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Initia just hit the kill switch. The modular L1 halted its entire network and rollups at 15:41 UTC after an attacker exploited what co-founder Zon calls a "Day 0" bug in its MoveVM implementation — minting tokens out of thin air, then swapping the unbacked stablecoins into ETH through 1inch and 0x. The numbers: security researcher Spreek's initial estimate put the cash-out at ~$2.6M; Zon says ~$2.7M in AUSD, ETH and USDC got bridged out before the chain was paused. D2 Finance traced the first move to a transaction at 14:59:26 UTC that created 2 million unbacked AUSD — and 153 seconds later, a LayerZero message released 1.4M of it from an adapter on Ethereum. The trail consolidates to roughly 1,135 ETH in a fresh wallet. INIT fell 14% on the news, then whipsawed back to +14% on the day. Upbit and Bithumb have now suspended INIT deposits and withdrawals and issued an investment warning. Audited code, serious backing — and a mint bug still shipped. Before you trust a bridge's TVL numbers, what do you actually check? #CryptoNews #DeFi #Initia #Hack
Initia just hit the kill switch.

The modular L1 halted its entire network and rollups at 15:41 UTC after an attacker exploited what co-founder Zon calls a "Day 0" bug in its MoveVM implementation — minting tokens out of thin air, then swapping the unbacked stablecoins into ETH through 1inch and 0x.

The numbers: security researcher Spreek's initial estimate put the cash-out at ~$2.6M; Zon says ~$2.7M in AUSD, ETH and USDC got bridged out before the chain was paused. D2 Finance traced the first move to a transaction at 14:59:26 UTC that created 2 million unbacked AUSD — and 153 seconds later, a LayerZero message released 1.4M of it from an adapter on Ethereum. The trail consolidates to roughly 1,135 ETH in a fresh wallet.

INIT fell 14% on the news, then whipsawed back to +14% on the day. Upbit and Bithumb have now suspended INIT deposits and withdrawals and issued an investment warning.

Audited code, serious backing — and a mint bug still shipped. Before you trust a bridge's TVL numbers, what do you actually check?

#CryptoNews #DeFi #Initia #Hack
#CertiKInsight 🚨 We have seen a ~$820K exploit. $NEM 'pendingLpSellRecycle' created when tokens enter pool, remained after they left, allowing existing NEM reserve be burned and manipulated. CertiK Report Security Dashboard 👇 #Crypto #Hack
#CertiKInsight 🚨

We have seen a ~$820K exploit.

$NEM 'pendingLpSellRecycle' created when tokens enter pool, remained after they left, allowing existing NEM reserve be burned and manipulated.

CertiK Report Security Dashboard 👇

#Crypto #Hack
ZachXBT just linked North Korea-linked SquidSquad to $2.84 million stolen from an unnamed institutional wallet on BNB Chain on October 8. The onchain trail is fresh: on October 20 the attacker pushed 1,111.2 $ETH through Tornado Cash, split it across three Ethereum addresses, then bridged to Tron via USDT0 and consolidated into two wallets. Both Tron wallets have exposure to addresses previously tied to North Korean operations. Minutes later the funds landed at addresses attributed to Chinese OTC dealers — ZachXBT reads that as a rush to cash out before Tether could freeze anything. The attribution is onchain-only and unconfirmed; the victim is unnamed; the compromise method unknown. And there's context: the same day, wallets tied to the Drift exploit moved $61.6M through Tornado Cash — a different case, same laundering treadmill. North Korean crews remain this industry's persistent tax. But here's the trader's question: does any of this actually move markets, or is mixer traffic now just background noise? NFA/DYOR. #CryptoNews #Hack #NorthKorea #ZachXBT
ZachXBT just linked North Korea-linked SquidSquad to $2.84 million stolen from an unnamed institutional wallet on BNB Chain on October 8.

The onchain trail is fresh: on October 20 the attacker pushed 1,111.2 $ETH through Tornado Cash, split it across three Ethereum addresses, then bridged to Tron via USDT0 and consolidated into two wallets. Both Tron wallets have exposure to addresses previously tied to North Korean operations. Minutes later the funds landed at addresses attributed to Chinese OTC dealers — ZachXBT reads that as a rush to cash out before Tether could freeze anything.

The attribution is onchain-only and unconfirmed; the victim is unnamed; the compromise method unknown. And there's context: the same day, wallets tied to the Drift exploit moved $61.6M through Tornado Cash — a different case, same laundering treadmill.

North Korean crews remain this industry's persistent tax. But here's the trader's question: does any of this actually move markets, or is mixer traffic now just background noise? NFA/DYOR.

#CryptoNews #Hack #NorthKorea #ZachXBT
Imagine stealing more than half a billion dollars… and nobody notices. Not for minutes. Not for hours. For DAYS. This actually happened in crypto. And the story gets worse. March 2022. Axie Infinity was one of the biggest names in blockchain gaming. Millions of users. Billions of dollars had moved through its ecosystem. Behind it was a blockchain called Ronin. And Ronin had a bridge. A bridge is basically a doorway that allows crypto to move from one blockchain to another. That doorway was protecting an enormous amount of money. Then someone found the keys. The attacker managed to gain control over enough validator keys to authorize withdrawals. Then they made two transactions. No dramatic warning. No flashing red screen. No exchange immediately freezing everything. Just two transactions. And then… 173,600 ETH disappeared. Along with 25.5 MILLION USDC. The attacker walked away with crypto worth hundreds of millions of dollars. But here's the part that sounds almost impossible. The team didn't immediately discover the hack. The money was already gone. The blockchain had recorded everything. The transactions were sitting there publicly. Yet the breach remained unnoticed until a user tried to withdraw 5,000 $ETH from the bridge… and couldn't. That failed withdrawal helped expose what had happened. Think about that. One of the largest crypto hacks in history wasn't discovered because some sophisticated security system sounded an alarm. It was discovered because someone wanted their money. The bridge was shut down. Investigators moved in. The FBI later attributed the attack to North Korea's Lazarus Group. But the most disturbing part of the story wasn't just the amount stolen. It was how quietly it happened. Hundreds of millions of dollars. Gone. While everyone else carried on as normal. And that is one of the strangest things about blockchain: Every transaction can be visible… yet the danger can still be hiding in plain sight. #Hack #ETH
Imagine stealing more than half a billion dollars…
and nobody notices.

Not for minutes.

Not for hours.

For DAYS.

This actually happened in crypto.

And the story gets worse.

March 2022.

Axie Infinity was one of the biggest names in blockchain gaming.
Millions of users.

Billions of dollars had moved through its ecosystem.
Behind it was a blockchain called Ronin.

And Ronin had a bridge.

A bridge is basically a doorway that allows crypto to move from one blockchain to another.

That doorway was protecting an enormous amount of money.
Then someone found the keys.

The attacker managed to gain control over enough validator keys to authorize withdrawals.

Then they made two transactions.
No dramatic warning.

No flashing red screen.

No exchange immediately freezing everything.
Just two transactions.

And then…
173,600 ETH disappeared.
Along with 25.5 MILLION USDC.

The attacker walked away with crypto worth hundreds of millions of dollars.

But here's the part that sounds almost impossible.
The team didn't immediately discover the hack.
The money was already gone.

The blockchain had recorded everything.
The transactions were sitting there publicly.

Yet the breach remained unnoticed until a user tried to withdraw 5,000 $ETH from the bridge…
and couldn't.

That failed withdrawal helped expose what had happened.
Think about that.
One of the largest crypto hacks in history wasn't discovered because some sophisticated security system sounded an alarm.
It was discovered because someone wanted their money.
The bridge was shut down.
Investigators moved in.

The FBI later attributed the attack to North Korea's Lazarus Group.
But the most disturbing part of the story wasn't just the amount stolen.

It was how quietly it happened.
Hundreds of millions of dollars.
Gone.

While everyone else carried on as normal.
And that is one of the strangest things about blockchain:
Every transaction can be visible…

yet the danger can still be hiding in plain sight.

#Hack #ETH
Статья
CRYPTO DRAINERS: ASÍ PUEDEN VACIAR UNA BILLETERA DESDE UNA PÁGINA WEB$BTC $ETH $USDC Una persona entra a reclamar 200 dólares en criptomonedas que se gano. Minutos después descubre que desaparecieron los 3.000 que tenía guardados... No descargó ningún virus. No compartió su contraseña. Tampoco reveló sus 12 palabras de recuperación. Lo que ocurrió fue diferente: terminó concediendo un permiso que permitió a un tercero transferir sus activos. Esta modalidad se conoce como Wallet Drainer y combina ingeniería social, páginas fraudulentas y funciones legítimas de los contratos inteligentes. Veamos cómo sucede, paso a paso, con un ejemplo concreto. PASO 1. LA PUBLICACIÓN QUE ATRAPA A LA VÍCTIMA Todo comienza con una publicación en redes sociales que anuncia una recompensa de por ejemplo 200 USDC para determinados usuarios. El enlace conduce a una página que imita un proyecto de criptomonedas. Tiene imágenes profesionales, un contador regresivo y un botón que dice: Reclamar recompensa.... El usuario ingresa convencido de que está participando en una promoción. PASO 2. LA CONEXIÓN DE LA BILLETERA La página solicita conectar una wallet, por ejemplo, MetaMask... La víctima acepta. En ese momento, el sitio puede conocer su dirección pública y consultar los activos que posee en la blockchain. Supongamos que encuentra 3.000 USDC. Hasta acá, conectar la billetera no autoriza por sí solo a retirar esos fondos. El peligro aparece en el siguiente paso. PASO 3. EL PERMISO DISFRAZADO DE VERIFICACIÓN Para reclamar los supuestos 200 USDC, la página solicita confirmar una operación. La billetera muestra una autorización relacionada con un contrato inteligente. La víctima cree que está habilitando la recepción del premio. Sin embargo, la operación puede contener una autorización de gasto sobre sus USDC. En Ethereum existe una función llamada approve, que permite establecer cuánto puede gastar una dirección o contrato autorizado, denominado spender. Por ejemplo, el permiso podría habilitar al destinatario a mover hasta 10.000 USDC. El usuario tiene solamente 3.000, pero el límite autorizado es superior. Confirma la operación y esta queda registrada en la blockchain. ACÁ SE PRODUCE EL ERROR DECISIVO: NO AUTORIZÓ LA RECEPCIÓN DE UN PREMIO. AUTORIZÓ QUE OTRO PUDIERA MOVER SUS TOKENS. PASO 4. EL DRAINER EJECUTA EL ROBO Una vez confirmado el permiso, el sistema malicioso puede detectar que ya dispone de una autorización válida. El atacante, o un contrato bajo su control con los permisos necesarios, utiliza otra función denominada transferFrom. ¿Para qué sirve? Para transferir tokens desde una billetera que previamente autorizó ese gasto. En nuestro ejemplo, se ejecuta una transferencia de 3.000 USDC desde la billetera de la víctima hacia una dirección controlada por los delincuentes. La víctima no necesita confirmar nuevamente esa transferencia... El permiso anterior permite realizarla. Cuando la operación se confirma en la red, los tokens cambian de dirección. PASO 5. EL USUARIO DESCUBRE LO QUE PASÓ La página puede mostrar un error, quedarse cargando o simplemente no entregar ningún premio. La víctima vuelve a consultar su billetera y encuentra que sus 3.000 USDC desaparecieron. Lo más inquietante es que el permiso podría continuar vigente si todavía tiene capacidad de gasto disponible. Si posteriormente recibe nuevos USDC, esos fondos también podrían quedar expuestos. Pero hay una precisión importante: autorizar USDC no significa automáticamente autorizar ETH, Bitcoin o todos los demás activos. Cada autorización tiene un alcance determinado. ¿Y LAS FIRMAS QUE NO REQUIEREN PAGAR COMISIONES? Existe otra variante que utiliza mecanismos como permit o Permit2. En determinadas condiciones, el delincuente puede conseguir una firma criptográfica fuera de la blockchain y utilizarla posteriormente para ejecutar una transferencia autorizada. Esto hace especialmente peligrosos ciertos mensajes de firma que parecen simples verificaciones. No todas las firmas permiten mover fondos. Su contenido y los permisos involucrados son determinantes. ¿CÓMO EVITARLO? Antes de confirmar, verificá qué token se está autorizando, qué dirección recibirá el permiso y cuál es el límite de gasto. Nunca concedas permisos ilimitados a aplicaciones desconocidas. Revisá las autorizaciones existentes mediante herramientas como Revoke.cash o MetaMask Portfolio. Si encontrás permisos sospechosos, revocalos cuanto antes. Desconectar una página de tu billetera no equivale a revocar sus permisos. Y una revocación no recupera dinero ya transferido. 🧠 Esto... Es simple.... El Crypto Drainer demuestra que una operación puede ser técnicamente válida y, al mismo tiempo, formar parte de una estafa. La blockchain registra que una dirección concedió un permiso. No puede determinar, por ese solo hecho, si su titular comprendió realmente lo que estaba autorizando. El delincuente aprovecha justamente esa diferencia. La víctima cree que está haciendo clic para recibir dinero. En realidad, puede estar autorizando el mecanismo que permitirá quitárselo. Y cuando comprende la diferencia, la transferencia puede haberse ejecutado y los fondos estar fuera de su control.... 🎥 Querés más tips locos para protegerte ??? Entonces SUSCRIBITE! #CRİPTO #estafas #hack

CRYPTO DRAINERS: ASÍ PUEDEN VACIAR UNA BILLETERA DESDE UNA PÁGINA WEB

$BTC $ETH $USDC
Una persona entra a reclamar 200 dólares en criptomonedas que se gano. Minutos después descubre que desaparecieron los 3.000 que tenía guardados...
No descargó ningún virus. No compartió su contraseña. Tampoco reveló sus 12 palabras de recuperación.
Lo que ocurrió fue diferente: terminó concediendo un permiso que permitió a un tercero transferir sus activos.
Esta modalidad se conoce como Wallet Drainer y combina ingeniería social, páginas fraudulentas y funciones legítimas de los contratos inteligentes.
Veamos cómo sucede, paso a paso, con un ejemplo concreto.
PASO 1. LA PUBLICACIÓN QUE ATRAPA A LA VÍCTIMA
Todo comienza con una publicación en redes sociales que anuncia una recompensa de por ejemplo 200 USDC para determinados usuarios.
El enlace conduce a una página que imita un proyecto de criptomonedas. Tiene imágenes profesionales, un contador regresivo y un botón que dice: Reclamar recompensa....
El usuario ingresa convencido de que está participando en una promoción.
PASO 2. LA CONEXIÓN DE LA BILLETERA
La página solicita conectar una wallet, por ejemplo, MetaMask... La víctima acepta.
En ese momento, el sitio puede conocer su dirección pública y consultar los activos que posee en la blockchain.
Supongamos que encuentra 3.000 USDC.
Hasta acá, conectar la billetera no autoriza por sí solo a retirar esos fondos. El peligro aparece en el siguiente paso.
PASO 3. EL PERMISO DISFRAZADO DE VERIFICACIÓN
Para reclamar los supuestos 200 USDC, la página solicita confirmar una operación.
La billetera muestra una autorización relacionada con un contrato inteligente.
La víctima cree que está habilitando la recepción del premio. Sin embargo, la operación puede contener una autorización de gasto sobre sus USDC.
En Ethereum existe una función llamada approve, que permite establecer cuánto puede gastar una dirección o contrato autorizado, denominado spender.
Por ejemplo, el permiso podría habilitar al destinatario a mover hasta 10.000 USDC.
El usuario tiene solamente 3.000, pero el límite autorizado es superior.
Confirma la operación y esta queda registrada en la blockchain.
ACÁ SE PRODUCE EL ERROR DECISIVO: NO AUTORIZÓ LA RECEPCIÓN DE UN PREMIO. AUTORIZÓ QUE OTRO PUDIERA MOVER SUS TOKENS.
PASO 4. EL DRAINER EJECUTA EL ROBO
Una vez confirmado el permiso, el sistema malicioso puede detectar que ya dispone de una autorización válida.
El atacante, o un contrato bajo su control con los permisos necesarios, utiliza otra función denominada transferFrom.
¿Para qué sirve?
Para transferir tokens desde una billetera que previamente autorizó ese gasto.
En nuestro ejemplo, se ejecuta una transferencia de 3.000 USDC desde la billetera de la víctima hacia una dirección controlada por los delincuentes.
La víctima no necesita confirmar nuevamente esa transferencia... El permiso anterior permite realizarla.
Cuando la operación se confirma en la red, los tokens cambian de dirección.
PASO 5. EL USUARIO DESCUBRE LO QUE PASÓ
La página puede mostrar un error, quedarse cargando o simplemente no entregar ningún premio.
La víctima vuelve a consultar su billetera y encuentra que sus 3.000 USDC desaparecieron.
Lo más inquietante es que el permiso podría continuar vigente si todavía tiene capacidad de gasto disponible.
Si posteriormente recibe nuevos USDC, esos fondos también podrían quedar expuestos.
Pero hay una precisión importante: autorizar USDC no significa automáticamente autorizar ETH, Bitcoin o todos los demás activos. Cada autorización tiene un alcance determinado.
¿Y LAS FIRMAS QUE NO REQUIEREN PAGAR COMISIONES?
Existe otra variante que utiliza mecanismos como permit o Permit2.
En determinadas condiciones, el delincuente puede conseguir una firma criptográfica fuera de la blockchain y utilizarla posteriormente para ejecutar una transferencia autorizada.
Esto hace especialmente peligrosos ciertos mensajes de firma que parecen simples verificaciones.
No todas las firmas permiten mover fondos. Su contenido y los permisos involucrados son determinantes.
¿CÓMO EVITARLO?
Antes de confirmar, verificá qué token se está autorizando, qué dirección recibirá el permiso y cuál es el límite de gasto.
Nunca concedas permisos ilimitados a aplicaciones desconocidas.
Revisá las autorizaciones existentes mediante herramientas como Revoke.cash o MetaMask Portfolio. Si encontrás permisos sospechosos, revocalos cuanto antes.
Desconectar una página de tu billetera no equivale a revocar sus permisos. Y una revocación no recupera dinero ya transferido.
🧠 Esto... Es simple....
El Crypto Drainer demuestra que una operación puede ser técnicamente válida y, al mismo tiempo, formar parte de una estafa.
La blockchain registra que una dirección concedió un permiso. No puede determinar, por ese solo hecho, si su titular comprendió realmente lo que estaba autorizando.
El delincuente aprovecha justamente esa diferencia.
La víctima cree que está haciendo clic para recibir dinero. En realidad, puede estar autorizando el mecanismo que permitirá quitárselo.
Y cuando comprende la diferencia, la transferencia puede haberse ejecutado y los fondos estar fuera de su control....
🎥 Querés más tips locos para protegerte ??? Entonces SUSCRIBITE!
#CRİPTO #estafas #hack
$META HACK: PRIVATE SOURCE CODE EXPOSED Hackers reportedly accessed Meta’s private GitHub repositories using stolen employee credentials, compromising software code and personal information linked to around 1,500 people, mostly Meta employees in the US. 🔹 Around 99% of the stolen data was business-related, mainly software code. 🔹 The remaining 1% contained personal information. 🔹 Sensitive data was reportedly stored in repositories against Meta’s internal security policy. Meta says it has blocked the unauthorized access, contacted law enforcement, and is offering affected individuals credit and dark web monitoring services. The biggest concern Even major tech companies can face serious security risks when employee credentials are compromised Source: SecurityWeek #meta #Hack #CPIWatch
$META HACK: PRIVATE SOURCE CODE EXPOSED

Hackers reportedly accessed Meta’s private GitHub repositories using stolen employee credentials, compromising software code and personal information linked to around 1,500 people, mostly Meta employees in the US.

🔹 Around 99% of the stolen data was business-related, mainly software code.
🔹 The remaining 1% contained personal information.
🔹 Sensitive data was reportedly stored in repositories against Meta’s internal security policy.

Meta says it has blocked the unauthorized access, contacted law enforcement, and is offering affected individuals credit and dark web monitoring services.

The biggest concern Even major tech companies can face serious security risks when employee credentials are compromised

Source: SecurityWeek

#meta
#Hack
#CPIWatch
Stratos (stratos-1), a Cosmos EVM chain, was exploited and its validators halted the chain. Here is what happened and where the funds went, read directly from the chain. The chain is frozen at block 16,008,475, last block 05:21 UTC. The bug is a custom EVM precompile at #Crypto #Hack
Stratos (stratos-1), a Cosmos EVM chain, was exploited and its validators halted the chain. Here is what happened and where the funds went, read directly from the chain.

The chain is frozen at block 16,008,475, last block 05:21 UTC.

The bug is a custom EVM precompile at

#Crypto #Hack
Is the Stratos exploit the same bug that drained KiiChain, MANTRA and TAC earlier this year? Same family. Different root cause. The distinction matters, so here it is. All of these are Cosmos EVM "precompile boundary" bugs — the layer that lets EVM contracts call into Cosmos #Crypto #Hack
Is the Stratos exploit the same bug that drained KiiChain, MANTRA and TAC earlier this year?

Same family. Different root cause. The distinction matters, so here it is.

All of these are Cosmos EVM "precompile boundary" bugs — the layer that lets EVM contracts call into Cosmos

#Crypto #Hack
🚨 ALERT: CertiK flags a suspected 79Vault exploit moving $12.5M in BNB via a privileged function. #BNB $BNB #Hack
🚨 ALERT: CertiK flags a suspected 79Vault exploit moving $12.5M in BNB via a privileged function.

#BNB $BNB #Hack
🚨 BLINK RELEASES FULL HACK POST-MORTEM + 3.3 $BTC BOUNTY Blink has published its full post-mortem on the September 19 attack, where 6.61 BTC was stolen from 24 customer accounts. According to Blink, the vulnerability had been around since October 2023. It could allow anyone with a free account to gain support-level access, take control of customer accounts, and increase withdrawal limits. The attacker also accessed data from 3,817 accounts, including some phone numbers and email addresses. However, Blink says names, IDs, addresses, passwords, and seed phrases were not exposed. One important detail: none of the 24 affected accounts had 2FA enabled. The attacker tried 18 withdrawals from nine 2FA-protected accounts and failed every time. Blink says all affected customers have now been fully reimbursed by its shareholders. Around 5 BTC of the stolen funds has since moved through a cross-chain swap service. Blink is now offering a recovery bounty of up to 3.3 BTC — 50% of recovered funds will be shared with anyone who provides information that helps recover the stolen BTC, while the other half will go toward Bitcoin circular economies. #btcnews #CryptoNews #Hack #Alert🔴
🚨 BLINK RELEASES FULL HACK POST-MORTEM + 3.3 $BTC BOUNTY

Blink has published its full post-mortem on the September 19 attack, where 6.61 BTC was stolen from 24 customer accounts.

According to Blink, the vulnerability had been around since October 2023. It could allow anyone with a free account to gain support-level access, take control of customer accounts, and increase withdrawal limits.

The attacker also accessed data from 3,817 accounts, including some phone numbers and email addresses. However, Blink says names, IDs, addresses, passwords, and seed phrases were not exposed.

One important detail: none of the 24 affected accounts had 2FA enabled. The attacker tried 18 withdrawals from nine 2FA-protected accounts and failed every time.

Blink says all affected customers have now been fully reimbursed by its shareholders.

Around 5 BTC of the stolen funds has since moved through a cross-chain swap service.

Blink is now offering a recovery bounty of up to 3.3 BTC — 50% of recovered funds will be shared with anyone who provides information that helps recover the stolen BTC, while the other half will go toward Bitcoin circular economies.

#btcnews #CryptoNews #Hack #Alert🔴
Tài khoản X 13 triệu follower của Microsoft bị hack, bơm thẳng một memecoin $SOL lạ lên newsfeed. Đêm 2/10, kẻ tấn công chiếm tài khoản X chính thức của Microsoft rồi đăng bài quảng bá token tên Clippy, ăn theo biểu tượng trợ lý văn phòng cũ của hãng. Token này chạy trên Solana qua pump.fun, chẳng liên quan gì tới Microsoft thật. Nhiều hãng an ninh mạng và tin công nghệ đã xác nhận vụ việc. Bài đăng sau đó bị gỡ, tài khoản được khôi phục. Microsoft chưa ra thông cáo chính thức giải thích lỗ hổng nằm ở đâu. Đây không phải lần đầu — gần đây liên tục có tài khoản X lớn bị hack kiểu này để bơm token rồi xả. Tick xanh xác thực giờ không còn là bảo chứng an toàn, một con bot canh sẵn là mua được ngay giây đầu. Thứ cần theo dõi hôm nay: Microsoft có công khai nguyên nhân bị chiếm tài khoản, hay lại im luôn như nhiều vụ trước. Quan sát cá nhân, không phải lời khuyên đầu tư #Crypto #Solana #Hack #Scam #CryptoNews Ủng hộ mình bằng cách vào lệnh qua đây nhé 👇
Tài khoản X 13 triệu follower của Microsoft bị hack, bơm thẳng một memecoin $SOL lạ lên newsfeed.

Đêm 2/10, kẻ tấn công chiếm tài khoản X chính thức của Microsoft rồi đăng bài quảng bá token tên Clippy, ăn theo biểu tượng trợ lý văn phòng cũ của hãng. Token này chạy trên Solana qua pump.fun, chẳng liên quan gì tới Microsoft thật.

Nhiều hãng an ninh mạng và tin công nghệ đã xác nhận vụ việc. Bài đăng sau đó bị gỡ, tài khoản được khôi phục.

Microsoft chưa ra thông cáo chính thức giải thích lỗ hổng nằm ở đâu.

Đây không phải lần đầu — gần đây liên tục có tài khoản X lớn bị hack kiểu này để bơm token rồi xả. Tick xanh xác thực giờ không còn là bảo chứng an toàn, một con bot canh sẵn là mua được ngay giây đầu.

Thứ cần theo dõi hôm nay: Microsoft có công khai nguyên nhân bị chiếm tài khoản, hay lại im luôn như nhiều vụ trước.

Quan sát cá nhân, không phải lời khuyên đầu tư

#Crypto #Solana #Hack #Scam #CryptoNews

Ủng hộ mình bằng cách vào lệnh qua đây nhé 👇
Por qué la IA se transformó en arma preferida de los hackers contra $BTC .. La inteligencia artificial (IA) se convirtió en una herramienta de doble filo para Bitcoin (BTC) y todo el ecosistema cripto debido a diversas amenazas que plantea el uso de esta tecnología. Mientras desarrolladores y empresas de seguridad la utilizan para detectar vulnerabilidades y reforzar sistemas, los ciberdelincuentes también recurren a modelos de IA para acelerar sus ataques Maximiliano Carjuzaa, cofundador de Money On Chain, sostuvo recientemente que cerca del 100% de los ataques observados durante los últimos meses incorporaron IA en alguna etapa del proceso. #Binance #Portal #Hack
Por qué la IA se transformó en arma preferida de los hackers contra $BTC ..

La inteligencia artificial (IA) se convirtió en una herramienta de doble filo para Bitcoin (BTC) y todo el ecosistema cripto debido a diversas amenazas que plantea el uso de esta tecnología.

Mientras desarrolladores y empresas de seguridad la utilizan para detectar vulnerabilidades y reforzar sistemas, los ciberdelincuentes también recurren a modelos de IA para acelerar sus ataques

Maximiliano Carjuzaa, cofundador de Money On Chain, sostuvo recientemente que cerca del 100% de los ataques observados durante los últimos meses incorporaron IA en alguna etapa del proceso.

#Binance #Portal #Hack
Bitget刚被黑走3.88亿,用户反应真快!提款恢复才1小时,4000+个比特币就被提光了。这波操作,看得出来用户心里已经慌了,赶紧把币转走安心。交易所安全,真的太重要了! Bitget just got hacked for $388M and users reacted fast! Within 1 hour of withdrawals resuming, over 4000 BTC were withdrawn. This shows how quickly trust can disappear when security fails. exchanges really need to step up their security game! #crypto #exchange #security #hack $BTC
Bitget刚被黑走3.88亿,用户反应真快!提款恢复才1小时,4000+个比特币就被提光了。这波操作,看得出来用户心里已经慌了,赶紧把币转走安心。交易所安全,真的太重要了!

Bitget just got hacked for $388M and users reacted fast! Within 1 hour of withdrawals resuming, over 4000 BTC were withdrawn. This shows how quickly trust can disappear when security fails. exchanges really need to step up their security game!

#crypto #exchange #security #hack $BTC
Bitget CEO Gracy Chen is “not very optimistic” about recovering the stolen funds. 📢 The exchange confirmed its $464 MILLION protection fund covers every user. Trading and deposits never stopped. Withdrawals resumed today. #Bitget #BitgetExchange #Hack #FUND
Bitget CEO Gracy Chen is “not very optimistic” about recovering the stolen funds. 📢

The exchange confirmed its $464 MILLION protection fund covers every user.

Trading and deposits never stopped.

Withdrawals resumed today.

#Bitget #BitgetExchange #Hack #FUND
Bitget relata que o roubo de US$388 milhões foi causado por vulnerabilidade de segurança de terceiros. Embora parte dos ativos tenha sido congelada, a plataforma ainda não revelou quanto foi recuperado, enquanto investigações buscam possível ligação com a Coreia do Norte. #Bitget #Hack #CryptoSecurity Leia mais: https://cointelegraph.com/news/bitget-388m-hack-third-party-security-vulnerability?utm_source=rss_feed&utm_medium=rss&utm_campaign=rss_partner_inbound
Bitget relata que o roubo de US$388 milhões foi causado por vulnerabilidade de segurança de terceiros. Embora parte dos ativos tenha sido congelada, a plataforma ainda não revelou quanto foi recuperado, enquanto investigações buscam possível ligação com a Coreia do Norte.

#Bitget #Hack #CryptoSecurity

Leia mais: https://cointelegraph.com/news/bitget-388m-hack-third-party-security-vulnerability?utm_source=rss_feed&utm_medium=rss&utm_campaign=rss_partner_inbound
🚨 $388M BITGET HACK - FUNDS STILL MOVING! 🚨 Hackers are laundering via DeFi! > THORChain: Refusing to block ❌ > NEAR Intents: Blocked $50M+ ✅ Froze $503K > Wasabi Mixer: $343M still dormant in 13 wallets $157M in $XRP | $85M in $ETH | $34M $USDT already on the move 👀 North Korea link confirmed! This is the biggest hack of 2026 so far! Stay safe out there! #Bitget #Hack #CryptoNews
🚨 $388M BITGET HACK - FUNDS STILL MOVING! 🚨

Hackers are laundering via DeFi!
> THORChain: Refusing to block ❌
> NEAR Intents: Blocked $50M+ ✅ Froze $503K
> Wasabi Mixer: $343M still dormant in 13 wallets

$157M in $XRP | $85M in $ETH | $34M $USDT already on the move 👀

North Korea link confirmed! This is the biggest hack of 2026 so far!
Stay safe out there! #Bitget #Hack #CryptoNews
🚨 12.4M+ $XRP STOLEN FROM D’CENT WALLETS Hackers have drained 12.4M+ XRP from 7,000+ D’CENT wallets in one of the biggest XRP thefts of 2026. 😳 💰 12.4M+ XRP stolen 👛 7,000+ wallets affected ⚡ 6.3M XRP reportedly swapped into ETH through THORChain 🌐 $BTC , $ETH , $TRX and $XLM were also reportedly affected D’CENT has urged affected users to move their assets to a new wallet with a new recovery phrase. 🚨 XRP holders, check your wallets NOW. #xrp #Ripple #crypto #Hack
🚨 12.4M+ $XRP STOLEN FROM D’CENT WALLETS
Hackers have drained 12.4M+ XRP from 7,000+ D’CENT wallets in one of the biggest XRP thefts of 2026. 😳
💰 12.4M+ XRP stolen
👛 7,000+ wallets affected
⚡ 6.3M XRP reportedly swapped into ETH through THORChain
🌐 $BTC , $ETH , $TRX and $XLM were also reportedly affected
D’CENT has urged affected users to move their assets to a new wallet with a new recovery phrase. 🚨
XRP holders, check your wallets NOW.
#xrp #Ripple #crypto #Hack
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