Binance Square
#pqc

pqc

5,615 views
38 Discussing
Elvin Koeing m9Hz
·
--
What do you think about this coin #PQC PQC?
What do you think about this coin #PQC PQC?
🛡️ The Race for Post-Quantum Cryptography (PQC) Excellent point, @CZ _binance! Google's pressure to expedite the PQC migration to 2029 is a game changer. The real challenge is not just to update the protocol but to ensure the security of 'dormant' assets. For the ecosystem, solutions include: Transition Soft Forks: Implementation of new signature schemes (like Lamport or Winternitz) that are resistant to quantum attacks. Key Commitments: Encouraging active users to migrate to addresses with new security formats before the 'Quantum Era'. Burning or Locking: A sensitive debate on how to protect the network from old coins whose private keys become vulnerable. Innovation has always been the DNA of crypto. We are ready for this evolution! 🚀🔒 #PQC #Bitcoin #Binance #BlockchainSecurity
🛡️ The Race for Post-Quantum Cryptography (PQC)
Excellent point, @CZ _binance! Google's pressure to expedite the PQC migration to 2029 is a game changer. The real challenge is not just to update the protocol but to ensure the security of 'dormant' assets.
For the ecosystem, solutions include:
Transition Soft Forks: Implementation of new signature schemes (like Lamport or Winternitz) that are resistant to quantum attacks.
Key Commitments: Encouraging active users to migrate to addresses with new security formats before the 'Quantum Era'.
Burning or Locking: A sensitive debate on how to protect the network from old coins whose private keys become vulnerable.
Innovation has always been the DNA of crypto. We are ready for this evolution! 🚀🔒 #PQC #Bitcoin #Binance #BlockchainSecurity
@Mytier_official It's time to build the future of Web3 today. Step into the MyTier Universe 🌍✨ #Mytier #MytierUniverse #PQC
@Mytier_official
It's time to build the future of Web3 today.
Step into the MyTier Universe 🌍✨
#Mytier #MytierUniverse #PQC
Mytier Modular scalability: A variety of DApps and services operate on the main chain, while intensive AI computations or incentive logic run on separate modules or sidechains. APIs and SDKs allow seamless integration with external systems. #MytierUniverse #PQC
Mytier
Modular scalability: A variety of DApps and services operate on the main chain, while intensive AI computations or incentive logic run on separate modules or sidechains. APIs and SDKs allow seamless integration with external systems.
#MytierUniverse #PQC
Today, everyone is discussing this quantum encryption and decryption technology❗ Now, there are Kol bragging that Musk will discuss forwarding❗ So, should I trust them one more time, or will it go to zero❓ #PQC $哈基米 $币安人生 {future}(币安人生USDT) {alpha}(560x82ec31d69b3c289e541b50e30681fd1acad24444)
Today, everyone is discussing this quantum encryption and decryption technology❗

Now, there are Kol bragging that Musk will discuss forwarding❗

So, should I trust them one more time, or will it go to zero❓

#PQC $哈基米 $币安人生
Article
Countdown to the Quantum Era: From Bitcoin to Bank Cards, How ByteVault+ChainXVault Protects AssetsA security crisis concerning the global cryptographic system is approaching. Google Quantum AI Team Report Image Source: Google Official Website<br /> In March 2026, the Google Quantum AI team released a groundbreaking study indicating: Under specific conditions, quantum computers can crack Bitcoin encryption in just about 9 minutes. This conclusion directly points to a key fact: Currently, about 6.9 million bitcoins (nearly 1/3 of the total) are in circulation. Due to the exposure of public keys, future systems may be directly compromised and transferred. What is even more concerning is— "Quantum Doomsday (Q-Day)" is being moved up to around 2029.

Countdown to the Quantum Era: From Bitcoin to Bank Cards, How ByteVault+ChainXVault Protects Assets

A security crisis concerning the global cryptographic system is approaching.

Google Quantum AI Team Report Image Source: Google Official Website<br />
In March 2026, the Google Quantum AI team released a groundbreaking study indicating:
Under specific conditions, quantum computers can crack Bitcoin encryption in just about 9 minutes.
This conclusion directly points to a key fact:
Currently, about 6.9 million bitcoins (nearly 1/3 of the total) are in circulation.
Due to the exposure of public keys, future systems may be directly compromised and transferred.
What is even more concerning is—
"Quantum Doomsday (Q-Day)" is being moved up to around 2029.
·
--
Bitcoin Faces Urgent Need for Quantum-Resistant Signatures With rapid advances in quantum computing, traditional cryptography underpinning Bitcoin — including elliptic-curve (ECDSA) and hash-based signatures — could become vulnerable within the next 5–10 years. Experts warn that once quantum computers reach sufficient power, they could derive private keys from exposed public keys, putting billions in BTC at risk. Solutions involving post-quantum cryptography (PQC), such as lattice-based signature schemes, are being developed to safeguard the network. The community must begin planning and migrating to quantum-safe signatures now — before quantum threat becomes real. #Bitcoin #QuantumThreat #PQC #CryptoSecurity #BTC
Bitcoin Faces Urgent Need for Quantum-Resistant Signatures

With rapid advances in quantum computing, traditional cryptography underpinning Bitcoin — including elliptic-curve (ECDSA) and hash-based signatures — could become vulnerable within the next 5–10 years.

Experts warn that once quantum computers reach sufficient power, they could derive private keys from exposed public keys, putting billions in BTC at risk.

Solutions involving post-quantum cryptography (PQC), such as lattice-based signature schemes, are being developed to safeguard the network.

The community must begin planning and migrating to quantum-safe signatures now — before quantum threat becomes real.

#Bitcoin
#QuantumThreat
#PQC
#CryptoSecurity
#BTC
Quantum Computing: A Looming Threat to Cryptography By 2030, quantum computers may break widely used cryptographic algorithms like RSA and ECC, leveraging Shor’s algorithm to factor large numbers exponentially faster than classical systems. This could expose sensitive data, from financial records to national secrets. As Peter Shor noted, “Quantum computers could solve problems in days that take classical computers billions of years.” Defensive measures are underway. The National Institute of Standards and Technology (NIST) began standardizing post-quantum cryptography (PQC) in 2016, releasing algorithms like CRYSTALS-Kyber in 2024. Organizations must adopt PQC, increase key sizes for symmetric encryption, and plan for “harvest now, decrypt later” risks. The future demands crypto-agility and global cooperation to secure digital infrastructure. Transitioning to quantum-resistant systems is urgent to safeguard privacy and security. #PQC #Cybersecurity #QuantumComputing #CoinVahiini
Quantum Computing: A Looming Threat to Cryptography

By 2030, quantum computers may break widely used cryptographic algorithms like RSA and ECC, leveraging Shor’s algorithm to factor large numbers exponentially faster than classical systems. This could expose sensitive data, from financial records to national secrets. As Peter Shor noted, “Quantum computers could solve problems in days that take classical computers billions of years.”

Defensive measures are underway. The National Institute of Standards and Technology (NIST) began standardizing post-quantum cryptography (PQC) in 2016, releasing algorithms like CRYSTALS-Kyber in 2024. Organizations must adopt PQC, increase key sizes for symmetric encryption, and plan for “harvest now, decrypt later” risks.

The future demands crypto-agility and global cooperation to secure digital infrastructure. Transitioning to quantum-resistant systems is urgent to safeguard privacy and security.

#PQC
#Cybersecurity
#QuantumComputing #CoinVahiini
Quantum vs. Code: Is Bitcoin’s Cryptography Ready for the Future? Bitcoin is currently staring down its most sophisticated theoretical adversary yet: Quantum Computing. While the network has proven resilient for nearly two decades, its reliance on ECDSA and Schnorr signatures presents a specific vulnerability. Powerful quantum hardware running Shor’s Algorithm could theoretically reverse-engineer a private key from a public key. This means any address that has previously revealed its public key on-chain could be compromised. The First Line of Defense: BIP-360 To mitigate this risk, developers have introduced BIP-360. This proposal aims to: Minimize Public Key Exposure: Reducing the amount of sensitive data visible on the blockchain. Narrow the Attack Surface: Making it harder for quantum algorithms to find a point of entry. The Road to Quantum-Resistance BIP-360 is a vital shield, but it isn't a silver bullet. Because the underlying ECDSA signatures remain, the network eventually needs a transition to Post-Quantum Cryptography (PQC). This transition is as much a social hurdle as a technical one, requiring massive network upgrades and a global migration of user wallets. The Migration Roadmap Experts suggest a phased approach to reach "Quantum Safety": Design & Testing: 2–3 years of rigorous cryptographic vetting. Activation: ~1 year to implement the soft or hard fork. Mass Migration: 3–4 years for the entire ecosystem to move funds to secure addresses. While a "Quantum Apocalypse" isn't happening tomorrow, this represents a significant tail risk. The survival of the system depends not just on the code, but on the community's ability to coordinate a defense before the first "Q-Day" arrives. #Bitcoin #QuantumComputing #Cryptography #BlockchainSecurity #PQC $BTC {spot}(BTCUSDT)
Quantum vs. Code: Is Bitcoin’s Cryptography Ready for the Future?

Bitcoin is currently staring down its most sophisticated theoretical adversary yet: Quantum Computing.

While the network has proven resilient for nearly two decades, its reliance on ECDSA and Schnorr signatures presents a specific vulnerability. Powerful quantum hardware running Shor’s Algorithm could theoretically reverse-engineer a private key from a public key. This means any address that has previously revealed its public key on-chain could be compromised.

The First Line of Defense: BIP-360
To mitigate this risk, developers have introduced BIP-360. This proposal aims to:

Minimize Public Key Exposure: Reducing the amount of sensitive data visible on the blockchain.

Narrow the Attack Surface: Making it harder for quantum algorithms to find a point of entry.

The Road to Quantum-Resistance
BIP-360 is a vital shield, but it isn't a silver bullet. Because the underlying ECDSA signatures remain, the network eventually needs a transition to Post-Quantum Cryptography (PQC). This transition is as much a social hurdle as a technical one, requiring massive network upgrades and a global migration of user wallets.

The Migration Roadmap
Experts suggest a phased approach to reach "Quantum Safety":

Design & Testing: 2–3 years of rigorous cryptographic vetting.

Activation: ~1 year to implement the soft or hard fork.

Mass Migration: 3–4 years for the entire ecosystem to move funds to secure addresses.

While a "Quantum Apocalypse" isn't happening tomorrow, this represents a significant tail risk. The survival of the system depends not just on the code, but on the community's ability to coordinate a defense before the first "Q-Day" arrives.

#Bitcoin #QuantumComputing #Cryptography #BlockchainSecurity #PQC

$BTC
#PQC 26.5 million, bought a little (personal record only, do not follow) 7JAUDAWr5wHe1GRroDokhtkZcyncm2TF6GvoHzefpump Reasons for buying 1. The narrative is good, quantum concepts, a blogger named Carter published content on the post-quantum era, future quantum computers will crack Bitcoin in 9 minutes, it became popular and was shared by multiple bloggers. 2. The trend is obvious, the new disk just launched and has been rising, reaching 265,000, decisively bought a little, with many leading coins, such as TRUMP, dark, etc., and the chips are relatively reasonable. 3. The community is strong, with more than 1,800 coin holders, over 1,000 community members, all foreigners, many foreign KOLs are promoting it everywhere, quite impressive. @binancezh @BinanceSquareCN Follow the Web3 Koi Diary, the coins bought will multiply by ten {web3_wallet_create}(CT_5017JAUDAWr5wHe1GRroDokhtkZcyncm2TF6GvoHzefpump)
#PQC 26.5 million, bought a little (personal record only, do not follow)

7JAUDAWr5wHe1GRroDokhtkZcyncm2TF6GvoHzefpump

Reasons for buying

1. The narrative is good, quantum concepts, a blogger named Carter published content on the post-quantum era, future quantum computers will crack Bitcoin in 9 minutes, it became popular and was shared by multiple bloggers.

2. The trend is obvious, the new disk just launched and has been rising, reaching 265,000, decisively bought a little, with many leading coins, such as TRUMP, dark, etc., and the chips are relatively reasonable.

3. The community is strong, with more than 1,800 coin holders, over 1,000 community members, all foreigners, many foreign KOLs are promoting it everywhere, quite impressive.

@币安Binance华语 @币安广场

Follow the Web3 Koi Diary, the coins bought will multiply by ten
·
--
Article
Top Cryptocurrencies "Quantum-Resistant": Who is in the lead in 2026?Top Cryptocurrencies "Quantum-Resistant": Who is in the lead in 2026? If the capital withdrawal from Wall Street has left you thinking, here are the projects that have already implemented defenses against the dreaded "Q-Day". Not all use the same technology; here I explain the differences: 1. Quantum Resistant Ledger (QRL) 🛡️ It is the veteran of the sector. Unlike Bitcoin, it does not "patch" its network; it was built from scratch to be resistant. Technology: Uses the XMSS (eXtended Merkle Signature Scheme) signature scheme.

Top Cryptocurrencies "Quantum-Resistant": Who is in the lead in 2026?

Top Cryptocurrencies "Quantum-Resistant": Who is in the lead in 2026?
If the capital withdrawal from Wall Street has left you thinking, here are the projects that have already implemented defenses against the dreaded "Q-Day". Not all use the same technology; here I explain the differences:
1. Quantum Resistant Ledger (QRL) 🛡️
It is the veteran of the sector. Unlike Bitcoin, it does not "patch" its network; it was built from scratch to be resistant.
Technology: Uses the XMSS (eXtended Merkle Signature Scheme) signature scheme.
CZ just came out and reassured everyone that cryptocurrencies can completely defend against quantum threats through post-quantum upgrades, telling everyone not to scare themselves. This wave is again a classic revival of the old trope of 'quantum crisis'. From the perspective of fundamental research, this is actually an iteration of the underlying technical architecture. As long as existing public chains orderly integrate post-quantum cryptographic algorithms (PQC), they can logically hedge against risks. Compared to the ethereal threat of computational power, I place more importance on the technical reserves and migration efficiency in the project roadmap. When the day comes that quantum computational power becomes widespread, the ones who will have headaches will be the banking systems and traditional online banking. The agile development genes in the crypto circle actually have more survival advantages. This evolution at the technical level provides a new narrative that showcases the technological accumulation for the underlying public chains. Old investors are used to being scared by quantum computing every few years; it's just an old trick. Do you think the post-quantum narrative will become a new track for public chain technology competition? #CZ #QuantumComputing #PQC $BTC $ETH $BNB {future}(BNBUSDT) {future}(ETHUSDT) {future}(BTCUSDT)
CZ just came out and reassured everyone that cryptocurrencies can completely defend against quantum threats through post-quantum upgrades, telling everyone not to scare themselves. This wave is again a classic revival of the old trope of 'quantum crisis'. From the perspective of fundamental research, this is actually an iteration of the underlying technical architecture. As long as existing public chains orderly integrate post-quantum cryptographic algorithms (PQC), they can logically hedge against risks. Compared to the ethereal threat of computational power, I place more importance on the technical reserves and migration efficiency in the project roadmap. When the day comes that quantum computational power becomes widespread, the ones who will have headaches will be the banking systems and traditional online banking. The agile development genes in the crypto circle actually have more survival advantages. This evolution at the technical level provides a new narrative that showcases the technological accumulation for the underlying public chains. Old investors are used to being scared by quantum computing every few years; it's just an old trick. Do you think the post-quantum narrative will become a new track for public chain technology competition? #CZ #QuantumComputing #PQC $BTC $ETH $BNB
Login to explore more contents
Join global crypto users on Binance Square
⚡️ Get latest and useful information about crypto.
💬 Trusted by the world’s largest crypto exchange.
👍 Discover real insights from verified creators.
Email / Phone number