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🚀 NEAR Activates Its Quantum-Resistant "Armor": Can $50 Be the Next Target? 🌌While the world still worries about the "doomsday" scenario of quantum computers cracking blockchain security, **NEAR Protocol has already moved ahead.** 🛡️ In **upgrade 2.13 (July 2026)**, NEAR officially activated the post-quantum signature technology **ML-DSA** on Mainnet. 🔐✨
## 🧠 What Is ML-DSA? 🤔
ML-DSA (Module-Lattice-Based Digital Signature Algorithm) is a post-quantum signature scheme built on lattice mathematics. 🧮 It was designed to stay secure even against powerful quantum computers, which could one day break the elliptic-curve signatures most blockchains use today. ⚛️💥 In simple terms, it is a stronger lock for your digital signature. 🔒🗝️
## 😌 The Best Part: No Wallet Switching! 👛
You don't need to:
- ❌ Switch to a new wallet
- ❌ Move your assets to a new address
- ❌ Go through a complicated migration
Your assets **stay safely where they are.** 🏠💎 All you need to do is perform a simple **key rotation directly on-chain** to activate this security upgrade. 🔄⛓️ NEAR's account model makes this possible, and it is a big advantage for everyday users. 🙌
## 🕰️ Preparing Since 2018 ⏳
NEAR's developers say they have been accounting for the quantum computing challenge **since 2018**. 👨💻👩💻 That long-term thinking shows in the design, including security that even protects on-chain hash functions. 🔍🧩 Early preparation can build trust with users, developers, and institutions who care about long-term safety. 🤝🏛️
## 📈 Could NEAR Reach $50? 💭🎯
With leading-edge technology like this, a move toward **$50 might not be too far off**, but that is only a personal opinion. 😎 Here is why the narrative could attract attention:
- 🔥 **Quantum security is a rising theme.** More investors are asking which chains are ready for the future.
- 🧱 **Real utility.** Security upgrades that don't disrupt users are rare.
- 📣 **Narrative power.** Markets often reward chains that lead a major trend early.
But price depends on much more than technology: ⚖️
- 🌍 Overall crypto market conditions
- 💧 Liquidity and trading volume
- 📊 Adoption, developer activity, and real usage
- 📰 Regulation and global macro news
A strong narrative can **support** price, but it can never **guarantee** it. 🚫🔮
## 🛠️ What Should Traders and Holders Do? ✅
1. 🔑 **Open your NEAR wallet** and rotate your keys to add an extra layer of security.
2. 📚 **Read the official upgrade notes** and use only trusted wallets and links.
3. 👀 **Watch the chart and volume.** Narratives work best with confirmation from the market.
4. 🧮 **Plan your entries.** Use position sizing and stop-losses, and never go all-in.
5. 🏦 **Prepare your Binance account** so you are ready to act when opportunities appear.
## 🏦 Get Ready on Binance 💛
If you want to trade alongside the quantum security narrative, a **Binance account** gives you access to spot markets, real-time charts, and risk-management tools. 📲📊 Complete your account verification, enable 2FA, and set your price alerts so you don't miss key moves. 🔔🔐
## ⚠️ Risk Reminder 🚨
Crypto is volatile. 🎢 Prices can rise or fall sharply, and a $50 target is speculation, not a promise. Only invest what you can afford to lose, do your own research, and stay disciplined. 🧠🛡️
## 🏁 Final Thoughts 🌟
NEAR's ML-DSA activation shows that **post-quantum security is no longer a distant idea but a live feature on Mainnet.** ⛓️🚀 With no wallet switching, a simple key rotation, and years of preparation behind it, NEAR is positioning itself as a chain built for the future. 🌌 Whether the price reaches $50 or not, secure your keys, stay informed, and trade smart. 💪📈
*This article is for information only and is not financial advice.* ⚖️
---
## 🔖
🚀#EvernorthCompletesSPACMergerWithArmadaII #NEARAccountsSupportPostQuantumMLDSA #B3PlansSecuritiesTokenizationPlatformForFirstHalfOf2027 #BitcoinReboundsTo$83K #EthereumLiquidationsHit$356M
🚀 NEAR Activates Its Quantum-Resistant "Armor": Can $50 Be the Next Target? 🌌
While the world still worries about the "doomsday" scenario of quantum computers cracking blockchain security, **NEAR Protocol has already moved ahead.** 🛡️ In **upgrade 2.13 (July 2026)**, NEAR officially activated the post-quantum signature technology **ML-DSA** on Mainnet. 🔐✨
## 🧠 What Is ML-DSA? 🤔
ML-DSA (Module-Lattice-Based Digital Signature Algorithm) is a post-quantum signature scheme built on lattice mathematics. 🧮 It was designed to stay secure even against powerful quantum computers, which could one day break the elliptic-curve signatures most blockchains use today. ⚛️💥 In simple terms, it is a stronger lock for your digital signature. 🔒🗝️
## 😌 The Best Part: No Wallet Switching! 👛
You don't need to:
- ❌ Switch to a new wallet
- ❌ Move your assets to a new address
- ❌ Go through a complicated migration
Your assets **stay safely where they are.** 🏠💎 All you need to do is perform a simple **key rotation directly on-chain** to activate this security upgrade. 🔄⛓️ NEAR's account model makes this possible, and it is a big advantage for everyday users. 🙌
## 🕰️ Preparing Since 2018 ⏳
NEAR's developers say they have been accounting for the quantum computing challenge **since 2018**. 👨💻👩💻 That long-term thinking shows in the design, including security that even protects on-chain hash functions. 🔍🧩 Early preparation can build trust with users, developers, and institutions who care about long-term safety. 🤝🏛️
## 📈 Could NEAR Reach $50? 💭🎯
With leading-edge technology like this, a move toward **$50 might not be too far off**, but that is only a personal opinion. 😎 Here is why the narrative could attract attention:
- 🔥 **Quantum security is a rising theme.** More investors are asking which chains are ready for the future.
- 🧱 **Real utility.** Security upgrades that don't disrupt users are rare.
- 📣 **Narrative power.** Markets often reward chains that lead a major trend early.
But price depends on much more than technology: ⚖️
- 🌍 Overall crypto market conditions
- 💧 Liquidity and trading volume
- 📊 Adoption, developer activity, and real usage
- 📰 Regulation and global macro news
A strong narrative can **support** price, but it can never **guarantee** it. 🚫🔮
## 🛠️ What Should Traders and Holders Do? ✅
1. 🔑 **Open your NEAR wallet** and rotate your keys to add an extra layer of security.
2. 📚 **Read the official upgrade notes** and use only trusted wallets and links.
3. 👀 **Watch the chart and volume.** Narratives work best with confirmation from the market.
4. 🧮 **Plan your entries.** Use position sizing and stop-losses, and never go all-in.
5. 🏦 **Prepare your Binance account** so you are ready to act when opportunities appear.
## 🏦 Get Ready on Binance 💛
If you want to trade alongside the quantum security narrative, a **Binance account** gives you access to spot markets, real-time charts, and risk-management tools. 📲📊 Complete your account verification, enable 2FA, and set your price alerts so you don't miss key moves. 🔔🔐
## ⚠️ Risk Reminder 🚨
Crypto is volatile. 🎢 Prices can rise or fall sharply, and a $50 target is speculation, not a promise. Only invest what you can afford to lose, do your own research, and stay disciplined. 🧠🛡️
## 🏁 Final Thoughts 🌟
NEAR's ML-DSA activation shows that **post-quantum security is no longer a distant idea but a live feature on Mainnet.** ⛓️🚀 With no wallet switching, a simple key rotation, and years of preparation behind it, NEAR is positioning itself as a chain built for the future. 🌌 Whether the price reaches $50 or not, secure your keys, stay informed, and trade smart. 💪📈
*This article is for information only and is not financial advice.* ⚖️
---
## 🔖
🚀#EvernorthCompletesSPACMergerWithArmadaII #NEARAccountsSupportPostQuantumMLDSA #B3PlansSecuritiesTokenizationPlatformForFirstHalfOf2027 #BitcoinReboundsTo$83K #EthereumLiquidationsHit$356M
## 🧠 What Is ML-DSA? 🤔
ML-DSA (Module-Lattice-Based Digital Signature Algorithm) is a post-quantum signature scheme built on lattice mathematics. 🧮 It was designed to stay secure even against powerful quantum computers, which could one day break the elliptic-curve signatures most blockchains use today. ⚛️💥 In simple terms, it is a stronger lock for your digital signature. 🔒🗝️
## 😌 The Best Part: No Wallet Switching! 👛
You don't need to:
- ❌ Switch to a new wallet
- ❌ Move your assets to a new address
- ❌ Go through a complicated migration
Your assets **stay safely where they are.** 🏠💎 All you need to do is perform a simple **key rotation directly on-chain** to activate this security upgrade. 🔄⛓️ NEAR's account model makes this possible, and it is a big advantage for everyday users. 🙌
## 🕰️ Preparing Since 2018 ⏳
NEAR's developers say they have been accounting for the quantum computing challenge **since 2018**. 👨💻👩💻 That long-term thinking shows in the design, including security that even protects on-chain hash functions. 🔍🧩 Early preparation can build trust with users, developers, and institutions who care about long-term safety. 🤝🏛️
## 📈 Could NEAR Reach $50? 💭🎯
With leading-edge technology like this, a move toward **$50 might not be too far off**, but that is only a personal opinion. 😎 Here is why the narrative could attract attention:
- 🔥 **Quantum security is a rising theme.** More investors are asking which chains are ready for the future.
- 🧱 **Real utility.** Security upgrades that don't disrupt users are rare.
- 📣 **Narrative power.** Markets often reward chains that lead a major trend early.
But price depends on much more than technology: ⚖️
- 🌍 Overall crypto market conditions
- 💧 Liquidity and trading volume
- 📊 Adoption, developer activity, and real usage
- 📰 Regulation and global macro news
A strong narrative can **support** price, but it can never **guarantee** it. 🚫🔮
## 🛠️ What Should Traders and Holders Do? ✅
1. 🔑 **Open your NEAR wallet** and rotate your keys to add an extra layer of security.
2. 📚 **Read the official upgrade notes** and use only trusted wallets and links.
3. 👀 **Watch the chart and volume.** Narratives work best with confirmation from the market.
4. 🧮 **Plan your entries.** Use position sizing and stop-losses, and never go all-in.
5. 🏦 **Prepare your Binance account** so you are ready to act when opportunities appear.
## 🏦 Get Ready on Binance 💛
If you want to trade alongside the quantum security narrative, a **Binance account** gives you access to spot markets, real-time charts, and risk-management tools. 📲📊 Complete your account verification, enable 2FA, and set your price alerts so you don't miss key moves. 🔔🔐
## ⚠️ Risk Reminder 🚨
Crypto is volatile. 🎢 Prices can rise or fall sharply, and a $50 target is speculation, not a promise. Only invest what you can afford to lose, do your own research, and stay disciplined. 🧠🛡️
## 🏁 Final Thoughts 🌟
NEAR's ML-DSA activation shows that **post-quantum security is no longer a distant idea but a live feature on Mainnet.** ⛓️🚀 With no wallet switching, a simple key rotation, and years of preparation behind it, NEAR is positioning itself as a chain built for the future. 🌌 Whether the price reaches $50 or not, secure your keys, stay informed, and trade smart. 💪📈
*This article is for information only and is not financial advice.* ⚖️
---
## 🔖
🚀#EvernorthCompletesSPACMergerWithArmadaII #NEARAccountsSupportPostQuantumMLDSA #B3PlansSecuritiesTokenizationPlatformForFirstHalfOf2027 #BitcoinReboundsTo$83K #EthereumLiquidationsHit$356M
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🚨 NEAR TAKES A STEP TOWARD POST-QUANTUM SECURITY! 🔐
NEAR accounts support ML-DSA, a digital signature standard designed to resist attacks from quantum computers! ⚛️
Security innovation matters as blockchain evolves. Could $NEAR help lead the next era of safer Web3? 🚀
#nearaccountssupportpostquantummldsa
🚨 NEAR TAKES A STEP TOWARD POST-QUANTUM SECURITY! 🔐
NEAR accounts support ML-DSA, a digital signature standard designed to resist attacks from quantum computers! ⚛️
Security innovation matters as blockchain evolves. Could $NEAR help lead the next era of safer Web3? 🚀
#nearaccountssupportpostquantummldsa
NEAR accounts support ML-DSA, a digital signature standard designed to resist attacks from quantum computers! ⚛️
Security innovation matters as blockchain evolves. Could $NEAR help lead the next era of safer Web3? 🚀
#nearaccountssupportpostquantummldsa
473
⚡ QUANTUM COMPUTING IS CHANGING THE SECURITY GAME!
$NEAR accounts supporting ML-DSA puts post-quantum cryptography in the spotlight! 🛡️
Preparing today for tomorrow's threats could be a major milestone for blockchain security. What other networks should follow? 👀 $BTC $ETH $NEAR
#nearaccountssupportpostquantummldsa
⚡ QUANTUM COMPUTING IS CHANGING THE SECURITY GAME!
$NEAR accounts supporting ML-DSA puts post-quantum cryptography in the spotlight! 🛡️
Preparing today for tomorrow's threats could be a major milestone for blockchain security. What other networks should follow? 👀 $BTC $ETH $NEAR
#nearaccountssupportpostquantummldsa
$NEAR accounts supporting ML-DSA puts post-quantum cryptography in the spotlight! 🛡️
Preparing today for tomorrow's threats could be a major milestone for blockchain security. What other networks should follow? 👀 $BTC $ETH $NEAR
#nearaccountssupportpostquantummldsa
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Bearish
#nearaccountssupportpostquantummldsa NEAR Protocol Integrates Post-Quantum ML-DSA Signatures Without Asset Migration 🔐
Quantum computing threats are a future challenge, but NEAR Protocol is already building the shield. A major cryptographic upgrade is now rolling out, enhancing network security without disrupting the user experience.
Core News
• NEAR accounts now natively support the post-quantum ML-DSA (Module-Lattice-Based Digital Signature Algorithm) signature scheme.
• Users do not need to migrate, move, or change their assets to benefit from this upgraded security layer.
• The core development team, Near One, is advancing NEP-655 for implicit accounts and designing a "Q-day recovery registry" to assist external chains in their future quantum transitions.
• This aligns with NEAR’s long-term architectural vision, as quantum-resistant design has been a foundational consideration since 2018.
Market Impact
• Ecosystem Resilience By treating cryptographic agility as a routine upgrade, NEAR strengthens its positioning as a forward-thinking, institutional-grade Layer-1 blockchain.
• Developer Tooling The introduction of custom signature extensions in NEAR Intents wallets may attract security-focused developers building next-generation, future-proof dApps.
• Sector Trend This move sets a notable precedent, highlighting post-quantum cryptography as an emerging priority for long-term blockchain infrastructure sustainability.
Join the Discussion
As quantum computing capabilities advance, do you think post-quantum cryptography will become a mandatory standard for all major blockchains within the next 5 years? Share your perspective below! 👇
#NEARProtocol #PostQuantum #CryptoSecurity #BlockchainInnovation #Web3
This is for educational purposes only. Not Financial Advice (NFA). Always Do Your Own Research (DYOR
$MOVR $API3 $CYPHB
{spot}(CYPHBUSDT)
{future}(API3USDT)
{future}(MOVRUSDT)
#nearaccountssupportpostquantummldsa NEAR Protocol Integrates Post-Quantum ML-DSA Signatures Without Asset Migration 🔐
Quantum computing threats are a future challenge, but NEAR Protocol is already building the shield. A major cryptographic upgrade is now rolling out, enhancing network security without disrupting the user experience.
Core News
• NEAR accounts now natively support the post-quantum ML-DSA (Module-Lattice-Based Digital Signature Algorithm) signature scheme.
• Users do not need to migrate, move, or change their assets to benefit from this upgraded security layer.
• The core development team, Near One, is advancing NEP-655 for implicit accounts and designing a "Q-day recovery registry" to assist external chains in their future quantum transitions.
• This aligns with NEAR’s long-term architectural vision, as quantum-resistant design has been a foundational consideration since 2018.
Market Impact
• Ecosystem Resilience By treating cryptographic agility as a routine upgrade, NEAR strengthens its positioning as a forward-thinking, institutional-grade Layer-1 blockchain.
• Developer Tooling The introduction of custom signature extensions in NEAR Intents wallets may attract security-focused developers building next-generation, future-proof dApps.
• Sector Trend This move sets a notable precedent, highlighting post-quantum cryptography as an emerging priority for long-term blockchain infrastructure sustainability.
Join the Discussion
As quantum computing capabilities advance, do you think post-quantum cryptography will become a mandatory standard for all major blockchains within the next 5 years? Share your perspective below! 👇
#NEARProtocol #PostQuantum #CryptoSecurity #BlockchainInnovation #Web3
This is for educational purposes only. Not Financial Advice (NFA). Always Do Your Own Research (DYOR
$MOVR $API3 $CYPHB
Quantum computing threats are a future challenge, but NEAR Protocol is already building the shield. A major cryptographic upgrade is now rolling out, enhancing network security without disrupting the user experience.
Core News
• NEAR accounts now natively support the post-quantum ML-DSA (Module-Lattice-Based Digital Signature Algorithm) signature scheme.
• Users do not need to migrate, move, or change their assets to benefit from this upgraded security layer.
• The core development team, Near One, is advancing NEP-655 for implicit accounts and designing a "Q-day recovery registry" to assist external chains in their future quantum transitions.
• This aligns with NEAR’s long-term architectural vision, as quantum-resistant design has been a foundational consideration since 2018.
Market Impact
• Ecosystem Resilience By treating cryptographic agility as a routine upgrade, NEAR strengthens its positioning as a forward-thinking, institutional-grade Layer-1 blockchain.
• Developer Tooling The introduction of custom signature extensions in NEAR Intents wallets may attract security-focused developers building next-generation, future-proof dApps.
• Sector Trend This move sets a notable precedent, highlighting post-quantum cryptography as an emerging priority for long-term blockchain infrastructure sustainability.
Join the Discussion
As quantum computing capabilities advance, do you think post-quantum cryptography will become a mandatory standard for all major blockchains within the next 5 years? Share your perspective below! 👇
#NEARProtocol #PostQuantum #CryptoSecurity #BlockchainInnovation #Web3
This is for educational purposes only. Not Financial Advice (NFA). Always Do Your Own Research (DYOR
$MOVR $API3 $CYPHB
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#nearaccountssupportpostquantummldsa
While Bitcoin Debates Quantum Risk, NEAR Is Letting Users Swap Their Keys in Place
After a week of headlines about exposed public keys and AI-driven cryptography worries, one network is pointing to a practical answer: rotate the key, keep the account.
Here's what NEAR announced: its accounts now support the post-quantum ML-DSA signature scheme without asset migration. That works because NEAR accounts use human-readable IDs controlled by rotatable access keys, not a single fixed keypair. Fireblocks recently documented rotating a funded account from Ed25519 to ML-DSA-65 in two transactions: add the new key, then delete the old one. Ahead are NEP-655, which would derive implicit accounts from an initial state hash so keys aren't exposed on-chain (live on testnet, mainnet "within weeks," per the team), wallet contracts supporting custom signature schemes, and a "Q-day recovery registry" for chains that can't yet add post-quantum keys. NEAR's roadmap puts quantum-safe consensus in the second half of 2027, with cross-chain signing still in research.
Why does this matter? Migration is often cited as the hardest part of any post-quantum switch, and designs that allow key rotation avoid moving funds. The trade-offs are real, though: ML-DSA signatures run from about 2,400 to 4,600 bytes, far larger than today's, and much of the roadmap is still unfinished.
Is "cryptographic agility" the real advantage here, or just an early head start in a race with no finish line yet? 🤔
#Near #PostQuantum #blockchain
$LUMIA $BTC $NEAR
{future}(NEARUSDT)
{future}(BTCUSDT)
{future}(LUMIAUSDT)
#nearaccountssupportpostquantummldsa
While Bitcoin Debates Quantum Risk, NEAR Is Letting Users Swap Their Keys in Place
After a week of headlines about exposed public keys and AI-driven cryptography worries, one network is pointing to a practical answer: rotate the key, keep the account.
Here's what NEAR announced: its accounts now support the post-quantum ML-DSA signature scheme without asset migration. That works because NEAR accounts use human-readable IDs controlled by rotatable access keys, not a single fixed keypair. Fireblocks recently documented rotating a funded account from Ed25519 to ML-DSA-65 in two transactions: add the new key, then delete the old one. Ahead are NEP-655, which would derive implicit accounts from an initial state hash so keys aren't exposed on-chain (live on testnet, mainnet "within weeks," per the team), wallet contracts supporting custom signature schemes, and a "Q-day recovery registry" for chains that can't yet add post-quantum keys. NEAR's roadmap puts quantum-safe consensus in the second half of 2027, with cross-chain signing still in research.
Why does this matter? Migration is often cited as the hardest part of any post-quantum switch, and designs that allow key rotation avoid moving funds. The trade-offs are real, though: ML-DSA signatures run from about 2,400 to 4,600 bytes, far larger than today's, and much of the roadmap is still unfinished.
Is "cryptographic agility" the real advantage here, or just an early head start in a race with no finish line yet? 🤔
#Near #PostQuantum #blockchain
$LUMIA $BTC $NEAR
While Bitcoin Debates Quantum Risk, NEAR Is Letting Users Swap Their Keys in Place
After a week of headlines about exposed public keys and AI-driven cryptography worries, one network is pointing to a practical answer: rotate the key, keep the account.
Here's what NEAR announced: its accounts now support the post-quantum ML-DSA signature scheme without asset migration. That works because NEAR accounts use human-readable IDs controlled by rotatable access keys, not a single fixed keypair. Fireblocks recently documented rotating a funded account from Ed25519 to ML-DSA-65 in two transactions: add the new key, then delete the old one. Ahead are NEP-655, which would derive implicit accounts from an initial state hash so keys aren't exposed on-chain (live on testnet, mainnet "within weeks," per the team), wallet contracts supporting custom signature schemes, and a "Q-day recovery registry" for chains that can't yet add post-quantum keys. NEAR's roadmap puts quantum-safe consensus in the second half of 2027, with cross-chain signing still in research.
Why does this matter? Migration is often cited as the hardest part of any post-quantum switch, and designs that allow key rotation avoid moving funds. The trade-offs are real, though: ML-DSA signatures run from about 2,400 to 4,600 bytes, far larger than today's, and much of the roadmap is still unfinished.
Is "cryptographic agility" the real advantage here, or just an early head start in a race with no finish line yet? 🤔
#Near #PostQuantum #blockchain
$LUMIA $BTC $NEAR
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Bearish
Verified
#nearaccountssupportpostquantummldsa 🛡️ NEAR Protocol Advances Post-Quantum Security with ML-DSA Support
Quantum readiness is no longer just a theoretical concept—it is being actively built today. NEAR Protocol has taken a significant step forward in future-proofing its ecosystem against next-generation computational threats.
📰 Core News
🔹 Seamless Upgrade NEAR accounts now support the post-quantum ML-DSA (Module-Lattice-Based Digital Signature Algorithm) scheme. Crucially, users do not need to migrate their assets to benefit from this enhancement.
🔹 Enhanced Privacy & Security The core development team, Near One, is advancing NEP-655. This introduces commitment-based implicit accounts derived from an initial state hash, ensuring the chain does not expose public keys or key hashes on-chain.
🔹 Development Progress This feature is already live on testnet, with a mainnet launch planned for the coming weeks. NEAR is also designing wallet contracts to support custom signature extensions and a "Q-day recovery registry" for broader ecosystem resilience.
📊 Market Impact
🧠 Long-Term Vision This move validates NEAR’s forward-thinking architecture, as quantum resistance was reportedly factored into its original 2018 design.
🛠️ Developer Appeal By enabling cryptographic agility, NEAR positions itself as a prime environment for developers building next-generation, quantum-safe decentralized applications.
🌐 Industry Benchmark It demonstrates that critical security upgrades can be executed seamlessly without disrupting user funds, setting a proactive example for the broader blockchain industry.
💬 Join the Discussion
How important do you think post-quantum cryptography is for the long-term resilience of blockchain networks? Share your thoughts in the comments below!
#NEARProtocol #PostQuantum #CryptoSecurity #Web3 #BlockchainInnovation
This is for educational purposes only. Not Financial Advice (NFA). Always Do Your Own Research (DYOR).
$API3 $SENT $CYPHB
{spot}(CYPHBUSDT)
{future}(SENTUSDT)
{future}(API3USDT)
#nearaccountssupportpostquantummldsa 🛡️ NEAR Protocol Advances Post-Quantum Security with ML-DSA Support
Quantum readiness is no longer just a theoretical concept—it is being actively built today. NEAR Protocol has taken a significant step forward in future-proofing its ecosystem against next-generation computational threats.
📰 Core News
🔹 Seamless Upgrade NEAR accounts now support the post-quantum ML-DSA (Module-Lattice-Based Digital Signature Algorithm) scheme. Crucially, users do not need to migrate their assets to benefit from this enhancement.
🔹 Enhanced Privacy & Security The core development team, Near One, is advancing NEP-655. This introduces commitment-based implicit accounts derived from an initial state hash, ensuring the chain does not expose public keys or key hashes on-chain.
🔹 Development Progress This feature is already live on testnet, with a mainnet launch planned for the coming weeks. NEAR is also designing wallet contracts to support custom signature extensions and a "Q-day recovery registry" for broader ecosystem resilience.
📊 Market Impact
🧠 Long-Term Vision This move validates NEAR’s forward-thinking architecture, as quantum resistance was reportedly factored into its original 2018 design.
🛠️ Developer Appeal By enabling cryptographic agility, NEAR positions itself as a prime environment for developers building next-generation, quantum-safe decentralized applications.
🌐 Industry Benchmark It demonstrates that critical security upgrades can be executed seamlessly without disrupting user funds, setting a proactive example for the broader blockchain industry.
💬 Join the Discussion
How important do you think post-quantum cryptography is for the long-term resilience of blockchain networks? Share your thoughts in the comments below!
#NEARProtocol #PostQuantum #CryptoSecurity #Web3 #BlockchainInnovation
This is for educational purposes only. Not Financial Advice (NFA). Always Do Your Own Research (DYOR).
$API3 $SENT $CYPHB
Quantum readiness is no longer just a theoretical concept—it is being actively built today. NEAR Protocol has taken a significant step forward in future-proofing its ecosystem against next-generation computational threats.
📰 Core News
🔹 Seamless Upgrade NEAR accounts now support the post-quantum ML-DSA (Module-Lattice-Based Digital Signature Algorithm) scheme. Crucially, users do not need to migrate their assets to benefit from this enhancement.
🔹 Enhanced Privacy & Security The core development team, Near One, is advancing NEP-655. This introduces commitment-based implicit accounts derived from an initial state hash, ensuring the chain does not expose public keys or key hashes on-chain.
🔹 Development Progress This feature is already live on testnet, with a mainnet launch planned for the coming weeks. NEAR is also designing wallet contracts to support custom signature extensions and a "Q-day recovery registry" for broader ecosystem resilience.
📊 Market Impact
🧠 Long-Term Vision This move validates NEAR’s forward-thinking architecture, as quantum resistance was reportedly factored into its original 2018 design.
🛠️ Developer Appeal By enabling cryptographic agility, NEAR positions itself as a prime environment for developers building next-generation, quantum-safe decentralized applications.
🌐 Industry Benchmark It demonstrates that critical security upgrades can be executed seamlessly without disrupting user funds, setting a proactive example for the broader blockchain industry.
💬 Join the Discussion
How important do you think post-quantum cryptography is for the long-term resilience of blockchain networks? Share your thoughts in the comments below!
#NEARProtocol #PostQuantum #CryptoSecurity #Web3 #BlockchainInnovation
This is for educational purposes only. Not Financial Advice (NFA). Always Do Your Own Research (DYOR).
$API3 $SENT $CYPHB
672
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Verified
#nearaccountssupportpostquantummldsa
NEAR Takes a First Step Toward the Quantum Era
Quantum computing has been a slow-burn topic in crypto for years: far from urgent for most people, but hard to ignore for anyone thinking about long-term security. Now NEAR Protocol has made a concrete move.
Here's what's been reported:
• New signature support: NEAR accounts can now use ML-DSA (also known as Dilithium), a post-quantum signature scheme. That makes NEAR one of the first blockchains to support this kind of signing at the protocol level. • Reach beyond NEAR: Through Chain Signatures and NEAR Intents, a NEAR account can also be used to control assets on 30+ other chains, so the added protection could extend past NEAR itself. • Validators, with limits: Validators can use post-quantum keys for their accounts, but only for authorizing transactions and confirming staking. Securing consensus itself is a separate challenge. • Why consensus is harder: ML-DSA is described as too large and costly for consensus, and alternatives like Falcon are not yet seen as mature enough. The roadmap points to quantum-safe consensus and cross-chain infrastructure by 2027.
Why it matters: Post-quantum security is partly a question of timing. Migrating a network's cryptography takes years, so some projects are starting early rather than waiting for the threat to become tangible. At the same time, this is only the account layer. The harder parts, including consensus, are still ahead, and nothing here suggests that a practical quantum threat is imminent.
As more chains begin preparing, will post-quantum readiness become something users actively look for, or will it stay in the background until the need is clearer?
$NEAR $MAGIC $LUMIA
{future}(LUMIAUSDT)
{future}(MAGICUSDT)
{future}(NEARUSDT)
#nearaccountssupportpostquantummldsa
NEAR Takes a First Step Toward the Quantum Era
Quantum computing has been a slow-burn topic in crypto for years: far from urgent for most people, but hard to ignore for anyone thinking about long-term security. Now NEAR Protocol has made a concrete move.
Here's what's been reported:
• New signature support: NEAR accounts can now use ML-DSA (also known as Dilithium), a post-quantum signature scheme. That makes NEAR one of the first blockchains to support this kind of signing at the protocol level. • Reach beyond NEAR: Through Chain Signatures and NEAR Intents, a NEAR account can also be used to control assets on 30+ other chains, so the added protection could extend past NEAR itself. • Validators, with limits: Validators can use post-quantum keys for their accounts, but only for authorizing transactions and confirming staking. Securing consensus itself is a separate challenge. • Why consensus is harder: ML-DSA is described as too large and costly for consensus, and alternatives like Falcon are not yet seen as mature enough. The roadmap points to quantum-safe consensus and cross-chain infrastructure by 2027.
Why it matters: Post-quantum security is partly a question of timing. Migrating a network's cryptography takes years, so some projects are starting early rather than waiting for the threat to become tangible. At the same time, this is only the account layer. The harder parts, including consensus, are still ahead, and nothing here suggests that a practical quantum threat is imminent.
As more chains begin preparing, will post-quantum readiness become something users actively look for, or will it stay in the background until the need is clearer?
$NEAR $MAGIC $LUMIA
NEAR Takes a First Step Toward the Quantum Era
Quantum computing has been a slow-burn topic in crypto for years: far from urgent for most people, but hard to ignore for anyone thinking about long-term security. Now NEAR Protocol has made a concrete move.
Here's what's been reported:
• New signature support: NEAR accounts can now use ML-DSA (also known as Dilithium), a post-quantum signature scheme. That makes NEAR one of the first blockchains to support this kind of signing at the protocol level. • Reach beyond NEAR: Through Chain Signatures and NEAR Intents, a NEAR account can also be used to control assets on 30+ other chains, so the added protection could extend past NEAR itself. • Validators, with limits: Validators can use post-quantum keys for their accounts, but only for authorizing transactions and confirming staking. Securing consensus itself is a separate challenge. • Why consensus is harder: ML-DSA is described as too large and costly for consensus, and alternatives like Falcon are not yet seen as mature enough. The roadmap points to quantum-safe consensus and cross-chain infrastructure by 2027.
Why it matters: Post-quantum security is partly a question of timing. Migrating a network's cryptography takes years, so some projects are starting early rather than waiting for the threat to become tangible. At the same time, this is only the account layer. The harder parts, including consensus, are still ahead, and nothing here suggests that a practical quantum threat is imminent.
As more chains begin preparing, will post-quantum readiness become something users actively look for, or will it stay in the background until the need is clearer?
$NEAR $MAGIC $LUMIA
717
Verified
🌐 THE FUTURE OF WEB3 NEEDS STRONGER SECURITY!
ML-DSA is built to help protect digital signatures against potential quantum-computing attacks. 🔐 NEAR's move highlights why long-term security planning matters.
Innovation isn't just about speed—it's about trust, resilience, and protecting users! 💎 $NEAR $SOL
#nearaccountssupportpostquantummldsa
🌐 THE FUTURE OF WEB3 NEEDS STRONGER SECURITY!
ML-DSA is built to help protect digital signatures against potential quantum-computing attacks. 🔐 NEAR's move highlights why long-term security planning matters.
Innovation isn't just about speed—it's about trust, resilience, and protecting users! 💎 $NEAR $SOL
#nearaccountssupportpostquantummldsa
ML-DSA is built to help protect digital signatures against potential quantum-computing attacks. 🔐 NEAR's move highlights why long-term security planning matters.
Innovation isn't just about speed—it's about trust, resilience, and protecting users! 💎 $NEAR $SOL
#nearaccountssupportpostquantummldsa
1.8k
$NEAR Takes a Step Toward Quantum-Resistant Security!NEAR Protocol introduced ML-DSA post-quantum signatures on Mainnet through its July 2026 upgrade, allowing accounts to upgrade their security without moving assets.
🔐 Why it matters: Stronger cryptographic protection could help prepare blockchain accounts for future quantum-computing risks.
🎯 Can $NEAR reach $50? It’s a speculative target, depending on adoption, ecosystem growth, and market conditions—not technology alone.
My take: A meaningful security milestone, but price growth is never guaranteed.
Coin: $NEAR
#nearaccountssupportpostquantummldsa #nearprotocol #Near #PostQuantum #Cryptography #Web3Security
{spot}(NEARUSDT)
$NEAR Takes a Step Toward Quantum-Resistant Security!
NEAR Protocol introduced ML-DSA post-quantum signatures on Mainnet through its July 2026 upgrade, allowing accounts to upgrade their security without moving assets.
🔐 Why it matters: Stronger cryptographic protection could help prepare blockchain accounts for future quantum-computing risks.
🎯 Can $NEAR reach $50? It’s a speculative target, depending on adoption, ecosystem growth, and market conditions—not technology alone.
My take: A meaningful security milestone, but price growth is never guaranteed.
Coin: $NEAR
#nearaccountssupportpostquantummldsa #nearprotocol #Near #PostQuantum #Cryptography #Web3Security
🔐 Why it matters: Stronger cryptographic protection could help prepare blockchain accounts for future quantum-computing risks.
🎯 Can $NEAR reach $50? It’s a speculative target, depending on adoption, ecosystem growth, and market conditions—not technology alone.
My take: A meaningful security milestone, but price growth is never guaranteed.
Coin: $NEAR
#nearaccountssupportpostquantummldsa #nearprotocol #Near #PostQuantum #Cryptography #Web3Security
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#nearaccountssupportpostquantummldsa 🚀 NEAR BECOMES QUANTUM-RESISTANT! DO NOT NEED TO MOVE ASSETS?
NEAR Protocol is moving forward with -quantum security using ML-DSA, a digital signature method that is designed to protect against future quantum attacks.
🔥 Why traders and users should pay attention:
🔹 No Migration: Users can get protection against quantum attacks without moving assets to a wallet.
🔹 Testnet Available: The feature is already available on NEAR Testnet. It is expected to come to NEAR Mainnet in the coming weeks.
🔹 NEP-655: Accounts that use commitment-based methods aim to lower the exposure of keys.
🔹 2027 Plan: Post-quantum signatures at the consensus level are planned for a stage.
⚠️ Time is important. Will quantum security become the big reason for NEAR to grow in use? Let me know what you think!
#nearprotocol #Near #Khan62 #altcoins
$NEAR $ARB · $OP
{future}(OPUSDT)
{future}(ARBUSDT)
{future}(NEARUSDT)
#nearaccountssupportpostquantummldsa 🚀 NEAR BECOMES QUANTUM-RESISTANT! DO NOT NEED TO MOVE ASSETS?
NEAR Protocol is moving forward with -quantum security using ML-DSA, a digital signature method that is designed to protect against future quantum attacks.
🔥 Why traders and users should pay attention:
🔹 No Migration: Users can get protection against quantum attacks without moving assets to a wallet.
🔹 Testnet Available: The feature is already available on NEAR Testnet. It is expected to come to NEAR Mainnet in the coming weeks.
🔹 NEP-655: Accounts that use commitment-based methods aim to lower the exposure of keys.
🔹 2027 Plan: Post-quantum signatures at the consensus level are planned for a stage.
⚠️ Time is important. Will quantum security become the big reason for NEAR to grow in use? Let me know what you think!
#nearprotocol #Near #Khan62 #altcoins
$NEAR $ARB · $OP
NEAR Protocol is moving forward with -quantum security using ML-DSA, a digital signature method that is designed to protect against future quantum attacks.
🔥 Why traders and users should pay attention:
🔹 No Migration: Users can get protection against quantum attacks without moving assets to a wallet.
🔹 Testnet Available: The feature is already available on NEAR Testnet. It is expected to come to NEAR Mainnet in the coming weeks.
🔹 NEP-655: Accounts that use commitment-based methods aim to lower the exposure of keys.
🔹 2027 Plan: Post-quantum signatures at the consensus level are planned for a stage.
⚠️ Time is important. Will quantum security become the big reason for NEAR to grow in use? Let me know what you think!
#nearprotocol #Near #Khan62 #altcoins
$NEAR $ARB · $OP
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#nearaccountssupportpostquantummldsa
Quantum computing may still be years from breaking today’s cryptography, but NEAR Protocol isn’t waiting to find out. 🔐
On July 20, NEAR launched network upgrade 2.13 on mainnet, adding signing support for ML-DSA, the NIST-approved FIPS-204 standard. The upgrade also introduced dynamic resharding, designed to scale capacity automatically as demand grows.
Key details so far:
Accounts can rotate their keys to ML-DSA, with builders able to do so through NEAR CLI. NEAR’s account model separates account IDs from any single keypair, which makes key rotation simpler. Meteor Wallet is reportedly live with support, while others, including Ledger, are working on it. Through Chain Signatures, a NEAR account could also secure assets on 30+ other chains.
Why it matters: Most major chains rely on signature schemes that a sufficiently powerful quantum computer could theoretically break. Having a NIST-approved alternative live on mainnet gives users a practical migration path rather than just a roadmap. Still, the picture is incomplete. Validators’ post-quantum keys currently cover only authorizing transactions and staking confirmations, and quantum-safe consensus and cross-chain components are targeted for 2027. Adoption will depend on wallet support and whether users actually rotate keys. It also hints at a broader question for the industry: how quickly can networks migrate before they need to?
Is post-quantum readiness becoming a competitive standard for layer-1s, or will it stay a niche concern until the threat feels closer?
$NEAR $MAGIC $LUMIA
{future}(LUMIAUSDT)
{future}(MAGICUSDT)
{future}(NEARUSDT)
#nearaccountssupportpostquantummldsa
Quantum computing may still be years from breaking today’s cryptography, but NEAR Protocol isn’t waiting to find out. 🔐
On July 20, NEAR launched network upgrade 2.13 on mainnet, adding signing support for ML-DSA, the NIST-approved FIPS-204 standard. The upgrade also introduced dynamic resharding, designed to scale capacity automatically as demand grows.
Key details so far:
Accounts can rotate their keys to ML-DSA, with builders able to do so through NEAR CLI. NEAR’s account model separates account IDs from any single keypair, which makes key rotation simpler. Meteor Wallet is reportedly live with support, while others, including Ledger, are working on it. Through Chain Signatures, a NEAR account could also secure assets on 30+ other chains.
Why it matters: Most major chains rely on signature schemes that a sufficiently powerful quantum computer could theoretically break. Having a NIST-approved alternative live on mainnet gives users a practical migration path rather than just a roadmap. Still, the picture is incomplete. Validators’ post-quantum keys currently cover only authorizing transactions and staking confirmations, and quantum-safe consensus and cross-chain components are targeted for 2027. Adoption will depend on wallet support and whether users actually rotate keys. It also hints at a broader question for the industry: how quickly can networks migrate before they need to?
Is post-quantum readiness becoming a competitive standard for layer-1s, or will it stay a niche concern until the threat feels closer?
$NEAR $MAGIC $LUMIA
Quantum computing may still be years from breaking today’s cryptography, but NEAR Protocol isn’t waiting to find out. 🔐
On July 20, NEAR launched network upgrade 2.13 on mainnet, adding signing support for ML-DSA, the NIST-approved FIPS-204 standard. The upgrade also introduced dynamic resharding, designed to scale capacity automatically as demand grows.
Key details so far:
Accounts can rotate their keys to ML-DSA, with builders able to do so through NEAR CLI. NEAR’s account model separates account IDs from any single keypair, which makes key rotation simpler. Meteor Wallet is reportedly live with support, while others, including Ledger, are working on it. Through Chain Signatures, a NEAR account could also secure assets on 30+ other chains.
Why it matters: Most major chains rely on signature schemes that a sufficiently powerful quantum computer could theoretically break. Having a NIST-approved alternative live on mainnet gives users a practical migration path rather than just a roadmap. Still, the picture is incomplete. Validators’ post-quantum keys currently cover only authorizing transactions and staking confirmations, and quantum-safe consensus and cross-chain components are targeted for 2027. Adoption will depend on wallet support and whether users actually rotate keys. It also hints at a broader question for the industry: how quickly can networks migrate before they need to?
Is post-quantum readiness becoming a competitive standard for layer-1s, or will it stay a niche concern until the threat feels closer?
$NEAR $MAGIC $LUMIA
1
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Bullish
$NEAR Is Preparing Crypto for the Quantum Era 🔐
Quantum-resistant crypto is moving beyond theory. NEAR Protocol is expanding support for ML-DSA, a post-quantum digital signature standard designed to protect accounts against future attacks from sufficiently powerful quantum computers. The latest development also involves NEP-655, which aims to reduce public-key exposure on-chain. 👀
The key advantage? NEAR accounts can rotate their access keys without forcing users to move assets to an entirely new account. ML-DSA support is already available through NEAR’s protocol upgrade, while NEP-655 is live on testnet and was reported on October 9 as targeting mainnet in the coming weeks. This is a step forward, not proof that the entire network is already quantum-proof.
If blockchain security needs a major upgrade over the next decade, could NEAR’s account architecture become a competitive advantage?
#NEARAccountsSupportPostQuantumMLDSA
{future}(NEARUSDT)
$NEAR Is Preparing Crypto for the Quantum Era 🔐
Quantum-resistant crypto is moving beyond theory. NEAR Protocol is expanding support for ML-DSA, a post-quantum digital signature standard designed to protect accounts against future attacks from sufficiently powerful quantum computers. The latest development also involves NEP-655, which aims to reduce public-key exposure on-chain. 👀
The key advantage? NEAR accounts can rotate their access keys without forcing users to move assets to an entirely new account. ML-DSA support is already available through NEAR’s protocol upgrade, while NEP-655 is live on testnet and was reported on October 9 as targeting mainnet in the coming weeks. This is a step forward, not proof that the entire network is already quantum-proof.
If blockchain security needs a major upgrade over the next decade, could NEAR’s account architecture become a competitive advantage?
#NEARAccountsSupportPostQuantumMLDSA
Quantum-resistant crypto is moving beyond theory. NEAR Protocol is expanding support for ML-DSA, a post-quantum digital signature standard designed to protect accounts against future attacks from sufficiently powerful quantum computers. The latest development also involves NEP-655, which aims to reduce public-key exposure on-chain. 👀
The key advantage? NEAR accounts can rotate their access keys without forcing users to move assets to an entirely new account. ML-DSA support is already available through NEAR’s protocol upgrade, while NEP-655 is live on testnet and was reported on October 9 as targeting mainnet in the coming weeks. This is a step forward, not proof that the entire network is already quantum-proof.
If blockchain security needs a major upgrade over the next decade, could NEAR’s account architecture become a competitive advantage?
#NEARAccountsSupportPostQuantumMLDSA
Best Wishes!
From LearnBits
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Most people think quantum computers cracking crypto is a problem for 2040, but cryptographic migrations take years and almost no chains are actually ready.
The painful reality is that if a network rushes quantum upgrades too late, breaking changes to account abstraction and key recovery will lock regular users out of their wallets before bad actors even strike. We have seen liquidity fragments across ecosystems like $OP or $UNI during simple network forks, so imagine the chaos when underlying signature schemes get deprecated overnight.
NEAR pushing post-quantum MLDSA support to account keys is technically impressive, but it opens up a massive surface area for operational risk. MLDSA keys have significantly larger signature payloads compared to standard elliptic curves, which directly translates to bloated transaction sizes and higher state costs for everyday users interacting with $NEAR.
If validators and dApps lag behind on supporting these heavier signature schemes, we could see broken smart contract executions and failed transactions right when network activity peaks. The upgrade protects long-term security, but the transition phase is where retail usually gets caught off guard by unexpected latency and fee spikes.
How do you think older L1s and L2s will handle the quantum transition without breaking existing smart contracts?
#NEARAccountsSupportPostQuantumMLDSA #XRPLedgerPatchesXRPCreationBug
Most people think quantum computers cracking crypto is a problem for 2040, but cryptographic migrations take years and almost no chains are actually ready.
The painful reality is that if a network rushes quantum upgrades too late, breaking changes to account abstraction and key recovery will lock regular users out of their wallets before bad actors even strike. We have seen liquidity fragments across ecosystems like $OP or $UNI during simple network forks, so imagine the chaos when underlying signature schemes get deprecated overnight.
NEAR pushing post-quantum MLDSA support to account keys is technically impressive, but it opens up a massive surface area for operational risk. MLDSA keys have significantly larger signature payloads compared to standard elliptic curves, which directly translates to bloated transaction sizes and higher state costs for everyday users interacting with $NEAR .
If validators and dApps lag behind on supporting these heavier signature schemes, we could see broken smart contract executions and failed transactions right when network activity peaks. The upgrade protects long-term security, but the transition phase is where retail usually gets caught off guard by unexpected latency and fee spikes.
How do you think older L1s and L2s will handle the quantum transition without breaking existing smart contracts?
#NEARAccountsSupportPostQuantumMLDSA #XRPLedgerPatchesXRPCreationBug
The painful reality is that if a network rushes quantum upgrades too late, breaking changes to account abstraction and key recovery will lock regular users out of their wallets before bad actors even strike. We have seen liquidity fragments across ecosystems like $OP or $UNI during simple network forks, so imagine the chaos when underlying signature schemes get deprecated overnight.
NEAR pushing post-quantum MLDSA support to account keys is technically impressive, but it opens up a massive surface area for operational risk. MLDSA keys have significantly larger signature payloads compared to standard elliptic curves, which directly translates to bloated transaction sizes and higher state costs for everyday users interacting with $NEAR .
If validators and dApps lag behind on supporting these heavier signature schemes, we could see broken smart contract executions and failed transactions right when network activity peaks. The upgrade protects long-term security, but the transition phase is where retail usually gets caught off guard by unexpected latency and fee spikes.
How do you think older L1s and L2s will handle the quantum transition without breaking existing smart contracts?
#NEARAccountsSupportPostQuantumMLDSA #XRPLedgerPatchesXRPCreationBug
106
If you're still treating quantum-safe accounts as a problem for some other cycle, stop now.
Most people only think about wallet security after a loss. They chase entries, park capital when they're unsure, and never ask whether the signature scheme under those keys will still hold once the research stops being theoretical.
NEAR accounts supporting post-quantum ML-DSA landed quietly, and the split is pretty clean. Skeptics say the machines that could break today's elliptic curve signatures are not close, that ML-DSA makes signatures heavier, and that users already bounce off anything more complicated than a seed phrase. Shipping cryptography nobody feels yet can look like a distraction from fees, apps, and actual usage.
I still think that view is early in the wrong direction. Account migrations take years, not a weekend, and you do not want to redesign how keys work once the threat is already in the headlines. $NEAR is doing that work while a neutral Fear and Greed reading of 56 keeps most eyes on whatever is moving in $OP and $UNI. Post-quantum support will not save a bad trade. It does mean the chain is hardening the thing that actually holds the funds before it has to.
Would you rather your chain ship this early and live with the friction, or wait until the risk feels obvious?
#NEARAccountsSupportPostQuantumMLDSA #XRPLedgerPatchesXRPCreationBug #TetherFreezesUSDTLinkedToLedgerTheft
If you're still treating quantum-safe accounts as a problem for some other cycle, stop now.
Most people only think about wallet security after a loss. They chase entries, park capital when they're unsure, and never ask whether the signature scheme under those keys will still hold once the research stops being theoretical.
NEAR accounts supporting post-quantum ML-DSA landed quietly, and the split is pretty clean. Skeptics say the machines that could break today's elliptic curve signatures are not close, that ML-DSA makes signatures heavier, and that users already bounce off anything more complicated than a seed phrase. Shipping cryptography nobody feels yet can look like a distraction from fees, apps, and actual usage.
I still think that view is early in the wrong direction. Account migrations take years, not a weekend, and you do not want to redesign how keys work once the threat is already in the headlines. $NEAR is doing that work while a neutral Fear and Greed reading of 56 keeps most eyes on whatever is moving in $OP and $UNI . Post-quantum support will not save a bad trade. It does mean the chain is hardening the thing that actually holds the funds before it has to.
Would you rather your chain ship this early and live with the friction, or wait until the risk feels obvious?
#NEARAccountsSupportPostQuantumMLDSA #XRPLedgerPatchesXRPCreationBug #TetherFreezesUSDTLinkedToLedgerTheft
Most people only think about wallet security after a loss. They chase entries, park capital when they're unsure, and never ask whether the signature scheme under those keys will still hold once the research stops being theoretical.
NEAR accounts supporting post-quantum ML-DSA landed quietly, and the split is pretty clean. Skeptics say the machines that could break today's elliptic curve signatures are not close, that ML-DSA makes signatures heavier, and that users already bounce off anything more complicated than a seed phrase. Shipping cryptography nobody feels yet can look like a distraction from fees, apps, and actual usage.
I still think that view is early in the wrong direction. Account migrations take years, not a weekend, and you do not want to redesign how keys work once the threat is already in the headlines. $NEAR is doing that work while a neutral Fear and Greed reading of 56 keeps most eyes on whatever is moving in $OP and $UNI . Post-quantum support will not save a bad trade. It does mean the chain is hardening the thing that actually holds the funds before it has to.
Would you rather your chain ship this early and live with the friction, or wait until the risk feels obvious?
#NEARAccountsSupportPostQuantumMLDSA #XRPLedgerPatchesXRPCreationBug #TetherFreezesUSDTLinkedToLedgerTheft
39
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Verified
#nearaccountssupportpostquantummldsa
NEAR Protocol has announced that its account model now supports post-quantum ML-DSA signatures. This major security update protects user accounts against future quantum computer threats without requiring users to move their assets or transfer funds to new wallets. The network is also testing new upgrades like NEP-655 to hide public keys on-chain, keeping accounts safer while making future security updates quick and simple for everyone.
$BTC $NEAR $XRP
{future}(BTCDOMUSDT)
{future}(XRPUSDT)
{future}(BTCUSDT)
#nearaccountssupportpostquantummldsa
NEAR Protocol has announced that its account model now supports post-quantum ML-DSA signatures. This major security update protects user accounts against future quantum computer threats without requiring users to move their assets or transfer funds to new wallets. The network is also testing new upgrades like NEP-655 to hide public keys on-chain, keeping accounts safer while making future security updates quick and simple for everyone.
$BTC $NEAR $XRP
NEAR Protocol has announced that its account model now supports post-quantum ML-DSA signatures. This major security update protects user accounts against future quantum computer threats without requiring users to move their assets or transfer funds to new wallets. The network is also testing new upgrades like NEP-655 to hide public keys on-chain, keeping accounts safer while making future security updates quick and simple for everyone.
$BTC $NEAR $XRP
2
821
🚨 NEAR ACCOUNTS NOW SUPPORT POST-QUANTUM SIGNATURES! 🔐
A major security development for $NEAR! NEAR Protocol supports ML-DSA, a digital-signature algorithm designed to resist attacks from future quantum computers. ⚡ The exciting part? Users can change signing schemes without moving their assets to a new account. This is an important step toward stronger blockchain security as quantum technology advances. Will $NEAR become a leader in quantum-resistant crypto infrastructure? 👀
#nearaccountssupportpostquantummldsa
🚨 NEAR ACCOUNTS NOW SUPPORT POST-QUANTUM SIGNATURES! 🔐
A major security development for $NEAR ! NEAR Protocol supports ML-DSA, a digital-signature algorithm designed to resist attacks from future quantum computers. ⚡ The exciting part? Users can change signing schemes without moving their assets to a new account. This is an important step toward stronger blockchain security as quantum technology advances. Will $NEAR become a leader in quantum-resistant crypto infrastructure? 👀
#nearaccountssupportpostquantummldsa
A major security development for $NEAR ! NEAR Protocol supports ML-DSA, a digital-signature algorithm designed to resist attacks from future quantum computers. ⚡ The exciting part? Users can change signing schemes without moving their assets to a new account. This is an important step toward stronger blockchain security as quantum technology advances. Will $NEAR become a leader in quantum-resistant crypto infrastructure? 👀
#nearaccountssupportpostquantummldsa
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#nearaccountssupportpostquantummldsa
⚛️ NEAR is tackling quantum risk without forcing users to move their funds.
While Bitcoin’s quantum-resistance debate continues, $NEAR is taking a practical approach: letting accounts rotate their keys while keeping the same account and assets.
NEAR accounts now support the post-quantum ML-DSA signature scheme, according to the announcement. Fireblocks also demonstrated rotating a funded account from Ed25519 to ML-DSA-65 in just two transactions: add the new key, then remove the old one.
But there’s a trade-off. ⚠️ ML-DSA signatures are much larger than conventional signatures, and several parts of NEAR’s quantum-security roadmap are still under development.
The bigger advantage could be cryptographic flexibility — adapting to new security standards without requiring users to migrate their assets.
Is NEAR getting ahead of the quantum threat, or is the technology race still too early to call?
$NEAR
{spot}(NEARUSDT)
#NEAR🚀🚀🚀 #Bitcoin #PostQuantum #Blockchain #CryptoSecurity
#nearaccountssupportpostquantummldsa
⚛️ NEAR is tackling quantum risk without forcing users to move their funds.
While Bitcoin’s quantum-resistance debate continues, $NEAR is taking a practical approach: letting accounts rotate their keys while keeping the same account and assets.
NEAR accounts now support the post-quantum ML-DSA signature scheme, according to the announcement. Fireblocks also demonstrated rotating a funded account from Ed25519 to ML-DSA-65 in just two transactions: add the new key, then remove the old one.
But there’s a trade-off. ⚠️ ML-DSA signatures are much larger than conventional signatures, and several parts of NEAR’s quantum-security roadmap are still under development.
The bigger advantage could be cryptographic flexibility — adapting to new security standards without requiring users to migrate their assets.
Is NEAR getting ahead of the quantum threat, or is the technology race still too early to call?
$NEAR
#NEAR🚀🚀🚀 #Bitcoin #PostQuantum #Blockchain #CryptoSecurity
⚛️ NEAR is tackling quantum risk without forcing users to move their funds.
While Bitcoin’s quantum-resistance debate continues, $NEAR is taking a practical approach: letting accounts rotate their keys while keeping the same account and assets.
NEAR accounts now support the post-quantum ML-DSA signature scheme, according to the announcement. Fireblocks also demonstrated rotating a funded account from Ed25519 to ML-DSA-65 in just two transactions: add the new key, then remove the old one.
But there’s a trade-off. ⚠️ ML-DSA signatures are much larger than conventional signatures, and several parts of NEAR’s quantum-security roadmap are still under development.
The bigger advantage could be cryptographic flexibility — adapting to new security standards without requiring users to migrate their assets.
Is NEAR getting ahead of the quantum threat, or is the technology race still too early to call?
$NEAR
#NEAR🚀🚀🚀 #Bitcoin #PostQuantum #Blockchain #CryptoSecurity
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#nearaccountssupportpostquantummldsa
NEAR Protocol has updated its network to support ML-DSA, a post-quantum digital signature scheme designed to protect against future quantum computing threats.
This upgrade means NEAR accounts now feature advanced, quantum-resistant security. Best of all, users do not need to move or migrate their crypto assets to enjoy this new protection. By introducing these updates directly on-chain, NEAR ensures smooth, long-term safety for all user accounts and future wallet operations without disrupting everyday transactions.
$BTC $ETH $NEAR
{future}(NEARUSDT)
{future}(ETHUSDT)
{future}(BTCUSDT)
#nearaccountssupportpostquantummldsa
NEAR Protocol has updated its network to support ML-DSA, a post-quantum digital signature scheme designed to protect against future quantum computing threats.
This upgrade means NEAR accounts now feature advanced, quantum-resistant security. Best of all, users do not need to move or migrate their crypto assets to enjoy this new protection. By introducing these updates directly on-chain, NEAR ensures smooth, long-term safety for all user accounts and future wallet operations without disrupting everyday transactions.
$BTC $ETH $NEAR
NEAR Protocol has updated its network to support ML-DSA, a post-quantum digital signature scheme designed to protect against future quantum computing threats.
This upgrade means NEAR accounts now feature advanced, quantum-resistant security. Best of all, users do not need to move or migrate their crypto assets to enjoy this new protection. By introducing these updates directly on-chain, NEAR ensures smooth, long-term safety for all user accounts and future wallet operations without disrupting everyday transactions.
$BTC $ETH $NEAR
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#NEARAccountsSupportPostQuantumMLDSA
NEAR Accounts Add Post-Quantum ML-DSA Support
NEAR Protocol is taking another step toward quantum-resistant blockchain security by adding support for ML-DSA, a post-quantum digital signature algorithm standardized by NIST.
The key advantage is that users can upgrade their account authentication without moving assets to a new account. NEAR separates account identity from signing keys, making it possible to replace keys while retaining the same account and its existing assets.
ML-DSA is designed to withstand attacks from sufficiently powerful quantum computers, which could eventually threaten some cryptographic systems used by blockchains today.
NEAR’s broader roadmap includes expanding wallet support, developing NEP-655 for implicit accounts, and exploring post-quantum account recovery and cross-chain applications.
This does not mean quantum computers can currently break existing blockchain security. Instead, NEAR is preparing its infrastructure for a potential future threat.
The next thing to watch is how quickly wallet support expands and how much of NEAR’s wider infrastructure can adopt post-quantum cryptography beyond account signatures.
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#NEARAccountsSupportPostQuantumMLDSA
NEAR Accounts Add Post-Quantum ML-DSA Support
NEAR Protocol is taking another step toward quantum-resistant blockchain security by adding support for ML-DSA, a post-quantum digital signature algorithm standardized by NIST.
The key advantage is that users can upgrade their account authentication without moving assets to a new account. NEAR separates account identity from signing keys, making it possible to replace keys while retaining the same account and its existing assets.
ML-DSA is designed to withstand attacks from sufficiently powerful quantum computers, which could eventually threaten some cryptographic systems used by blockchains today.
NEAR’s broader roadmap includes expanding wallet support, developing NEP-655 for implicit accounts, and exploring post-quantum account recovery and cross-chain applications.
This does not mean quantum computers can currently break existing blockchain security. Instead, NEAR is preparing its infrastructure for a potential future threat.
The next thing to watch is how quickly wallet support expands and how much of NEAR’s wider infrastructure can adopt post-quantum cryptography beyond account signatures.
$OP $LINK $BTC
NEAR Accounts Add Post-Quantum ML-DSA Support
NEAR Protocol is taking another step toward quantum-resistant blockchain security by adding support for ML-DSA, a post-quantum digital signature algorithm standardized by NIST.
The key advantage is that users can upgrade their account authentication without moving assets to a new account. NEAR separates account identity from signing keys, making it possible to replace keys while retaining the same account and its existing assets.
ML-DSA is designed to withstand attacks from sufficiently powerful quantum computers, which could eventually threaten some cryptographic systems used by blockchains today.
NEAR’s broader roadmap includes expanding wallet support, developing NEP-655 for implicit accounts, and exploring post-quantum account recovery and cross-chain applications.
This does not mean quantum computers can currently break existing blockchain security. Instead, NEAR is preparing its infrastructure for a potential future threat.
The next thing to watch is how quickly wallet support expands and how much of NEAR’s wider infrastructure can adopt post-quantum cryptography beyond account signatures.
$OP $LINK $BTC
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🔥 THE NEXT BIG BLOCKCHAIN CHALLENGE: QUANTUM RESISTANCE!
Traditional cryptographic systems may face risks if sufficiently powerful quantum computers become practical. NEAR is preparing ahead by supporting ML-DSA, a standardized post-quantum signature scheme. 🛡️ The goal is to make security upgrades smoother without forcing users to transfer assets between accounts. This is about long-term infrastructure, not just short-term hype. Keep $NEAR on your watchlist and follow the project's official updates. 🚀
#nearaccountssupportpostquantummldsa
🔥 THE NEXT BIG BLOCKCHAIN CHALLENGE: QUANTUM RESISTANCE!
Traditional cryptographic systems may face risks if sufficiently powerful quantum computers become practical. NEAR is preparing ahead by supporting ML-DSA, a standardized post-quantum signature scheme. 🛡️ The goal is to make security upgrades smoother without forcing users to transfer assets between accounts. This is about long-term infrastructure, not just short-term hype. Keep $NEAR on your watchlist and follow the project's official updates. 🚀
#nearaccountssupportpostquantummldsa
Traditional cryptographic systems may face risks if sufficiently powerful quantum computers become practical. NEAR is preparing ahead by supporting ML-DSA, a standardized post-quantum signature scheme. 🛡️ The goal is to make security upgrades smoother without forcing users to transfer assets between accounts. This is about long-term infrastructure, not just short-term hype. Keep $NEAR on your watchlist and follow the project's official updates. 🚀
#nearaccountssupportpostquantummldsa
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