starkware

#首笔抗量子比特币交易主网完成 Quantum computers haven’t arrived yet, but BTC has already put up a “burglar-proof door” 😂

This time it wasn’t a PPT—it actually went live on the mainnet.

On August 26, StarkWare researcher Avihu Levy conducted an experimental anti-quantum bitcoin transaction, which was ultimately included in Bitcoin mainnet block number 964199.

The most interesting part: there was no soft fork, no hard fork, and no changes to Bitcoin’s consensus rules.

It uses a scheme called QSB (Quantum Safe Bitcoin). Put simply, it uses the hashing mechanism to swap BTC’s “lock” for one that will be harder for future quantum computing to break.

But don’t rush to shout that “BTC is already quantum-resistant”—not yet.

This transaction currently has high computational cost and takes a long time. It’s also a non-standard transaction, meaning miners need to provide a special pathway to complete it.

So I think what’s truly worth paying attention to isn’t: “If quantum computers arrive, will BTC go to zero?”—but rather:

For the first time, Bitcoin has proven on mainnet something: when facing quantum threats, it may not be necessary to only wait for a major protocol upgrade.

Today is just the experiment—tomorrow is the real war.

The quantum era hasn’t arrived yet, but BTC has already started reinforcing its doors.

#Bitcoin #StarkWare #量子计算

First Anti-Quantum Bitcoin Transaction Hits Mainnet 🔥

A historic milestone for Bitcoin security: the first quantum-safe transaction has been successfully mined on the Bitcoin mainnet.

Developed by StarkWare researcher Avihu Levy using the Quantum-Safe Bitcoin (QSB) method, the transaction relies on hash-based protection rather than traditional elliptic-curve signatures. It requires no soft fork or changes to Bitcoin’s consensus rules.

A practical step toward protecting funds against future quantum computing threats.

$BTC #Bitcoin #Quantum #Crypto #Security #StarkWare

#首笔抗量子比特币交易主网完成
Historic breakthrough! The world’s first “anti-quantum Bitcoin trading” completed successfully on the mainnet

On the 26th, blockchain scaling and cryptography research company StarkWare announced that its team has successfully executed and confirmed the world’s first real transaction on the Bitcoin (Bitcoin) mainnet, with the capability to withstand quantum attacks. This marks an important milestone for the cryptocurrency industry: its technology for addressing future quantum-computing threats has moved from theoretical concepts to real on-chain practice.

The transaction was carried out by the #StarkWare application research and development team based on its proposed “Quantum Safe Bitcoin (QSB)” solution. What has drawn the most attention from the industry is that the transaction did not modify Bitcoin’s underlying consensus rules or perform any soft or hard forks. Instead, it cleverly leverages Bitcoin’s existing scripting system and hash-lock mechanisms to successfully guard against the risk of cryptographic cracking that future quantum computers may bring.

However, analysis also notes that due to the computational characteristics of this protection mechanism, the compute power and transaction fee costs are relatively high (about several tens to over a hundred USD per transaction). Additionally, it must be directly packaged through specific mining pools (such as MARA Pool). Therefore, at this stage, it is mainly positioned as an “emergency safe haven channel” for institutions or large holders under extreme quantum crises. Nonetheless, this move has already demonstrated to the world that Bitcoin’s ecosystem has strong potential for self-protective evolution without breaking decentralized consensus.

Bitcoin just got its first quantum-resistant test on mainnet.

StarkWare has just completed a Quantum-Resistant Bitcoin (QSB) transaction on the Bitcoin mainnet without needing a soft fork or hard fork.

The transaction only cost 10,000 sats, the test lasted a few hours, and the GPU cost was about $150–200.

Notably: QSB helps reduce the risk from quantum attacks, but users still need to proactively move their BTC. It cannot protect assets whose public key has already been exposed.

Bitcoin today:
“Quantum computers?”
“Not today, bro.” 💀

#bitcoin $BTC
#StarkWare #crypto

History made on the #Bitcoin mainnet! 🚀

StarkWare has executed the first quantum-resistant BTC transaction. Using a clever workaround, they secured the transaction without changing Bitcoin's core consensus rules.

Though currently costly, this is a major milestone in future-proofing the network against future quantum threats.

Are high fees worth quantum-level security today? 👇

#Bitcoin #StarkWare #Web3

StarkWare has just mined the first quantum-resistant Bitcoin transaction on mainnet $BTC en. Without a soft fork, using signature grinding and hashes. It’s a technical “lifesaver” that closes the attack window in the mempool.

But it costs hours of computation and hundreds of dollars. StarkWare itself says it doesn’t replace a real protocol upgrade.
Do you think this kind of temporary solution delays or accelerates the debate about a post-quantum soft fork?

Source: StarkWare
#StarkWare

💥 StarkWare mines first quantum-safe Bitcoin transaction on mainnet

StarkWare says it has successfully mined the first quantum-safe Bitcoin transaction on mainnet, moving its Quantum-Safe Bitcoin (QSB) method from research to an on-chain demonstration.
The transaction was confirmed on August 26 in Bitcoin block 964,199 and used hash-based protections instead of Bitcoin’s vulnerable elliptic-curve signatures.

It required no change to Bitcoin’s consensus rules, but the transaction is currently nonstandard and had to reach a miner directly through MARA Slipstream.
StarkWare estimates the computation cost at roughly $75–$150, while its latest run reportedly cost several hundred dollars.

#Bitcoin #StarkWare #QuantumComputing
#ThuyBNB
$BTC $BNB

🔥 BIG DEVELOPMENT FOR BITCOIN

StarkWare has reportedly executed the first-ever quantum-safe Bitcoin transaction on mainnet.

Quantum computing could eventually challenge the cryptography securing blockchain networks, so moves like this are more than just a technical milestone — they show the industry is already preparing for threats that may be years away.

Bitcoin’s biggest strength has always been security. If the network can evolve before quantum computing becomes a serious threat, that could be a major positive for its long-term resilience. 🚀

#Bitcoin #BTC #StarkWare

🚨 Bitcoin has just accomplished something big!
The first “quantum-resistant” transaction has been added to the mainnet—has BTC really started upgrading?

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⚡ Bitcoin has recently seen a new development worth paying attention to.
StarkWare says they have successfully completed, on Bitcoin’s mainnet, a transaction with “quantum-safe” features. The key point is: this isn’t a testnet, and it’s not a simulated exercise in a lab—it’s a real transaction that happened on the actual Bitcoin mainnet.🔥

Why has this sparked such a huge discussion?
Because today’s Bitcoin transactions rely mainly on elliptic curve cryptography to secure assets.
In theory, if quantum computers become strong enough in the future, they could pose challenges to the existing encryption methods.

So developers have been researching a question for years:
🚨 If quantum computing really keeps getting more powerful, how will Bitcoin protect itself?
And what StarkWare demonstrated this time is one possible solution path.
They successfully proved that, without changing Bitcoin’s current consensus rules, it’s possible to construct and complete a transaction with quantum-attack resistance features.👀

However, there’s one crucial thing to note ⚠️ This does not mean Bitcoin has already completed a “quantum-safe upgrade.”
Right now, it’s only a successful mainnet test.
It’s more like a concept validation in a real environment—showing that this technical approach can, in theory, run on the Bitcoin network.

There may still be many issues to resolve before true large-scale adoption, such as:
transaction costs, computational efficiency, wallet compatibility, and whether it can eventually become part of the Bitcoin protocol.
So the truly important part of this isn’t that “Bitcoin will be safe from quantum computing starting tomorrow.”

Instead, it shows the market something:
🔥 Bitcoin is not something that stays unchanged.
In the face of potential new technological risks in the future, developers have already started testing different solutions ahead of time.

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#BTC #StarkWare #量子计算

StarkWare tests quantum-resistant Bitcoin transactions on the mainnet

- StarkWare carried out a test transaction on the Bitcoin mainnet, demonstrating the ability to spend Bitcoin in a quantum-resistant way without needing a fork.
- This transaction has a cost of up to 200 USD and requires sending directly to miners.
- This is a step forward in preparing for the threat that quantum computers pose to current cryptography.

#StarkWare #Bitcoin #QuantumResistance #CryptoNews #Blockchain

$btc btc

vlikevn Titanbot

Source: CoinTelegraph

StarkWare launches "Private KYC" to boost personal data security

- StarkWare, the developer behind the Starknet network, just dropped a new solution called "Private KYC" (Private Customer Identification).
- The main goal here is to tackle concerns about personal data leaks in traditional KYC processes.
- According to Starknet, the current identity verification processes often demand full documentation, while only a few specific details are actually necessary.
- "Private KYC" will only require the most essential data, enhancing user privacy and security.
- This solution promises a safer approach to identity verification in the Web3 space.
#StarkWare #Starknet #KYC #Blockchain #Web3 Privacy CryptoNews BinanceSquare STRK

$strk

vlikevn Titanbot

Source: CoinTelegraph

Shield Rush Privacy Incentive Event is Officially Live

This event is launched by StarkWare, allowing all users to participate in daily privacy asset staking (Shielding) tasks to share the reward pool.

Leveraging Starknet's latest STRK20 privacy protocol, users can transfer their assets into the privacy pool to complete the shielding operation, earning daily reward shares with a low entry barrier and straightforward process.

#StarkWare #Starknet #隐私赛道 #STRK $STRK

🚨 StarkWare just dropped Private KYC on Starknet — and it changes everything 👇

Zero-knowledge proofs meet identity verification. Users prove they're over 18 or hold valid credentials without revealing full passport details.

Scan your passport, encrypt data to your wallet, submit ZK proofs for selective checks. Verifiers confirm eligibility via a public registry — they never see actual identity data.

📊 3,322 data breaches hit the US in 2025 — a 79% five-year spike
📊 Average cost of a data breach: $4.4 million globally
📊 Over 1 billion health records breached, $7.42M average cost

The system is self-custody. No centralized biometric vaults. Contracts check proofs, not passports. Verification and privacy finally stop being a tradeoff.

Identity checks ask for your whole document when they only need one fact. This flips that model entirely.

Could ZK identity become the new compliance standard? 👇

$ETH $STRK $SOL
#Starknet #StarkWare #ZKProofs #Crypto

🔐 StarkWare just dropped a game-changer for crypto privacy and compliance!

They introduced "Private KYC" on Starknet — a system that lets users prove specific facts (like being over 18 or holding valid credentials) using zero-knowledge STARK proofs, WITHOUT revealing their full identity data.

Here's how it works:
📱 Scan your passport on your phone
🔐 Encrypt identity data to your Starknet wallet
⛓️ Register attributes onchain
✅ Submit ZK proofs for selective checks

Verifiers confirm exactly what they need without ever seeing your actual documents.

Why this matters:
• 3,322 data breaches in the US in 2025 alone
• Average breach cost: $4.4 million
• Over 1 billion healthcare records compromised

Unlike Worldcoin's centralized biometric storage, StarkWare uses self-custody — YOU control your data.

"Verification and privacy aren't a trade-off." 🔥

Could zero-knowledge KYC replace traditional identity verification? What's your take?

$STRK #StarkWare #Starknet #ZeroKnowledge #Privacy #Crypto

StarkWare unveils a quantum roadmap for Starknet: The crypto industry needs to act now!

* StarkWare, developer of Starknet scalability solutions, has just announced a technology development roadmap to counter threats from quantum computers.
* CEO Eli Ben-Sasson emphasized that the cryptocurrency industry must proactively prepare for the quantum era without waiting for warnings from external authorities.
* This roadmap is intended to ensure Starknet’s security and resilience against potential attacks from quantum computers in the future.
* The move reflects StarkWare’s commitment to protecting blockchain infrastructure and digital assets against new technological challenges.
#StarkWare #Starknet #QuantumComputing #Blockchain #CryptoNews BinanceSquare STRK

$strk

vlikevn Titanbot

Source: CoinTelegraph

StarkWare collaborates with MARA to successfully process a quantum computer-resistant transaction on the Bitcoin mainnet without causing the risk of network splitting. Can this news be enough to help $BTC make a solid breakout through the 80,000 USD price zone?

At the moment, $BTC is trading around 80,188.7 USD (+2.00% in 24h). Technically speaking, holding the psychological support level at 80,000 USD is a crucial foundation. However, futures traders should note: if buying pressure isn’t strong enough to trigger a breakout, the risk of a reversal that sweeps liquidity on both sides remains very high.

My personal take: Don’t get too carried away. Focus on position management, set a clear stop-loss, and invest with discipline rather than overusing leverage. DYOR, guys!

Do you think this price level for $BTC is an opportunity or a risk? Check the chart for $BTC below! 👇

#BTC #Bitcoin #Crypto #StarkWare

StarkWare CEO Eli Ben-Sasson says privacy and post-quantum security should not be expensive.

#StarkWare #Privacy #QuantumSecurity #Web3 #Ethereum

🛡️ Security First

StarkWare just dropped their quantum roadmap for $STRK !! 🛡️ CEO says the industry has zero excuses to be unprepared... time to level up!!

#StarkWare ‎

#AntiQuantumBitcoinTransactionMinedOnMainnet
⚡ STARKWARE TESTS QUANTUM-SAFE BITCOIN TRANSACTION ON MAINNET ₿🔐

StarkWare says an experimental quantum-safe Bitcoin transaction was successfully mined on the Bitcoin mainnet on August 26, 2026.

🔹 No soft fork required: The experiment reportedly used Bitcoin's existing rules, meaning no consensus upgrade was needed.

🔹 A technical proof of concept: The transaction demonstrates a possible approach to exploring quantum-resistant cryptography within Bitcoin's current framework.

⚠️ Important: This does not mean quantum computers can currently break Bitcoin.

It also does not mean that all Bitcoin wallets or transactions are now automatically protected against future quantum threats.

💡 Why it matters: As quantum computing develops, the crypto industry is increasingly exploring ways to make blockchain infrastructure more resistant to potential future cryptographic threats.
#Bitcoin #BTC #StarkWare #QuantumComputing

#首笔抗量子比特币交易主网完成

I think many people are underestimating this message.

Everyone is watching whether $BTC goes up by 2,000 or down by 3,000 every day, but a war farther than price is already being fought in advance—Bitcoin has officially started to face quantum computing.

StarkWare recently completed what it calls its first “anti-quantum” transaction on the Bitcoin mainnet. The transaction is only 10,000 sats, so small that it’s almost negligible—but the significance is anything but small: it proves that, at least at the experimental level, we can grant a BTC transaction additional protection against quantum attacks without changing Bitcoin’s existing consensus rules.

Why is this worth talking about?

Because elliptic curve cryptography—something people today consider unbreakable—is, in theory, not guaranteed to be secure forever against sufficiently powerful quantum computers. Especially if the public key is exposed: if quantum computing capability truly crosses that critical threshold in the future, an attacker might use algorithms to derive the private key.

Of course, don’t imagine that “quantum computers will steal Bitcoin tomorrow.”

This QSB is more like building a lifeboat early, rather than retrofitting the entire Bitcoin ship with armor. Its computation cost is high, the process takes time, and because the transaction format is not a conventional standard, it also needs to be submitted directly to miners via Mara’s Slipstream. StarkWare itself admits that for Bitcoin to truly address the quantum threat, it still requires protocol-level upgrades.

But I actually think that’s the most interesting part of this news.

For Bitcoin to make it this far, real strength has never been “code that never needs to be changed.” Instead, it’s that someone keeps putting potential future problems on the table years—even decades—ahead of time.

Price determines who makes money today; security determines whether Bitcoin is still worth holding a decade from now.

So don’t just look at what these 10,000 sats are worth.

It’s more like a stress test for the future.

The quantum era hasn’t truly arrived yet, but Bitcoin developers have already started patching the air defenses.

#比特币 #BTC #StarkWare #加密货币