crypto like a final boss, but the BTC devs just played their ultimate card. 🛡️🔐
What does this mean?
Satoshi’s vision isn't just surviving the future—it’s future-proofing it. 🚀
Say goodbye to "quantum panic" and hello to unhackable security for generations to come. 🌐🔥 The code evolves, the chain stays unbroken, and Bitcoin remains undefeated. 🛡️⚡️
Are you holding for the post-quantum era? Let’s go! 🌕👇 #AntiQuantumBitcoinTransactionMinedOnMainnet #Bitcoin #CryptoNews #Web3
#Nadeemgujjar143
#AntiQuantumBitcoinTransactionMinedOnMainnet
A massive technical milestone for crypto security! Starkware successfully mined a quantum-resistant Bitcoin transaction on the mainnet using researcher Avihu Levy's QSB method.
Beyond the technical hurdles, what does this milestone mean for Bitcoin's institutional future?
Cost around $150 to $200 in fees.
Required several hours of heavy GPU computation (signature grinding).
Had to bypass the public mempool via MARA's Slipstream because standard nodes reject non-standard formats
A massive technical milestone for crypto security! Starkware successfully mined a quantum-resistant Bitcoin transaction on the mainnet using researcher Avihu Levy's QSB method.
Beyond the technical hurdles, what does this milestone mean for Bitcoin's institutional future?
Cost around $150 to $200 in fees.
Required several hours of heavy GPU computation (signature grinding).
Had to bypass the public mempool via MARA's Slipstream because standard nodes reject non-standard formats
#AntiQuantumBitcoinTransactionMinedOnMainnet History was just made on the Bitcoin blockchain. The first quantum-safe transaction has officially been mined on the mainnet without requiring any soft or hard forks to the core protocol.
Utilizing an innovative approach called Quantum-Safe Bitcoin (QSB)—leveraging signature grinding and hash commitments rather than vulnerable elliptic curve signatures (ECDSA)—this milestone proves that holders can move funds into a layer of security that quantum computers cannot compromise.
While heavy off-chain computation costs and direct miner coordination mean this isn’t ready for everyday coffee purchases just yet, it marks a monumental leap forward. Bitcoin’s security evolution is officially underway, offering a viable emergency exit against future cryptographic threats.
#AntiQuantumBitcoinTransactionMinedOnMainnet #Bitcoin #CryptoNews #QuantumSecurity
$BTC
$BNB
$ETH
Utilizing an innovative approach called Quantum-Safe Bitcoin (QSB)—leveraging signature grinding and hash commitments rather than vulnerable elliptic curve signatures (ECDSA)—this milestone proves that holders can move funds into a layer of security that quantum computers cannot compromise.
While heavy off-chain computation costs and direct miner coordination mean this isn’t ready for everyday coffee purchases just yet, it marks a monumental leap forward. Bitcoin’s security evolution is officially underway, offering a viable emergency exit against future cryptographic threats.
#AntiQuantumBitcoinTransactionMinedOnMainnet #Bitcoin #CryptoNews #QuantumSecurity
$BTC
$BNB
$ETH
#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
#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
#AntiQuantumBitcoinTransactionMinedOnMainnet
A historic milestone just dropped for Bitcoin! 🔐✨
StarkWare has successfully executed the first quantum-resistant transaction on the Bitcoin mainnet using researcher Avihu Levy's Quantum-Safe Bitcoin (QSB) scheme.
Here's why it's a game-changer:
Zero Protocol Changes: Mined without a soft fork, hard fork, or altering consensus rules.
How It Works: Uses hash-based spending conditions to protect funds before public keys are exposed to quantum threats.
The Caveat: It spent 10k sats via MARA's Slipstream service, costing ~$150-$200 in GPU compute.
It's costly and non-standard today, but it proves Bitcoin can build quantum defenses right now! 🛡️⚛️
$DIS.US
$DOS
$RED
#write2earn🌐💹
A historic milestone just dropped for Bitcoin! 🔐✨
StarkWare has successfully executed the first quantum-resistant transaction on the Bitcoin mainnet using researcher Avihu Levy's Quantum-Safe Bitcoin (QSB) scheme.
Here's why it's a game-changer:
Zero Protocol Changes: Mined without a soft fork, hard fork, or altering consensus rules.
How It Works: Uses hash-based spending conditions to protect funds before public keys are exposed to quantum threats.
The Caveat: It spent 10k sats via MARA's Slipstream service, costing ~$150-$200 in GPU compute.
It's costly and non-standard today, but it proves Bitcoin can build quantum defenses right now! 🛡️⚛️
$DIS.US
$DOS
$RED
#write2earn🌐💹
#AntiQuantumBitcoinTransactionMinedOnMainnet 🚨 Bitcoin just took an important step toward a quantum-resistant future. A transaction using Avihu Levy’s Quantum-Safe Bitcoin (QSB) scheme was reportedly mined on the Bitcoin mainnet on August 26 without requiring a soft fork, hard fork, or consensus changes. The transaction used 10,000 satoshis and required several hours of GPU computation, showing both the potential and current limitations of anti-quantum Bitcoin technology. This is only an early experiment, but it highlights how the Bitcoin ecosystem could prepare for the future threat posed by quantum computers.$BTC
#AntiQuantumBitcoinTransactionMinedOnMainnet 🛡️ BITCOIN TAKES A STEP TOWARD A QUANTUM-SAFE FUTURE
A major Bitcoin security milestone has been reported: an anti-quantum Bitcoin transaction was mined on the mainnet on August 26 without requiring a soft fork, hard fork, or changes to Bitcoin’s consensus rules. ⚡
The transaction used a hash-based quantum-resistant spending scheme, showing that Bitcoin can experiment with stronger quantum-resistant protections using its existing rules.
🔬 The experiment doesn't mean Bitcoin is already fully quantum-proof. It demonstrates a possible path toward protecting BTC from future quantum-computing threats.
🚀 Bitcoin isn't just preparing for the future — it's testing it on mainnet.
#Bitcoin #BTC #QuantumComputing #Crypto #Blockchain #BitcoinSecurity #AntiQuantumBitcoinTransactionMinedOnMainnet
A major Bitcoin security milestone has been reported: an anti-quantum Bitcoin transaction was mined on the mainnet on August 26 without requiring a soft fork, hard fork, or changes to Bitcoin’s consensus rules. ⚡
The transaction used a hash-based quantum-resistant spending scheme, showing that Bitcoin can experiment with stronger quantum-resistant protections using its existing rules.
🔬 The experiment doesn't mean Bitcoin is already fully quantum-proof. It demonstrates a possible path toward protecting BTC from future quantum-computing threats.
🚀 Bitcoin isn't just preparing for the future — it's testing it on mainnet.
#Bitcoin #BTC #QuantumComputing #Crypto #Blockchain #BitcoinSecurity #AntiQuantumBitcoinTransactionMinedOnMainnet
Verified
#AntiQuantumBitcoinTransactionMinedOnMainnet
🚨 A historic moment for Bitcoin… The first quantum-safe transaction has been mined on the Mainnet! 💥🔥👀
In a historic move, StarkWare successfully mined the first quantum-safe Bitcoin transaction on the Bitcoin mainnet, without changing the consensus rules or performing a soft fork.
But the real surprise?
💥 The first quantum-safe Bitcoin transaction
10,000 satoshis were transferred
⛏️ Confirmed in Block 964,199
🔐 Using Quantum-Safe Bitcoin (QSB) technology
🚫 Without changing the existing Bitcoin rules
And the most exciting part? 👀
This experiment means there is now an experimental way to transfer BTC to a form more resistant to the threat of future quantum computers, without modifying the Bitcoin protocol itself.
But this doesn't mean Bitcoin is now fully quantum-proof. The technology is still experimental and limited, and needs further development and wider adoption before it can become a solution for the entire network.
Is this just a technological experiment, or is it the first step in the race to prepare Bitcoin for the age of quantum computing? 🚀🔥
#QuantumComputing #Blockchain #StarkWare #BitcoinSecurity
$BTC
$ETH
🚨 A historic moment for Bitcoin… The first quantum-safe transaction has been mined on the Mainnet! 💥🔥👀
In a historic move, StarkWare successfully mined the first quantum-safe Bitcoin transaction on the Bitcoin mainnet, without changing the consensus rules or performing a soft fork.
But the real surprise?
💥 The first quantum-safe Bitcoin transaction
10,000 satoshis were transferred
⛏️ Confirmed in Block 964,199
🔐 Using Quantum-Safe Bitcoin (QSB) technology
🚫 Without changing the existing Bitcoin rules
And the most exciting part? 👀
This experiment means there is now an experimental way to transfer BTC to a form more resistant to the threat of future quantum computers, without modifying the Bitcoin protocol itself.
But this doesn't mean Bitcoin is now fully quantum-proof. The technology is still experimental and limited, and needs further development and wider adoption before it can become a solution for the entire network.
Is this just a technological experiment, or is it the first step in the race to prepare Bitcoin for the age of quantum computing? 🚀🔥
#QuantumComputing #Blockchain #StarkWare #BitcoinSecurity
$BTC
$ETH
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
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#antiquantumbitcointransactionminedonmainnet
🚨 QUANTUM-RESISTANT BITCOIN TRANSACTION HITS MAINNET! ⚛️₿
What Happened:
🟢 An anti-quantum Bitcoin transaction was reportedly mined on the Bitcoin mainnet.
⚛️ The development highlights growing attention on protecting Bitcoin against future quantum-computing threats.
🔐 Quantum-resistant cryptography could become increasingly important as computing power advances.
👀 The bigger question: How prepared is Bitcoin for the quantum era?
Why It Matters for BTC / ETH:
🔥 Stronger long-term security could reinforce confidence in Bitcoin's network.
But this is about future-proofing, not an immediate fix or proof that quantum computers can currently break Bitcoin.
🚀 Bitcoin is being tested for the future. The quantum race has officially entered the conversation.
📊 Live Trading Widget: BTC/USDT
#bitcoin #BTC #quantumcomputing
🚨 QUANTUM-RESISTANT BITCOIN TRANSACTION HITS MAINNET! ⚛️₿
What Happened:
🟢 An anti-quantum Bitcoin transaction was reportedly mined on the Bitcoin mainnet.
⚛️ The development highlights growing attention on protecting Bitcoin against future quantum-computing threats.
🔐 Quantum-resistant cryptography could become increasingly important as computing power advances.
👀 The bigger question: How prepared is Bitcoin for the quantum era?
Why It Matters for BTC / ETH:
🔥 Stronger long-term security could reinforce confidence in Bitcoin's network.
But this is about future-proofing, not an immediate fix or proof that quantum computers can currently break Bitcoin.
🚀 Bitcoin is being tested for the future. The quantum race has officially entered the conversation.
📊 Live Trading Widget: BTC/USDT
#bitcoin #BTC #quantumcomputing
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