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🤯 $XRP Just Got a Quantum-Proof Upgrade Proposal!
A groundbreaking proposal is now live on the XRP Ledger, tackling the looming quantum computing threat head-on. Developer Ed Hennis proposes a protocol-level option allowing accounts to rotate a “single-use” signing key with *every* transaction – automatically discarding it after use.
This isn’t about new encryption, it’s about minimizing exposure. The idea? Even if quantum key breaking becomes reality, XRP Ledger’s speed gives attackers a vanishingly small window to exploit a key. 🚀
The system involves a recoverable Regular Key, a rotating SingleUseKey, and optional Master Key disabling for enhanced security. While risks like sequencing errors exist, this offers a proactive, optional security boost as quantum anxiety rises in the crypto space. This could position $XRP as a leader in future-proofing blockchain technology.
#XRP #QuantumResistance #BlockchainSecurity #XRPledger 🛡️
A groundbreaking proposal is now live on the XRP Ledger, tackling the looming quantum computing threat head-on. Developer Ed Hennis proposes a protocol-level option allowing accounts to rotate a “single-use” signing key with *every* transaction – automatically discarding it after use.
This isn’t about new encryption, it’s about minimizing exposure. The idea? Even if quantum key breaking becomes reality, XRP Ledger’s speed gives attackers a vanishingly small window to exploit a key. 🚀
The system involves a recoverable Regular Key, a rotating SingleUseKey, and optional Master Key disabling for enhanced security. While risks like sequencing errors exist, this offers a proactive, optional security boost as quantum anxiety rises in the crypto space. This could position $XRP as a leader in future-proofing blockchain technology.
#XRP #QuantumResistance #BlockchainSecurity #XRPledger 🛡️
🛡️ $OPEN Open Custody Protocol стає критично важливим елементом для інституційного прийняття крипти. Нове рішення для мультипідписів (multisig) дозволяє великим компаніям зберігати активи з меншими ризиками.
Безпека — це фундамент наступного буллрану, і проєкти подібні до $OPEN будують його прямо зараз. $OPEN 👇
#Web3Safety #BlockchainSecurity
Безпека — це фундамент наступного буллрану, і проєкти подібні до $OPEN будують його прямо зараз. $OPEN 👇
#Web3Safety #BlockchainSecurity
🤯 $XRP Just Got a Quantum-Proof Upgrade Proposal!
A groundbreaking proposal is gaining traction on the XRP Ledger, tackling the looming quantum computing threat head-on. Developer Ed Hennis proposes a protocol-level option allowing accounts to rotate a “single-use” signing key with *every* transaction – automatically discarding it after use.
This isn’t about new encryption, it’s about minimizing exposure. The idea leverages XRP Ledger’s speed: even if a key *is* cracked, the rapid validation cycle limits an attacker’s window. 🚀
The system involves a recoverable Regular Key, a rotating SingleUseKey, and optional Master Key disabling for enhanced security. While risks like sequencing errors exist, this offers a proactive, optional security boost as quantum anxiety rises in the crypto space. This could position $XRP as a leader in future-proofing blockchain technology.
#XRP #QuantumResistance #BlockchainSecurity #CryptoInnovation ✨
A groundbreaking proposal is gaining traction on the XRP Ledger, tackling the looming quantum computing threat head-on. Developer Ed Hennis proposes a protocol-level option allowing accounts to rotate a “single-use” signing key with *every* transaction – automatically discarding it after use.
This isn’t about new encryption, it’s about minimizing exposure. The idea leverages XRP Ledger’s speed: even if a key *is* cracked, the rapid validation cycle limits an attacker’s window. 🚀
The system involves a recoverable Regular Key, a rotating SingleUseKey, and optional Master Key disabling for enhanced security. While risks like sequencing errors exist, this offers a proactive, optional security boost as quantum anxiety rises in the crypto space. This could position $XRP as a leader in future-proofing blockchain technology.
#XRP #QuantumResistance #BlockchainSecurity #CryptoInnovation ✨
Hackeři z KLDR letos ukradli kryptoměny za rekordní 2 miliardy dolarů
Severní Korea se v roce 2025 znovu dostává do centra pozornosti kryptosvěta — tentokrát ne kvůli regulacím nebo technologii, ale kvůli největší vlně kryptokriminality v historii. Podle bezpečnostních analytiků měly skupiny napojené na KLDR letos odcizit kryptoměny v hodnotě přes 2 miliardy dolarů.
To z této země dělá největšího státního aktéra v oblasti krypto hacků na světě.
🕵️♂️ Kdo za útoky stojí?
Za většinou útoků stojí známé hackerské skupiny jako Lazarus Group, které jsou dlouhodobě spojovány s režimem v Pchjongjangu. Tyto skupiny fungují vysoce organizovaně, s podporou státu a jasným cílem: získávat kapitál mimo tradiční finanční systém.
Kryptoměny jsou pro KLDR ideální:
obtížně dohledatelné
globálně převoditelné
mimo dosah klasických sankcí
🎯 Jaké cíle hackeři volí?
Nejčastějšími terči jsou:
DeFi protokoly
kryptoburzy
mosty mezi blockchainy (bridges)
smart kontrakty s chybou v kódu
Útoky jsou často kombinací:
phishingu
sociálního inženýrství
zneužití slabých míst v kódu
kompromitace interních klíčů
🔄 Co se děje s ukradenými penězi?
Ukradené prostředky jsou:
rozděleny na tisíce menších transakcí
přesunuty přes mixéry a DeFi protokoly
převedeny mezi různými chainy
postupně „vyprány“ a částečně směněny
Podle analytiků jsou tyto prostředky využívány k:
financování státního aparátu
obcházení mezinárodních sankcí
vývoji zbraní a raketových technologií
⚠️ Co z toho plyne pro investory?
Tento trend má několik důsledků:
vyšší tlak na regulace
větší kontrolu burz a DeFi projektů
důraz na bezpečnost smart kontraktů
riziko reputace pro celý krypto sektor
Pro běžného investora je to jasný signál:
❗ Nejde jen o cenu — bezpečnost je klíčová
🧠 Ponaučení
Krypto není jen o technologii a ziscích. Je to i nové bojiště geopolitiky, kde státy využívají digitální aktiva jako alternativní zdroj financování.
A zatímco retail řeší grafy a emoce,
někdo jiný hraje úplně jinou hru.
#cryptohacks
#BlockchainSecurity
#DeFiRiskManagement
#CryptoNews
To z této země dělá největšího státního aktéra v oblasti krypto hacků na světě.
🕵️♂️ Kdo za útoky stojí?
Za většinou útoků stojí známé hackerské skupiny jako Lazarus Group, které jsou dlouhodobě spojovány s režimem v Pchjongjangu. Tyto skupiny fungují vysoce organizovaně, s podporou státu a jasným cílem: získávat kapitál mimo tradiční finanční systém.
Kryptoměny jsou pro KLDR ideální:
obtížně dohledatelné
globálně převoditelné
mimo dosah klasických sankcí
🎯 Jaké cíle hackeři volí?
Nejčastějšími terči jsou:
DeFi protokoly
kryptoburzy
mosty mezi blockchainy (bridges)
smart kontrakty s chybou v kódu
Útoky jsou často kombinací:
phishingu
sociálního inženýrství
zneužití slabých míst v kódu
kompromitace interních klíčů
🔄 Co se děje s ukradenými penězi?
Ukradené prostředky jsou:
rozděleny na tisíce menších transakcí
přesunuty přes mixéry a DeFi protokoly
převedeny mezi různými chainy
postupně „vyprány“ a částečně směněny
Podle analytiků jsou tyto prostředky využívány k:
financování státního aparátu
obcházení mezinárodních sankcí
vývoji zbraní a raketových technologií
⚠️ Co z toho plyne pro investory?
Tento trend má několik důsledků:
vyšší tlak na regulace
větší kontrolu burz a DeFi projektů
důraz na bezpečnost smart kontraktů
riziko reputace pro celý krypto sektor
Pro běžného investora je to jasný signál:
❗ Nejde jen o cenu — bezpečnost je klíčová
🧠 Ponaučení
Krypto není jen o technologii a ziscích. Je to i nové bojiště geopolitiky, kde státy využívají digitální aktiva jako alternativní zdroj financování.
A zatímco retail řeší grafy a emoce,
někdo jiný hraje úplně jinou hru.
#cryptohacks
#BlockchainSecurity
#DeFiRiskManagement
#CryptoNews
🚨 Solana Just Activated Quantum-Proof Security! 🛡️
Solana is moving *now* to shield its blockchain from the looming threat of quantum computing. A new partnership with Project Eleven will deploy quantum-resistant signature schemes, future-proofing the network as quantum tech rapidly advances. This is huge for $SOL holders – a proactive step to safeguard against a potential existential risk to the entire cryptoverse. $RAVE is also benefiting from this advancement. Expect increased network security and long-term resilience. 🚀
#Solana #QuantumComputing #BlockchainSecurity #Crypto 💡
Solana is moving *now* to shield its blockchain from the looming threat of quantum computing. A new partnership with Project Eleven will deploy quantum-resistant signature schemes, future-proofing the network as quantum tech rapidly advances. This is huge for $SOL holders – a proactive step to safeguard against a potential existential risk to the entire cryptoverse. $RAVE is also benefiting from this advancement. Expect increased network security and long-term resilience. 🚀
#Solana #QuantumComputing #BlockchainSecurity #Crypto 💡
#BinanceBlockchainWeek
🚨 One Click. $50M Gone. 🚨
A single mistake… and $50M USDT vanished 😱
The victim fell for an address-poisoning attack — a silent scam that looks too real to doubt.
If it can happen to a whale, it can happen to anyone.
Are you double-checking wallet addresses… or trusting blindly? 👀
👉 Pause. Verify. Stay safe.
Follow • Like • Share to protect yourself from the next crypto trap ⚠️
$BTC
$ETH
$BNB
#USDT #BlockchainSecurity #CryptoNews #BinanceSquare
🚨 One Click. $50M Gone. 🚨
A single mistake… and $50M USDT vanished 😱
The victim fell for an address-poisoning attack — a silent scam that looks too real to doubt.
If it can happen to a whale, it can happen to anyone.
Are you double-checking wallet addresses… or trusting blindly? 👀
👉 Pause. Verify. Stay safe.
Follow • Like • Share to protect yourself from the next crypto trap ⚠️
$BTC
$ETH
$BNB
#USDT #BlockchainSecurity #CryptoNews #BinanceSquare
🚨 Solana Just Activated Quantum-Proof Security! 🛡️
Solana is moving *now* to shield its blockchain from the looming threat of quantum computing. A new partnership with Project Eleven will deploy quantum-resistant signature schemes, future-proofing the network as quantum tech rapidly advances. This is huge for $SOL holders – a proactive step to safeguard against a potential existential risk to the entire cryptoverse. $RAVE is also benefiting from this advancement. Expect increased network security and long-term resilience. 🚀
#Solana #QuantumComputing #BlockchainSecurity #Crypto 💡
Solana is moving *now* to shield its blockchain from the looming threat of quantum computing. A new partnership with Project Eleven will deploy quantum-resistant signature schemes, future-proofing the network as quantum tech rapidly advances. This is huge for $SOL holders – a proactive step to safeguard against a potential existential risk to the entire cryptoverse. $RAVE is also benefiting from this advancement. Expect increased network security and long-term resilience. 🚀
#Solana #QuantumComputing #BlockchainSecurity #Crypto 💡
A Single Click That Erased $50 Million
A crypto user has suffered one of the most devastating losses in Web3 history after falling victim to an address poisoning attack. The incident began with a routine safety step: the victim sent a small 50 USDT test transaction to one appeared to be his own wallet. After the transfer arrived successfully, he prepared to move the remaining $50 million with confidence.
Unbeknownst to him, a scammer had been closely monitoring the wallet. The attacker generated a fake address designed to match the first and last characters of the victim’s real wallet and then sent a tiny dust transaction. This caused the fraudulent address to appear in the wallet’s transaction history, visually indistinguishable due to wallets masking the middle characters with ellipses.
When the victim later copied the address from transaction history, he checked only the beginning and ending characters, which looked correct. Believing it was safe, he sent 49,999,950 USDT—but the funds went directly to the scammer’s address. The transaction was irreversible, and the entire amount was lost forever.
This incident serves as a brutal reminder that crypto security leaves no room for shortcuts. Never copy addresses from transaction history, never rely on partial character checks, and always verify the full wallet address before sending funds. Use saved contacts, trusted address books, and multiple test transactions when moving large sums. In Web3, one careless moment can cost a lifetime.
#CryptoAlert #BlockchainSecurity #Web3Safety #LearnWithFatima #CryptoResponsibility
A crypto user has suffered one of the most devastating losses in Web3 history after falling victim to an address poisoning attack. The incident began with a routine safety step: the victim sent a small 50 USDT test transaction to one appeared to be his own wallet. After the transfer arrived successfully, he prepared to move the remaining $50 million with confidence.
Unbeknownst to him, a scammer had been closely monitoring the wallet. The attacker generated a fake address designed to match the first and last characters of the victim’s real wallet and then sent a tiny dust transaction. This caused the fraudulent address to appear in the wallet’s transaction history, visually indistinguishable due to wallets masking the middle characters with ellipses.
When the victim later copied the address from transaction history, he checked only the beginning and ending characters, which looked correct. Believing it was safe, he sent 49,999,950 USDT—but the funds went directly to the scammer’s address. The transaction was irreversible, and the entire amount was lost forever.
This incident serves as a brutal reminder that crypto security leaves no room for shortcuts. Never copy addresses from transaction history, never rely on partial character checks, and always verify the full wallet address before sending funds. Use saved contacts, trusted address books, and multiple test transactions when moving large sums. In Web3, one careless moment can cost a lifetime.
#CryptoAlert #BlockchainSecurity #Web3Safety #LearnWithFatima #CryptoResponsibility
PEPE
Holding
Cumulative PNL
-၄၀၁.၂၄ USDT
Live: 08:00 Dec 27
sonusonu_:
hi mam
The Ethereum Foundation has made significant progress on zkEVM, with latency for real-time proving decreasing from 16 minutes to 16 seconds, and costs dropping 45-fold. zkVMs now verify 99% of Ethereum blocks in under 10 seconds on target hardware. The foundation is shifting focus to security and formal verification, targeting 128-bit provable security by the end of 2026.
Key milestones include:
February 2026*: Integrate SoundCalc for security estimation
May 2026*: Achieve 100-bit provable security with proof sizes under 600 KiB
End of 2026*: Reach 128-bit provable security with proof sizes under 300 KiB
The Ethereum Foundation plans to publish a post formalizing these milestones in January, followed by a technical update detailing proof system techniques
#zkEVM
#EthereumFoundation
#BlockchainSecurity
#Cryptocurrency
#Web3
$SOL
$BNB
$XRP
Key milestones include:
February 2026*: Integrate SoundCalc for security estimation
May 2026*: Achieve 100-bit provable security with proof sizes under 600 KiB
End of 2026*: Reach 128-bit provable security with proof sizes under 300 KiB
The Ethereum Foundation plans to publish a post formalizing these milestones in January, followed by a technical update detailing proof system techniques
#zkEVM
#EthereumFoundation
#BlockchainSecurity
#Cryptocurrency
#Web3
$SOL
$BNB
$XRP
Aptos has taken a significant step towards enhancing blockchain security with the proposal of AIP-137, introducing post-quantum signatures to protect against future quantum computing threats. This optional upgrade will utilize the SLH-DSA (Stateless Hash-Based Digital Signature Algorithm) scheme, standardized by NIST as FIPS 205, which relies on the secure SHA-256 hash function. The goal is to future-proof the network without disrupting existing accounts or requiring forced migration
Key Benefits
Enhanced Security*: Protects against potential quantum computer attacks
Optional Upgrade*: Existing accounts remain unaffected, with users opting in for post-quantum security
Conservative Approach*: Prioritizes security over efficiency, using proven hash functions
This proposal reflects Aptos' proactive stance on quantum resistance, positioning itself as a leader in blockchain security. Other blockchains, like Solana, are also exploring post-quantum cryptography
:
#Aptos
#PostQuantumSignatures
#BlockchainSecurity
#QuantumResistance
#FutureProofing
$BTC
$ETH
$SOL
Key Benefits
Enhanced Security*: Protects against potential quantum computer attacks
Optional Upgrade*: Existing accounts remain unaffected, with users opting in for post-quantum security
Conservative Approach*: Prioritizes security over efficiency, using proven hash functions
This proposal reflects Aptos' proactive stance on quantum resistance, positioning itself as a leader in blockchain security. Other blockchains, like Solana, are also exploring post-quantum cryptography
:
#Aptos
#PostQuantumSignatures
#BlockchainSecurity
#QuantumResistance
#FutureProofing
$BTC
$ETH
$SOL
Maureen Vining x0HC:
丢人现眼
🛡️ ¿El fin de Bitcoin ? El "Ataque Cuántico" y cómo la Blockchain se está blindando
Muchos lo llaman el "Crypto-Apocalipsis". La idea de que una computadora cuántica súper potente pueda descifrar tu clave privada y vaciar tu billetera en segundos ha pasado de ser una teoría de ciencia ficción a una prioridad para los desarrolladores en este 2025.
💻 El problema: La fragilidad de la criptografía actual
Hoy, la seguridad de Bitcoin y Ethereum se basa en el Algoritmo de Firma Digital de Curva Elíptica (ECDSA). Es prácticamente imposible de hackear para una computadora tradicional (tardaría miles de años). Sin embargo, una computadora cuántica utiliza el Algoritmo de Shor, que podría encontrar tu clave privada a partir de tu clave pública en cuestión de minutos.
🚀 La solución: Criptografía Post-Cuántica (PQC)
¡No entres en pánico! La comunidad no se ha quedado de brazos cruzados. Aquí te cuento cómo nos estamos preparando:
Soft Forks y Actualizaciones: Los desarrolladores de Bitcoin están discutiendo la implementación de nuevos tipos de firmas (como las firmas basadas en Lattices o redes) que son resistentes a cálculos cuánticos.
Ethereum y la "Resistencia Cuántica": Vitalik Buterin ya ha planteado hojas de ruta para que Ethereum pueda migrar a un estado de seguridad cuántica mediante un "hard fork" de emergencia si fuera necesario.
Nuevos Estándares: Ya estamos viendo el nacimiento de tokens y redes que nacen siendo "Quantum-Resistant" desde el bloque génesis.
💡 ¿Qué debes hacer tú como inversor?
Por ahora, nada. El hardware cuántico capaz de romper el cifrado de Bitcoin todavía está en fases experimentales y es extremadamente costoso de mantener. Sin embargo, la migración de las redes será el evento técnico más importante de la década
¿Crees que la amenaza cuántica llegará antes de que Bitcoin logre actualizarse, o confías plenamente en el poder de los desarrolladores para ganar esta carrera tecnológica? 👇.
#bitcoin #quantumcomputing #BlockchainSecurity #BİNANCESQUARE #cryptofuture
💻 El problema: La fragilidad de la criptografía actual
Hoy, la seguridad de Bitcoin y Ethereum se basa en el Algoritmo de Firma Digital de Curva Elíptica (ECDSA). Es prácticamente imposible de hackear para una computadora tradicional (tardaría miles de años). Sin embargo, una computadora cuántica utiliza el Algoritmo de Shor, que podría encontrar tu clave privada a partir de tu clave pública en cuestión de minutos.
🚀 La solución: Criptografía Post-Cuántica (PQC)
¡No entres en pánico! La comunidad no se ha quedado de brazos cruzados. Aquí te cuento cómo nos estamos preparando:
Soft Forks y Actualizaciones: Los desarrolladores de Bitcoin están discutiendo la implementación de nuevos tipos de firmas (como las firmas basadas en Lattices o redes) que son resistentes a cálculos cuánticos.
Ethereum y la "Resistencia Cuántica": Vitalik Buterin ya ha planteado hojas de ruta para que Ethereum pueda migrar a un estado de seguridad cuántica mediante un "hard fork" de emergencia si fuera necesario.
Nuevos Estándares: Ya estamos viendo el nacimiento de tokens y redes que nacen siendo "Quantum-Resistant" desde el bloque génesis.
💡 ¿Qué debes hacer tú como inversor?
Por ahora, nada. El hardware cuántico capaz de romper el cifrado de Bitcoin todavía está en fases experimentales y es extremadamente costoso de mantener. Sin embargo, la migración de las redes será el evento técnico más importante de la década
¿Crees que la amenaza cuántica llegará antes de que Bitcoin logre actualizarse, o confías plenamente en el poder de los desarrolladores para ganar esta carrera tecnológica? 👇.
#bitcoin #quantumcomputing #BlockchainSecurity #BİNANCESQUARE #cryptofuture
Fid-Krieitor:
si eso fuera posible, bitcoin sería la última de tus preocupaciones
$KITE 🚨 Identity Crisis in DeFi? 🚨
Most blockchains have a HUGE vulnerability as institutions flood in: monolithic identity. Think perpetual, unbounded access – a trader *and* settlement clerk, all in one address. 🤯
KITE is changing that. It's not about verifying *who* you are, but *how* you act. Introducing a dynamic, multi-layered identity model: User, Agent, and Session.
Imagine: an agent with a spending limit, a session that expires, and built-in compliance. 🛡️ This means less risk, easier audits, and safe automation at scale.
KITE operationalizes RBAC and just-in-time privilege at the protocol level. It's not about smarter agents, but about *smaller* authority.
The future of DeFi isn't manual overrides or bolted-on security. It's inherent control. Is the industry ready to rebuild the foundation? 🤔
#DeFi #BlockchainSecurity #KITE
Most blockchains have a HUGE vulnerability as institutions flood in: monolithic identity. Think perpetual, unbounded access – a trader *and* settlement clerk, all in one address. 🤯
KITE is changing that. It's not about verifying *who* you are, but *how* you act. Introducing a dynamic, multi-layered identity model: User, Agent, and Session.
Imagine: an agent with a spending limit, a session that expires, and built-in compliance. 🛡️ This means less risk, easier audits, and safe automation at scale.
KITE operationalizes RBAC and just-in-time privilege at the protocol level. It's not about smarter agents, but about *smaller* authority.
The future of DeFi isn't manual overrides or bolted-on security. It's inherent control. Is the industry ready to rebuild the foundation? 🤔
#DeFi #BlockchainSecurity #KITE
Binance Launches $5 Million Bounty to Topple Fraudulent Token Listing Agents
Binance has announced a whistleblower reward of up to $5 million for verifiable information on fraudulent "listing agents" who falsely claim they can secure token listings on the exchange for a fee. This move, part of a broader crackdown on listing scams, follows recent internal audits and alleged insider trading incidents.
Key Details
Reward Amount: Up to $5 million for valid and verifiable information.
Purpose: To combat individuals or entities impersonating Binance employees or affiliates to solicit payments for listing services.
Official Channels: Binance emphasized that all listing applications must be made directly through its official channels (Binance Alpha, Futures, and Spot markets).
Unauthorized Intermediaries: The exchange explicitly states it does not authorize any third parties, brokers, or consultants to negotiate or guarantee listings.
Consequences: Projects found to be using third-party intermediaries for applications will be immediately disqualified and blacklisted. Binance has already blacklisted seven entities and individuals, including BitABC and Central Research.
Reporting: Whistleblower tips can be submitted to the dedicated audit channel at [email protected].
Binance urges the crypto community to remain vigilant and report any suspicious activity to protect the ecosystem from scams.
#Binance #CryptoScams #Whistleblower #BlockchainSecurity #CryptoNews
Binance has announced a whistleblower reward of up to $5 million for verifiable information on fraudulent "listing agents" who falsely claim they can secure token listings on the exchange for a fee. This move, part of a broader crackdown on listing scams, follows recent internal audits and alleged insider trading incidents.
Key Details
Reward Amount: Up to $5 million for valid and verifiable information.
Purpose: To combat individuals or entities impersonating Binance employees or affiliates to solicit payments for listing services.
Official Channels: Binance emphasized that all listing applications must be made directly through its official channels (Binance Alpha, Futures, and Spot markets).
Unauthorized Intermediaries: The exchange explicitly states it does not authorize any third parties, brokers, or consultants to negotiate or guarantee listings.
Consequences: Projects found to be using third-party intermediaries for applications will be immediately disqualified and blacklisted. Binance has already blacklisted seven entities and individuals, including BitABC and Central Research.
Reporting: Whistleblower tips can be submitted to the dedicated audit channel at [email protected].
Binance urges the crypto community to remain vigilant and report any suspicious activity to protect the ecosystem from scams.
#Binance #CryptoScams #Whistleblower #BlockchainSecurity #CryptoNews
Aptos Just Future-Proofed Its Security 🚀
Aptos $APT has proposed an upgrade to AIP-137, adding support for post-quantum signatures at the account level. This is a proactive move to mitigate risks from future quantum computing threats that could break current encryption algorithms. $SOL paved the way, and now Aptos is the second Layer 1 to follow suit.
This upgrade allows Aptos accounts to support new signature types, reducing reliance on traditional standards. The network can evolve its security without major overhauls. Aptos isn’t claiming quantum threats are imminent – they’re getting ahead of the curve. 💡
This positions Aptos as a long-term Layer 1, prepared to adapt to technological shifts over the next 10-20 years, not just short-term market trends.
#Aptos #QuantumResistance #BlockchainSecurity #Layer1 🛡️
Aptos $APT has proposed an upgrade to AIP-137, adding support for post-quantum signatures at the account level. This is a proactive move to mitigate risks from future quantum computing threats that could break current encryption algorithms. $SOL paved the way, and now Aptos is the second Layer 1 to follow suit.
This upgrade allows Aptos accounts to support new signature types, reducing reliance on traditional standards. The network can evolve its security without major overhauls. Aptos isn’t claiming quantum threats are imminent – they’re getting ahead of the curve. 💡
This positions Aptos as a long-term Layer 1, prepared to adapt to technological shifts over the next 10-20 years, not just short-term market trends.
#Aptos #QuantumResistance #BlockchainSecurity #Layer1 🛡️
🤯 $XRP Just Leveled Up: Banking-Grade Security Incoming!
Ripple is partnering with Common Prefix to bring formal verification – a standard used in banking and aerospace – to the core of the XRP Ledger. 🚀 This means mathematically proving the security of key components like the Payment Engine (responsible for all value transfer) and the Consensus Protocol.
Forget just *finding* bugs, this aims to *prove* they don’t exist! This foundational work addresses challenges with integrating complex new features like lending protocols and decentralized exchanges into the decades-old XRP Ledger logic. Expect safer, more robust updates and a massive boost for institutional adoption. The future of $XRP is looking incredibly solid. 💎
#XRPL #Ripple #BlockchainSecurity #DeFi 💯
Ripple is partnering with Common Prefix to bring formal verification – a standard used in banking and aerospace – to the core of the XRP Ledger. 🚀 This means mathematically proving the security of key components like the Payment Engine (responsible for all value transfer) and the Consensus Protocol.
Forget just *finding* bugs, this aims to *prove* they don’t exist! This foundational work addresses challenges with integrating complex new features like lending protocols and decentralized exchanges into the decades-old XRP Ledger logic. Expect safer, more robust updates and a massive boost for institutional adoption. The future of $XRP is looking incredibly solid. 💎
#XRPL #Ripple #BlockchainSecurity #DeFi 💯
SOLANA JUST DROPPED QUANTUM-RESISTANT SIGS!
The future of blockchain security is NOW. Solana is deploying quantum-resistant digital signatures on its testnet. This is a massive leap forward. It means Solana is building for an unbreakable future, ahead of the curve. Other giants are following. This isn't just an upgrade, it's a declaration of war on future threats. Don't get left behind. The race for secure, quantum-proof crypto is ON.
Disclaimer: Not financial advice.
#Solana #Crypto #QuantumComputing #BlockchainSecurity 🚀
The future of blockchain security is NOW. Solana is deploying quantum-resistant digital signatures on its testnet. This is a massive leap forward. It means Solana is building for an unbreakable future, ahead of the curve. Other giants are following. This isn't just an upgrade, it's a declaration of war on future threats. Don't get left behind. The race for secure, quantum-proof crypto is ON.
Disclaimer: Not financial advice.
#Solana #Crypto #QuantumComputing #BlockchainSecurity 🚀
Monero privacy rules! 🔒 Stay anonymous, stay safe.
#Monero #XMR #PrivacyCoin #BlockchainSecurity #AnonCrypto $XMR
#Monero #XMR #PrivacyCoin #BlockchainSecurity #AnonCrypto $XMR
Historic DDoS Attack na Solana – sieć pod intensywną presją
Historic DDoS Attack na Solana – sieć pod intensywną presją
W ostatnich dniach blockchain Solana był celem jednego z największych ataków typu DDoS (Distributed Denial of Service) w historii kryptowalut. Atak miał szczytowy natężenie około 6 terabitów na sekundę (Tbps) – to gigantyczne natężenie ruchu sieciowego, które miało na celu przeciążenie infrastruktury sieci i utrudnienie normalnego działania.
DDoS polega na wysyłaniu ogromnej ilości żądań równocześnie, aby zmusić węzły (nody, walidatory) do próby obsłużenia ich i spowolnić lub zablokować system. W kontekście blockchain oznacza to próbę opóźniania lub uniemożliwiania zatwierdzania transakcji.
Sieć nie padła – Solana działa bez przerw
Pomimo skali ataku, Solana utrzymała normalne funkcjonowanie bez żadnej przerwy w działaniu:
✔️ Bloki were generowane bez opóźnień
✔️ Transakcje finalizowane sub-sekundowo
✔️ Validatorzy pozostali online bez degradacji sieci
To oznacza, że ataki nie zakłóciły konsensusu ani nie przerwały działania blockchaina.
Twórcy i współzałożyciel Anatoly Yakovenko określili skalę ataku jako „industrial-scale” i stwierdzili, że fakt iż sieć działa nadal bez problemów, może być „byczo” (bullish) dla Solana, ponieważ pokazuje odporność infrastruktury.
Dlaczego to ważne? Co atak mówi o technologii Solana
🔹 Odpór na ogromne obciążenie – Solana wytrzymała ruch na poziomie jednego z największych w historii DDoS, co pokazuje stabilność i solidne zaplecze techniczne.
🔹 Sieć działa płynnie – brak downtime’u oznacza, że użytkownicy i aplikacje DeFi nie stracili dostępu ani środków.
🔹 Atak nie wpłynął na blockchain logicznie – ataki DDoS nie mogą zmienić danych on-chain ani wykraść środków, ale mogą spowalniać warstwę komunikacji.
Reakcja społeczności i rynek
To, że Solana stanęła wobec ataku, który w teorii mógłby sparaliżować wiele systemów, a mimo to działa, jest interpretowane przez część inwestorów jako dowód na to, że Sieć jest gotowa na prawdziwe warunki „bojowe” i rosnące obciążenia.
Jednak na rynkach cena tokena SOL testowała wsparcia, ponieważ część traderów reagowała na FUD i ogólne spadki rynkowe.
Bezpieczeństwo a użytkownicy
Nie chodzi jedynie o DDoS — w ekosystemie Solana odnotowano też, jak w całym krypto, inne typy ataków skierowanych bezpośrednio przeciw użytkownikom:
🔸 phishing i oszustwa skierowane na portfele solanowe (w 2025 r. na około 90 mln USD strat)
🔸 błędy w interfejsach i API powodujące możliwość kradzieży środków na poziomie aplikacji (np. hack platformy stakingowej)
To pokazuje, że zabezpieczenia protokolarne blockchaina (czyli warstwa sieciowa i konsensusowa) są dziś bardzo solidne, ale zabezpieczenia aplikacji i portfeli nadal są kluczowym elementem, który użytkownicy muszą zabezpieczać sami.
Co dalej?
Solana przeszła jedną z najcięższych prób w 2025 r. i wyszła z niej praktycznie bez strat operacyjnych. To może przyciągać inwestorów, developerskie projekty i instytucje, które szukają wydajnej, odpornej technologii blockchain do budowy na niej aplikacji DeFi, NFT i Web3.
W praktyce takie zdarzenia często działają jak największy test odporności, który może zwiększyć zaufanie rynku i zainteresowanie projektami opartymi na Solana.
📌 Podsumowanie najnowszych informacji
Solana przetrwała ogromny, ponad 6 Tbps atak DDoS.
Sieć nie miała przerw i działała normalnie, a transakcje były zatwierdzane w standardowym czasie.
Twórcy nazywają to nawet „byczym sygnałem”, bo sieć okazała się odporna.
Użytkownicy muszą nadal uważać na phishing i oszustwa, które nadal stanowią największe zagrożenie finansowe.
#Solana #SOL #DDoSAttack #BlockchainSecurity #CryptoNews
W ostatnich dniach blockchain Solana był celem jednego z największych ataków typu DDoS (Distributed Denial of Service) w historii kryptowalut. Atak miał szczytowy natężenie około 6 terabitów na sekundę (Tbps) – to gigantyczne natężenie ruchu sieciowego, które miało na celu przeciążenie infrastruktury sieci i utrudnienie normalnego działania.
DDoS polega na wysyłaniu ogromnej ilości żądań równocześnie, aby zmusić węzły (nody, walidatory) do próby obsłużenia ich i spowolnić lub zablokować system. W kontekście blockchain oznacza to próbę opóźniania lub uniemożliwiania zatwierdzania transakcji.
Sieć nie padła – Solana działa bez przerw
Pomimo skali ataku, Solana utrzymała normalne funkcjonowanie bez żadnej przerwy w działaniu:
✔️ Bloki were generowane bez opóźnień
✔️ Transakcje finalizowane sub-sekundowo
✔️ Validatorzy pozostali online bez degradacji sieci
To oznacza, że ataki nie zakłóciły konsensusu ani nie przerwały działania blockchaina.
Twórcy i współzałożyciel Anatoly Yakovenko określili skalę ataku jako „industrial-scale” i stwierdzili, że fakt iż sieć działa nadal bez problemów, może być „byczo” (bullish) dla Solana, ponieważ pokazuje odporność infrastruktury.
Dlaczego to ważne? Co atak mówi o technologii Solana
🔹 Odpór na ogromne obciążenie – Solana wytrzymała ruch na poziomie jednego z największych w historii DDoS, co pokazuje stabilność i solidne zaplecze techniczne.
🔹 Sieć działa płynnie – brak downtime’u oznacza, że użytkownicy i aplikacje DeFi nie stracili dostępu ani środków.
🔹 Atak nie wpłynął na blockchain logicznie – ataki DDoS nie mogą zmienić danych on-chain ani wykraść środków, ale mogą spowalniać warstwę komunikacji.
Reakcja społeczności i rynek
To, że Solana stanęła wobec ataku, który w teorii mógłby sparaliżować wiele systemów, a mimo to działa, jest interpretowane przez część inwestorów jako dowód na to, że Sieć jest gotowa na prawdziwe warunki „bojowe” i rosnące obciążenia.
Jednak na rynkach cena tokena SOL testowała wsparcia, ponieważ część traderów reagowała na FUD i ogólne spadki rynkowe.
Bezpieczeństwo a użytkownicy
Nie chodzi jedynie o DDoS — w ekosystemie Solana odnotowano też, jak w całym krypto, inne typy ataków skierowanych bezpośrednio przeciw użytkownikom:
🔸 phishing i oszustwa skierowane na portfele solanowe (w 2025 r. na około 90 mln USD strat)
🔸 błędy w interfejsach i API powodujące możliwość kradzieży środków na poziomie aplikacji (np. hack platformy stakingowej)
To pokazuje, że zabezpieczenia protokolarne blockchaina (czyli warstwa sieciowa i konsensusowa) są dziś bardzo solidne, ale zabezpieczenia aplikacji i portfeli nadal są kluczowym elementem, który użytkownicy muszą zabezpieczać sami.
Co dalej?
Solana przeszła jedną z najcięższych prób w 2025 r. i wyszła z niej praktycznie bez strat operacyjnych. To może przyciągać inwestorów, developerskie projekty i instytucje, które szukają wydajnej, odpornej technologii blockchain do budowy na niej aplikacji DeFi, NFT i Web3.
W praktyce takie zdarzenia często działają jak największy test odporności, który może zwiększyć zaufanie rynku i zainteresowanie projektami opartymi na Solana.
📌 Podsumowanie najnowszych informacji
Solana przetrwała ogromny, ponad 6 Tbps atak DDoS.
Sieć nie miała przerw i działała normalnie, a transakcje były zatwierdzane w standardowym czasie.
Twórcy nazywają to nawet „byczym sygnałem”, bo sieć okazała się odporna.
Użytkownicy muszą nadal uważać na phishing i oszustwa, które nadal stanowią największe zagrożenie finansowe.
#Solana #SOL #DDoSAttack #BlockchainSecurity #CryptoNews
🚨 $27M Hack Hits Whale Multisig Wallet – Security Concerns on Spotlight! 🔐💸
In a shocking incident shaking the crypto world, a multisig wallet linked to a major whale has been compromised, resulting in a staggering $27 million loss. This incident highlights the persistent security vulnerabilities even in supposedly “safer” multisig setups.
Experts warn that while multisig wallets are designed to enhance security by requiring multiple approvals for transactions, they are not immune to sophisticated cyberattacks. The breach raises urgent questions about wallet security protocols, private key management, and auditing practices.
Crypto enthusiasts and investors are advised to:
Regularly audit multisig wallets 🕵️♂️
Use hardware wallets for storing large sums 💾
Keep backup keys offline 🔑
The attack underscores the importance of staying vigilant in an increasingly risky digital asset environment. As the crypto market continues to grow, such incidents serve as a stark reminder: No wallet is 100% secure.
#CryptoNews #WalletHack #MultisigSecurity #CryptoAlert #BlockchainSecurity $BTC
$ETH
In a shocking incident shaking the crypto world, a multisig wallet linked to a major whale has been compromised, resulting in a staggering $27 million loss. This incident highlights the persistent security vulnerabilities even in supposedly “safer” multisig setups.
Experts warn that while multisig wallets are designed to enhance security by requiring multiple approvals for transactions, they are not immune to sophisticated cyberattacks. The breach raises urgent questions about wallet security protocols, private key management, and auditing practices.
Crypto enthusiasts and investors are advised to:
Regularly audit multisig wallets 🕵️♂️
Use hardware wallets for storing large sums 💾
Keep backup keys offline 🔑
The attack underscores the importance of staying vigilant in an increasingly risky digital asset environment. As the crypto market continues to grow, such incidents serve as a stark reminder: No wallet is 100% secure.
#CryptoNews #WalletHack #MultisigSecurity #CryptoAlert #BlockchainSecurity $BTC
$ETH
Solana Withstands Massive 6 Tbps DDoS Attack — Network Performance Remains Nearly Unchanged
At a time when blockchain networks are increasingly being tested under real-world pressure, Solana is facing one of its toughest challenges yet — and quietly passing the test. The network has been operating under a sustained, large-scale DDoS attack, reportedly peaking near 6 terabits per second (Tbps), a level that places it among the largest attacks ever recorded against any distributed system.
Despite the scale, most users wouldn’t even know an attack is happening.
---
Understanding the Scale of the Attack
The ongoing attack was highlighted by Pipe Network, which reported that Solana has been hit by billions of packets per second. Under normal circumstances, traffic of this magnitude would be expected to cause:
Rising latency
Missed slots
Delayed or failed transaction confirmations
However, Solana’s live telemetry tells a very different story.
---
Key Metrics Tell the Real Story
Even at peak attack intensity, Solana’s core performance metrics have remained stable:
Median transaction confirmation: ~450 milliseconds
p90 confirmation time: under 700 milliseconds
Slot latency: holding steady at 0–1 slots
In practical terms, traders and everyday users are still experiencing sub-second confirmations, with no widespread outages or noticeable degradation.
Solana Labs co-founder and COO Raj Gokal responded to the situation by pointing out how little impact the attack has had on actual usage, emphasizing that performance has remained intact despite the pressure.
---
Validator Count and Network Resilience Debate
The attack has reignited a broader industry discussion around validator counts and network resilience. This debate intensified after a separate DDoS incident on the Sui network, which reportedly caused transaction delays and block production issues.
Some voices argued that lower validator counts make networks more fragile. However, others pushed back against the idea that simply increasing the number of validators is a guaranteed solution.
---
Quality vs Quantity in Validators
Mert Mumtaz, CEO of Helius, offered a more nuanced view. While acknowledging that validator diversity matters, he argued that:
A smaller group of highly professional, well-resourced validators
Can sometimes provide stronger resistance than
Thousands of poorly configured or underpowered nodes
He also confirmed publicly that Solana has been under a colossal DDoS attack for more than a week, calling the lack of visible user impact a strong testament to Solana’s engineering.
---
Why Validator Numbers Still Matter
Solana co-founder Anatoly Yakovenko added an important technical clarification. Validator count becomes especially relevant during leader transitions:
If one leader completes a block while the next leader is under attack
A higher validator count forces attackers to sustain pressure across more of the network
This dramatically increases the cost and complexity of disrupting block production, making attacks far less efficient.
---
Independent Confirmation From Network Observers
Independent data aggregator SolanaFloor summarized the situation clearly:
Solana has been under a sustained DDoS attack for roughly a week
Traffic peaked near 6 Tbps, ranking among the largest attacks ever observed
Network data continues to show:
Sub-second confirmations
Stable slot latency
By comparison, similar attacks on other networks have resulted in mass delays and degraded performance, highlighting the difference in resilience.
---
Blockchains Are Now Tier-1 DDoS Targets
According to David Rhodus, founder of Permissionless Labs and a contributor to Pipe Network, this event marks a shift in how blockchains should be viewed:
Public blockchains are no longer niche experiments
They are now Tier-1 DDoS targets, similar to major internet infrastructure
At 6 Tbps, the attack is clearly industrial-scale, not the work of casual attackers. This reflects the growing importance and economic weight of blockchain networks.
---
Practical Lessons for Validators
For validators, the takeaway is straightforward:
Avoid reliance on a single hosting provider
Use multi-region deployments
Maintain backups across multiple infrastructure providers
Even when the network itself remains operational, individual validator resilience depends heavily on infrastructure diversity.
---
Quiet Reliability Is the Real Win
Solana’s biggest claim from this episode is not about price action or headlines — it’s about reliability under extreme conditions. The network continued to function normally, without dramatic outages or user-visible failures, even while under sustained attack.
This kind of quiet resilience may not stand out on a chart, but it is critical for real-world usability, especially for trading, DeFi, and payment applications that depend on consistent performance.
At the time of writing, SOL was trading around $126, but the more important signal lies elsewhere: Solana demonstrated that it can operate smoothly even when pushed to the limits.
#solana $SOL #BlockchainSecurity
#CryptoInfrastructure
#Web3
#BinanceSquare
Despite the scale, most users wouldn’t even know an attack is happening.
---
Understanding the Scale of the Attack
The ongoing attack was highlighted by Pipe Network, which reported that Solana has been hit by billions of packets per second. Under normal circumstances, traffic of this magnitude would be expected to cause:
Rising latency
Missed slots
Delayed or failed transaction confirmations
However, Solana’s live telemetry tells a very different story.
---
Key Metrics Tell the Real Story
Even at peak attack intensity, Solana’s core performance metrics have remained stable:
Median transaction confirmation: ~450 milliseconds
p90 confirmation time: under 700 milliseconds
Slot latency: holding steady at 0–1 slots
In practical terms, traders and everyday users are still experiencing sub-second confirmations, with no widespread outages or noticeable degradation.
Solana Labs co-founder and COO Raj Gokal responded to the situation by pointing out how little impact the attack has had on actual usage, emphasizing that performance has remained intact despite the pressure.
---
Validator Count and Network Resilience Debate
The attack has reignited a broader industry discussion around validator counts and network resilience. This debate intensified after a separate DDoS incident on the Sui network, which reportedly caused transaction delays and block production issues.
Some voices argued that lower validator counts make networks more fragile. However, others pushed back against the idea that simply increasing the number of validators is a guaranteed solution.
---
Quality vs Quantity in Validators
Mert Mumtaz, CEO of Helius, offered a more nuanced view. While acknowledging that validator diversity matters, he argued that:
A smaller group of highly professional, well-resourced validators
Can sometimes provide stronger resistance than
Thousands of poorly configured or underpowered nodes
He also confirmed publicly that Solana has been under a colossal DDoS attack for more than a week, calling the lack of visible user impact a strong testament to Solana’s engineering.
---
Why Validator Numbers Still Matter
Solana co-founder Anatoly Yakovenko added an important technical clarification. Validator count becomes especially relevant during leader transitions:
If one leader completes a block while the next leader is under attack
A higher validator count forces attackers to sustain pressure across more of the network
This dramatically increases the cost and complexity of disrupting block production, making attacks far less efficient.
---
Independent Confirmation From Network Observers
Independent data aggregator SolanaFloor summarized the situation clearly:
Solana has been under a sustained DDoS attack for roughly a week
Traffic peaked near 6 Tbps, ranking among the largest attacks ever observed
Network data continues to show:
Sub-second confirmations
Stable slot latency
By comparison, similar attacks on other networks have resulted in mass delays and degraded performance, highlighting the difference in resilience.
---
Blockchains Are Now Tier-1 DDoS Targets
According to David Rhodus, founder of Permissionless Labs and a contributor to Pipe Network, this event marks a shift in how blockchains should be viewed:
Public blockchains are no longer niche experiments
They are now Tier-1 DDoS targets, similar to major internet infrastructure
At 6 Tbps, the attack is clearly industrial-scale, not the work of casual attackers. This reflects the growing importance and economic weight of blockchain networks.
---
Practical Lessons for Validators
For validators, the takeaway is straightforward:
Avoid reliance on a single hosting provider
Use multi-region deployments
Maintain backups across multiple infrastructure providers
Even when the network itself remains operational, individual validator resilience depends heavily on infrastructure diversity.
---
Quiet Reliability Is the Real Win
Solana’s biggest claim from this episode is not about price action or headlines — it’s about reliability under extreme conditions. The network continued to function normally, without dramatic outages or user-visible failures, even while under sustained attack.
This kind of quiet resilience may not stand out on a chart, but it is critical for real-world usability, especially for trading, DeFi, and payment applications that depend on consistent performance.
At the time of writing, SOL was trading around $126, but the more important signal lies elsewhere: Solana demonstrated that it can operate smoothly even when pushed to the limits.
#solana $SOL #BlockchainSecurity
#CryptoInfrastructure
#Web3
#BinanceSquare
နောက်ထပ်အကြောင်းအရာများကို စူးစမ်းလေ့လာရန် အကောင့်ဝင်ပါ