#antiquantumbitcointransactionminedonmainnet
antiquantumbitcointransactionminedonmainnet
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#antiquantumbitcointransactionminedonmainnet
🚨 BITCOIN QUANTUM-RESISTANT TRANSACTION MINED! ₿⚛️
A quantum-resistant Bitcoin transaction has been successfully mined on the Bitcoin mainnet — a notable step toward Bitcoin’s long-term security against future quantum-computing threats.
📊 Trading Setup:
Don’t chase the news. Wait for BTC to confirm the direction with price action + volume before entering.
⏱️ Trade Time: Hold only while the setup remains valid; there is no guaranteed holding period.
🎯 Profit: No fixed profit is guaranteed. Set your entry, stop-loss, and target first, then calculate the potential reward.
⚠️ Trade smart: Use proper risk management and never enter just because of a headline.
What do you think—will BTC react bullishly to this development? ₿📈
#Bitcoin #BTC #QuantumComputing #CryptoNews
https://www.binance.com/en/square/profile/square-creator-4e7984f6aedff
click tobelow trade👇👇
$BTC
$ETH
$BNB
🚨 BITCOIN QUANTUM-RESISTANT TRANSACTION MINED! ₿⚛️
A quantum-resistant Bitcoin transaction has been successfully mined on the Bitcoin mainnet — a notable step toward Bitcoin’s long-term security against future quantum-computing threats.
📊 Trading Setup:
Don’t chase the news. Wait for BTC to confirm the direction with price action + volume before entering.
⏱️ Trade Time: Hold only while the setup remains valid; there is no guaranteed holding period.
🎯 Profit: No fixed profit is guaranteed. Set your entry, stop-loss, and target first, then calculate the potential reward.
⚠️ Trade smart: Use proper risk management and never enter just because of a headline.
What do you think—will BTC react bullishly to this development? ₿📈
#Bitcoin #BTC #QuantumComputing #CryptoNews
https://www.binance.com/en/square/profile/square-creator-4e7984f6aedff
click tobelow trade👇👇
$BTC
$ETH
$BNB
Verified
🚨 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
Verified
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’S FIRST QUANTUM-SAFE TRANSACTION HAS BEEN MINED ON MAINNET! ⚛️₿
A major Bitcoin security experiment has officially moved from research to the real network.
StarkWare says a transaction using its Quantum-Safe Bitcoin (QSB) method was mined on the Bitcoin mainnet on August 26, 2026, demonstrating a way to create a Bitcoin transaction designed to resist attacks from a sufficiently powerful quantum computer — without changing Bitcoin’s consensus rules.
🔹 What makes this important?
• The transaction was confirmed on the live Bitcoin mainnet.
• No Bitcoin hard fork or consensus-rule change was required.
• The transaction reportedly used a hash-based construction intended to reduce reliance on the elliptic-curve cryptography that could theoretically be vulnerable to future quantum computers.
• The transaction was non-standard and required direct submission to a mining service rather than normal network relay.
⚠️ Important clarification:
This does not mean that the entire Bitcoin network is now quantum-proof. The demonstration is an experimental, opt-in approach with practical limitations, including computational cost and compatibility constraints. A broader quantum-security transition for Bitcoin would likely require further research, testing, and potential protocol-level solutions.
🌍 Why the crypto community is watching
Quantum computing remains an emerging long-term cybersecurity challenge because sufficiently capable quantum machines could threaten cryptographic systems used across digital infrastructure. The successful mainnet experiment shows that developers are already testing possible defenses in real blockchain environments.
Bitcoin’s quantum-security conversation has officially reached mainnet. ⚛️₿
This is an interesting technical milestone — but it should be viewed as an early experiment, not proof that Bitcoin has solved the quantum challenge.
$NIL $DEXE $ONG
🚨 BITCOIN’S FIRST QUANTUM-SAFE TRANSACTION HAS BEEN MINED ON MAINNET! ⚛️₿
A major Bitcoin security experiment has officially moved from research to the real network.
StarkWare says a transaction using its Quantum-Safe Bitcoin (QSB) method was mined on the Bitcoin mainnet on August 26, 2026, demonstrating a way to create a Bitcoin transaction designed to resist attacks from a sufficiently powerful quantum computer — without changing Bitcoin’s consensus rules.
🔹 What makes this important?
• The transaction was confirmed on the live Bitcoin mainnet.
• No Bitcoin hard fork or consensus-rule change was required.
• The transaction reportedly used a hash-based construction intended to reduce reliance on the elliptic-curve cryptography that could theoretically be vulnerable to future quantum computers.
• The transaction was non-standard and required direct submission to a mining service rather than normal network relay.
⚠️ Important clarification:
This does not mean that the entire Bitcoin network is now quantum-proof. The demonstration is an experimental, opt-in approach with practical limitations, including computational cost and compatibility constraints. A broader quantum-security transition for Bitcoin would likely require further research, testing, and potential protocol-level solutions.
🌍 Why the crypto community is watching
Quantum computing remains an emerging long-term cybersecurity challenge because sufficiently capable quantum machines could threaten cryptographic systems used across digital infrastructure. The successful mainnet experiment shows that developers are already testing possible defenses in real blockchain environments.
Bitcoin’s quantum-security conversation has officially reached mainnet. ⚛️₿
This is an interesting technical milestone — but it should be viewed as an early experiment, not proof that Bitcoin has solved the quantum challenge.
$NIL $DEXE $ONG
The _Trading _Geek:
🔥 Nice post! If you’d like to join our "CHAT ROOM", it’s pinned at the top of my "profile", where I share "crypto signals" and "trading setups". 📈🎯 Tap my "profile" and join the "CHAT ROOM" pinned at the top! 👇Hope To See You There !🚀📌
Tap Here To Join "CHAT ROOM"
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
#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
History was just made on the $BTC network. StarkWare researcher Avihu Levy and engineer Tomer Giladi successfully mined the first quantum-resistant Bitcoin transaction on mainnet at block 964,199, moving 10,000 satoshis. Using signature grinding and RIPEMD-160 hashing, this method achieves ~118-bit security against Shor’s algorithm—without any soft/hard forks or consensus rule changes required.
#BTC #AntiQuantumBitcoinTransactionMinedOnMainnet #BinanceSquareFamily #CryptoNewsCommunity #AntiQuantumBitcoinTransactionMinedOnMainnet
#BTC #AntiQuantumBitcoinTransactionMinedOnMainnet #BinanceSquareFamily #CryptoNewsCommunity #AntiQuantumBitcoinTransactionMinedOnMainnet
#antiquantumbitcointransactionminedonmainnet 🚨
Bitcoin just took a real step toward the quantum
era.
For years,
quantum resistance in Bitcoin
has mostly been discussed as a future problem. This week, that conversation moved onto the live network.
StarkWare has demonstrated what it describes as the first
quantum
-safe Bitcoin transaction on Bitcoin mainnet.
The transaction was confirmed in block 964,199 on August 26, using StarkWare’s Quantum Safe Bitcoin (QSB) method, without changing Bitcoin’s existing consensus rules.$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
On August 26, 2026, StarkWare researcher Avihu Levy's Quantum-Safe Bitcoin (QSB) method became the first quantum-safe transaction ever mined on Bitcoin mainnet (via MARA Pool's Slipstream), proving Bitcoin can be protected from quantum attacks without a soft fork - it uses signature grinding / Binohash to create a valid signature without a private key by brute-forcing a hash, so security relies on hash functions which Shor's algorithm can't break, unlike Bitcoin's elliptic-curve crypto; it's currently expensive ($100s, hours of compute) and non-standard so it needs direct miner submission, but it lets holders move coins into a hash-locked output a quantum computer cannot open.
#AntiQuantumBitcoinTransactionMinedOnMainnet
$NVDAB
$AAPLB
$NVDA.US
#AntiQuantumBitcoinTransactionMinedOnMainnet
$NVDAB
$AAPLB
$NVDA.US
The _Trading _Geek:
🔥 Nice post! If you’d like to join our "CHAT ROOM", it’s pinned at the top of my "profile", where I share "crypto signals" and "trading setups". 📈🎯 Tap my "profile" and join the "CHAT ROOM" pinned at the top! 👇Hope To See You There !🚀📌
Tap Here To Join "CHAT ROOM"
"Will quantum computers kill #Bitcoin ?" 🤔 We’ve all heard this rumor.
Well, the Bitcoin network just answered back. 🎤⬇️
An actual Anti-Quantum transaction was just successfully mined on the Bitcoin Mainnet! This isn't a simulation or a testnet drill—it's live proof that developers are actively evolving the network to withstand next-gen supercomputers.
While a real "quantum threat" is likely still years or decades away, Bitcoin is already forging its armor. The king of crypto doesn't just survive; it adapts. 👑🛡️
Are you worried about quantum computing, or do you trust the network to upgrade in time? Let's chat in the comments! 👇
$BTC $SOL $ZEC
#AntiQuantumBitcoinTransactionMinedOnMainnet #CryptoTrends
Well, the Bitcoin network just answered back. 🎤⬇️
An actual Anti-Quantum transaction was just successfully mined on the Bitcoin Mainnet! This isn't a simulation or a testnet drill—it's live proof that developers are actively evolving the network to withstand next-gen supercomputers.
While a real "quantum threat" is likely still years or decades away, Bitcoin is already forging its armor. The king of crypto doesn't just survive; it adapts. 👑🛡️
Are you worried about quantum computing, or do you trust the network to upgrade in time? Let's chat in the comments! 👇
$BTC $SOL $ZEC
#AntiQuantumBitcoinTransactionMinedOnMainnet #CryptoTrends
#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
#AntiQuantumBitcoinTransactionMinedOnMainnet
A Historic Milestone for $BTC: The First Anti-Quantum Transaction Mined on Mainnet! 🛡️⚛️
The crypto community is buzzing about a major technical breakthrough: the first quantum-resistant Bitcoin transaction was successfully mined on the Bitcoin mainnet (Block 964,199), moving 10,000 satoshis without requiring any soft fork, hard fork, or change to Bitcoin's consensus rules!
Engineered by StarkWare researcher Avihu Levy and engineer Tomer Giladi using the Quantum-Safe Bitcoin (QSB) method, this experiment utilized signature grinding and hashing mechanisms to protect transactions against future threats like Shor's algorithm—all without altering protocol rules.
While it's currently a proof-of-concept rather than an immediate network-wide upgrade (and still faces practical hurdles like nonstandard mempool relay limits), it proves that Bitcoin's security evolution is already looking decades ahead.
What do you think? Is quantum-proofing a priority we need to think about now, or is it still too far down the road? Let me know below! 👇
A Historic Milestone for $BTC: The First Anti-Quantum Transaction Mined on Mainnet! 🛡️⚛️
The crypto community is buzzing about a major technical breakthrough: the first quantum-resistant Bitcoin transaction was successfully mined on the Bitcoin mainnet (Block 964,199), moving 10,000 satoshis without requiring any soft fork, hard fork, or change to Bitcoin's consensus rules!
Engineered by StarkWare researcher Avihu Levy and engineer Tomer Giladi using the Quantum-Safe Bitcoin (QSB) method, this experiment utilized signature grinding and hashing mechanisms to protect transactions against future threats like Shor's algorithm—all without altering protocol rules.
While it's currently a proof-of-concept rather than an immediate network-wide upgrade (and still faces practical hurdles like nonstandard mempool relay limits), it proves that Bitcoin's security evolution is already looking decades ahead.
What do you think? Is quantum-proofing a priority we need to think about now, or is it still too far down the road? Let me know below! 👇
#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
$BTC
$TUT
$LINK
🚨 #AntiQuantumBitcoinTransactionMinedOnMainnet
A major Bitcoin security milestone: StarkWare says a quantum-safe Bitcoin transaction was mined on mainnet on August 26, 2026, without requiring a soft fork, hard fork, or consensus-rule change. The transaction used the Quantum-Safe Bitcoin (QSB) approach and moved 10,000 satoshis. 
Why it matters: Quantum computers could eventually threaten Bitcoin’s current signature cryptography. This experiment shows a possible path toward protecting BTC against future quantum attacks, although the method is currently expensive and is not yet a full network-wide solution. 
Binance Square title:
🚨 Bitcoin Enters the Quantum-Safe Era: First Anti-Quantum Transaction Mined on Mainnet ⚛️#AntiQuantumBitcoinTransactionMinedOnMainnet
$TUT
$LINK
🚨 #AntiQuantumBitcoinTransactionMinedOnMainnet
A major Bitcoin security milestone: StarkWare says a quantum-safe Bitcoin transaction was mined on mainnet on August 26, 2026, without requiring a soft fork, hard fork, or consensus-rule change. The transaction used the Quantum-Safe Bitcoin (QSB) approach and moved 10,000 satoshis. 
Why it matters: Quantum computers could eventually threaten Bitcoin’s current signature cryptography. This experiment shows a possible path toward protecting BTC against future quantum attacks, although the method is currently expensive and is not yet a full network-wide solution. 
Binance Square title:
🚨 Bitcoin Enters the Quantum-Safe Era: First Anti-Quantum Transaction Mined on Mainnet ⚛️#AntiQuantumBitcoinTransactionMinedOnMainnet
#AntiQuantumBitcoinTransactionMinedOnMainnet
BITCOIN MINES FIRST QUANTUM-SAFE TX ON MAINNET — NO FORK NEEDED!
StarkWare researchers achieved a historic cryptographic milestone by mining the first Quantum-Safe Bitcoin (QSB) transaction on mainnet in block 964,199. Developed by researcher Avihu Levy, the scheme spent a 10,000-satoshi output using hash-based security (Lamport signatures) to replace standard ECDSA elliptic-curve signature risks.
Crucially, QSB works within Bitcoin's current legacy script rules without requiring a soft fork or network upgrade. Because the non-standard format bypasses the public mempool, it was submitted directly to MARA Pool via Slipstream.
Key Takeaways:
• High Resource Bar: Requires hours of off-chain GPU computation ($150–$200 cost per transaction), making it an emergency shield rather than a daily payment system.
• Scope Limit: It is an opt-in tool for unexposed keys and does not retroactively protect already exposed public keys.
• Market Impact: Provides massive long-term reassurance that BTC can adapt to quantum threats today while core developers prepare soft-fork upgrades.
💡 Security breakthroughs reinforce Bitcoin’s long-term fundamental thesis. Ignore impulse news trades and let high-timeframe price action confirm your market positioning.
👇 CLICK BELOW TO TRADE: $BTC ETHSOL
#Bitcoin #QuantumSafe #BTC #CryptoNews
BITCOIN MINES FIRST QUANTUM-SAFE TX ON MAINNET — NO FORK NEEDED!
StarkWare researchers achieved a historic cryptographic milestone by mining the first Quantum-Safe Bitcoin (QSB) transaction on mainnet in block 964,199. Developed by researcher Avihu Levy, the scheme spent a 10,000-satoshi output using hash-based security (Lamport signatures) to replace standard ECDSA elliptic-curve signature risks.
Crucially, QSB works within Bitcoin's current legacy script rules without requiring a soft fork or network upgrade. Because the non-standard format bypasses the public mempool, it was submitted directly to MARA Pool via Slipstream.
Key Takeaways:
• High Resource Bar: Requires hours of off-chain GPU computation ($150–$200 cost per transaction), making it an emergency shield rather than a daily payment system.
• Scope Limit: It is an opt-in tool for unexposed keys and does not retroactively protect already exposed public keys.
• Market Impact: Provides massive long-term reassurance that BTC can adapt to quantum threats today while core developers prepare soft-fork upgrades.
💡 Security breakthroughs reinforce Bitcoin’s long-term fundamental thesis. Ignore impulse news trades and let high-timeframe price action confirm your market positioning.
👇 CLICK BELOW TO TRADE: $BTC ETHSOL
#Bitcoin #QuantumSafe #BTC #CryptoNews
The _Trading _Geek:
🔥 Nice post! If you’d like to join our "CHAT ROOM", it’s pinned at the top of my "profile", where I share "crypto signals" and "trading setups". 📈🎯 Tap my "profile" and join the "CHAT ROOM" pinned at the top! 👇Hope To See You There !🚀📌
Tap Here To Join "CHAT ROOM"
#AntiQuantumBitcoinTransactionMinedOnMainnet 🚨 HISTORY JUST GOT MINED ON BITCOIN — LITERALLY! ₿⚛️
StarkWare researcher Avihu Levy has reportedly completed the first quantum-safe Bitcoin transaction on mainnet — and the interesting part is that it happened without a soft fork, hard fork, or consensus change.
The transaction was confirmed in Block 964,199, spending a 10,000-satoshi output protected by the Quantum-Safe Bitcoin (QSB) scheme and mined through MARA Pool’s Slipstream service.
🔐 Why does this matter?
QSB uses hash-based, quantum-resistant cryptography instead of traditional elliptic-curve signatures. It’s designed to make transactions harder for future quantum computers to attack.
But there’s an important catch 👇
⏱️ It currently takes hours of GPU computation and costs roughly $150–$200 per transaction, so it’s nowhere near everyday use yet.
🚫 QSB transactions are also non-standard under Bitcoin Core relay rules, meaning they currently need direct submission to a participating miner.
🎯 And this doesn’t make the entire Bitcoin network quantum-proof. It mainly protects specific transactions, while coins linked to already-exposed public keys may still face future quantum risks.
The bigger picture? 👀
This looks like an important proof of concept while Bitcoin developers work toward broader protocol-level protection, potentially through upgrades such as BIP-360.
₿ One step closer to a quantum-resistant Bitcoin.
The technology still has a long way to go, but this shows that the concept can actually work on mainnet.
What do you think — is this the beginning of Bitcoin’s quantum-safe era? ⚛️🔥
$BTC $XRP $ZEC
#Bitcoin #CryptoNews #BitcoinSecurity
#AntiQuantumBitcoinTransactionMinedOnMainnet
StarkWare researcher Avihu Levy has reportedly completed the first quantum-safe Bitcoin transaction on mainnet — and the interesting part is that it happened without a soft fork, hard fork, or consensus change.
The transaction was confirmed in Block 964,199, spending a 10,000-satoshi output protected by the Quantum-Safe Bitcoin (QSB) scheme and mined through MARA Pool’s Slipstream service.
🔐 Why does this matter?
QSB uses hash-based, quantum-resistant cryptography instead of traditional elliptic-curve signatures. It’s designed to make transactions harder for future quantum computers to attack.
But there’s an important catch 👇
⏱️ It currently takes hours of GPU computation and costs roughly $150–$200 per transaction, so it’s nowhere near everyday use yet.
🚫 QSB transactions are also non-standard under Bitcoin Core relay rules, meaning they currently need direct submission to a participating miner.
🎯 And this doesn’t make the entire Bitcoin network quantum-proof. It mainly protects specific transactions, while coins linked to already-exposed public keys may still face future quantum risks.
The bigger picture? 👀
This looks like an important proof of concept while Bitcoin developers work toward broader protocol-level protection, potentially through upgrades such as BIP-360.
₿ One step closer to a quantum-resistant Bitcoin.
The technology still has a long way to go, but this shows that the concept can actually work on mainnet.
What do you think — is this the beginning of Bitcoin’s quantum-safe era? ⚛️🔥
$BTC $XRP $ZEC
#Bitcoin #CryptoNews #BitcoinSecurity
#AntiQuantumBitcoinTransactionMinedOnMainnet
#AntiQuantumBitcoinTransactionMinedOnMainnet
BITCOIN PROVES QUANTUM RESILIENCE ON MAINNET!
The first-ever quantum-safe Bitcoin transaction (QSB) was mined in block 964,199 without needing a soft fork or protocol upgrade. By utilizing hash-based cryptography, the milestone proves BTC can defend high-value assets against future quantum threats under current network rules.
While high GPU compute costs ($150–$200/tx) keep QSB as an emergency backup rather than daily tech, it provides a massive long-term safety net.
💡 Trade price structure, not noise. Long-term security wins boost fundamental strength, but let the charts confirm your entries.
👇 CLICK BELOW TO TRADE: $BTC ETHSOL
#Bitcoin #QuantumSafe #BTC #CryptoNews
BITCOIN PROVES QUANTUM RESILIENCE ON MAINNET!
The first-ever quantum-safe Bitcoin transaction (QSB) was mined in block 964,199 without needing a soft fork or protocol upgrade. By utilizing hash-based cryptography, the milestone proves BTC can defend high-value assets against future quantum threats under current network rules.
While high GPU compute costs ($150–$200/tx) keep QSB as an emergency backup rather than daily tech, it provides a massive long-term safety net.
💡 Trade price structure, not noise. Long-term security wins boost fundamental strength, but let the charts confirm your entries.
👇 CLICK BELOW TO TRADE: $BTC ETHSOL
#Bitcoin #QuantumSafe #BTC #CryptoNews
#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
#AntiQuantumBitcoinTransactionMinedOnMainnet
Bitcoin just took another step toward a more secure future. ⚡️
The #AntiQuantumBitcoinTransaction being mined on mainnet highlights how the ecosystem is thinking ahead about quantum-resistant security and the long-term safety of BTC.
Innovation like this matters because Bitcoin’s security needs to evolve with technology. 🔐₿
#Bitcoin #AntiQuantumBitcoinTransaction
Bitcoin just took another step toward a more secure future. ⚡️
The #AntiQuantumBitcoinTransaction being mined on mainnet highlights how the ecosystem is thinking ahead about quantum-resistant security and the long-term safety of BTC.
Innovation like this matters because Bitcoin’s security needs to evolve with technology. 🔐₿
#Bitcoin #AntiQuantumBitcoinTransaction
#AntiQuantumBitcoinTransactionMinedOnMainnet
🚨 BITCOIN TESTS A QUANTUM-SAFE TRANSACTION
A quantum-resistant Bitcoin transaction has been successfully mined on Bitcoin mainnet, showing that post-quantum security can work without changing Bitcoin’s consensus rules. It’s still an early experiment, but an important step for Bitcoin’s long-term security.
💡 Trader view: This is a technology milestone, not a direct BTC price signal. Watch the market, not the headline.
👇 CLICK BELOW TO TRADE: $BTC
⚠️ NFA. DYOR.
#Bitcoin #BTC #QuantumComputing
🚨 BITCOIN TESTS A QUANTUM-SAFE TRANSACTION
A quantum-resistant Bitcoin transaction has been successfully mined on Bitcoin mainnet, showing that post-quantum security can work without changing Bitcoin’s consensus rules. It’s still an early experiment, but an important step for Bitcoin’s long-term security.
💡 Trader view: This is a technology milestone, not a direct BTC price signal. Watch the market, not the headline.
👇 CLICK BELOW TO TRADE: $BTC
⚠️ NFA. DYOR.
#Bitcoin #BTC #QuantumComputing
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