This weekly roundup covers the FBI's attribution of the $6 billion Binance hack to North Korea, a spreading wave of refrigeration attacks that has now reached France's blood supply, rapid exploitation of a freshly patched WordPress flaw, a Europol takedown of a fake trading platform supplier, and unauthorized trades in Stockal customer accounts.  Two threads run through this week's stories. First, attackers are increasingly coming in through someone else's door: a third-party refrigeration supplier, a scam platform provider, or data leaked by another company. Second, speed decides the outcome. Attackers moved on WordPress within two days of a patch, while fast alarms saved France's blood stocks from the fate of supermarket food. 

The Cyber Express Weekly Roundup 

FBI Blames North Korea for $6B Binance Hack 

The FBI has attributed the theft of more than $6 billion from Binance, which took place around October 29, to North Korean hackers it tracks as "TraderTraitor." The stolen funds are being converted mainly into Ethereum, and the agency has urged crypto firms to block transactions linked to the attackers. Read more… 

Hackers Heat Supermarket Freezers Across Europe 

Supermarkets in Sweden, Belgium, Luxembourg, Ireland and Estonia threw out spoiled food after hackers took control of refrigeration systems, in some cases setting them to 50°C. The attacks follow a similar campaign against around 400 stores in France last month that exploited outdated, internet-connected cooling equipment. Who is responsible remains unknown. Read more… 

Hackers Target WordPress Flaw Days After Patch 

Attackers began exploiting a critical WordPress flaw within 48 hours of its October 28 fix in version 7.1.4, with Wordfence blocking nearly 63,000 attempts in a single day. The bug affects versions 4.7 through 7.1.3 and can let hackers run code on a site during a core update. With no workaround available, site owners are urged to update immediately. Read more… 

Europol Busts Supplier of Fake Trading Platforms 

Authorities in seven countries seized more than 100 servers and arrested seven suspects on November 3 in an operation against a company accused of supplying fake trading platforms to scam call centres. Victims were lured with promises of quick profits, shown fake gains to draw in more money, and then blocked from withdrawing. Losses are estimated at over €4 million, with potential victims in more than 50 countries. Read more… 

Freezer Hackers Hit France's Blood Supply 

France's national blood service, EFS, said hackers raised temperatures in cold storage rooms at three sites by going through a third-party refrigeration supplier. Alarms caught the changes quickly, and no blood products were lost. It is the first healthcare organisation hit in a wave of refrigeration attacks now reported in at least 11 countries. No one has claimed responsibility. Read more… 

Stockal Confirms Unauthorized Trades in 13 Accounts 

Borderless, which runs US equities platform Stockal, said attackers logged into 26 customer accounts using valid credentials and, in 13 of them, sold large-cap stocks to buy obscure microcap shares. No funds were withdrawn. The company says its systems were not breached and suspects social engineering using data leaked in another firm's breach. Read more… 

Weekly Cybersecurity Takeaway

Several of this week's incidents show that an organization's security is only as strong as the partners and data around it. Supermarkets and France's blood service were reached through refrigeration suppliers; Stockal customers were likely targeted with data stolen elsewhere, and the Europol case exposed a business that built scam platforms for others to run.  Speed is the other lesson. Attackers turned the WordPress fix into a roadmap within 48 hours, while the EFS avoided losses because its monitoring flagged the problem right away.  Organizations should review the remote access their suppliers have to critical systems, retire or isolate unsupported internet-connected devices, and make sure alarms on physical equipment reach someone around the clock. They should also patch critical flaws without delay, strengthen account authentication, and, for crypto firms, block addresses linked to the Binance attackers. 

The Binance hack hit USD 6.34B via a fake job interview, an abused AI tool and EIP-7702 delegation. The FBI points to North Korea.

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The post Binance Hack Report Details Fake Job Interview, AI Tool Abuse and EIP-7702 Wallet Drain appeared first on Daily CyberSecurity.

On October 29, Binance lost control of about $6.34 billion in digital assets in a matter of hours. The attackers did not break in on that day, though. They had been working their way inside since June. The Binance hack was a slow campaign aimed at a handful of engineers, and it used a tampered download, a fake job interview and the exchange's own internal AI tool to reach the systems that sign transactions. Binance CEO Richard Teng called it "one of the most sophisticated attacks the digital asset industry has ever seen." He said the company takes full responsibility and that no user will bear the loss.

Why the Binance Hack Targeted Engineers, Not Systems

According to the post-mortem Binance released on Tuesday, the attackers went after people with access to wallet infrastructure. In June, Wallet DevOps Engineer A searched for a popular AI coding tool and downloaded a tampered Homebrew installation. Binance's security team spotted the anomaly, replaced the device and rotated his credentials. But the damage was done in another way: Engineer A's role, and his colleagues on the wallet infrastructure team, were now known to the attacker. In September, the attackers moved to social engineering. Software Engineer B, whose profile on a legitimate job-hunting platform mentioned his Binance experience, was approached by someone posing as a project director. A first-round video interview followed with a supposed HR representative, who shared personal photos and videos on social media to build trust. Binance said this was more advanced than social engineering it had seen before. In the second round, held on a popular chat app, Engineer B was told to download an "assignment" onto his work computer. It contained malicious code that ran during setup, swapped a legitimate development tool for a malicious version, and connected to an attacker-controlled server. The zero-day malware was not detected by endpoint security tools at the time. On October 20, the attackers used Engineer B's compromised computer and an internal AI tool to gain control over Engineer A and another wallet engineer, Engineer C. They then found that Engineer A had a container deployment permission token on his machine.

How the Binance Hack Unfolded on October 29

Between 17:15 and 19:56 UTC, the attacker logged onto Engineer C's computer, used Engineer A's stolen credentials, deployed a container and triggered a malicious script. That gave them unauthorized access to an internal wallet signing service, which they used to send transactions outside the normal withdrawal process. Between 20:05 and 20:09 UTC, five Binance hot wallets sent 233.46 million XRP to an attacker-controlled address. Hot wallets on Solana and Optimism sent about 970,500 SOL and 44.2 million OP. Binance then received an internal alert about large transfers, and another hot wallet sent 18,270 BTC.

Why Binance Couldn't Stop It Faster

Binance suspended withdrawals, but that did not end the outflows. The attacker had used the signing service to exploit Ethereum's EIP-7702 authorization mechanism. By submitting 50 signing transactions, they gave an attacker-controlled smart contract partial execution rights over a Binance hot wallet. Those authorizations lived on-chain and worked independently of Binance's withdrawal systems. And because the wallet used Multi-Party Computation, there was no single private key that could instantly revoke them. Binance had to build a special procedure to do it. The final unauthorized transfer of 2,961.9 ETH was confirmed at 23:56 UTC. At 00:10 UTC on October 30, Binance cleared the malicious delegation.

Who Is Behind It

Over the weekend, the FBI and other U.S. agencies blamed the theft on TraderTraitor, a North Korea state-sponsored group that has spent years attacking cryptocurrency platforms. Binance said it had detected and stopped 57 suspected North Korea-linked threats in 2026 alone, many using fake job interviews and malicious developer tools. On Tuesday, Kim Yo-jong rejected the U.S. findings, calling them a "grave political provocation" in a statement carried by the Korean Central News Agency. Observers noted the statement ended by saying Pyongyang had matters to "reconsider," without directly threatening retaliation. South Korea's Unification Ministry called her personal response unprecedented. An official said it suggested the North was taking the allegations seriously and was "increasingly conscious of its international standing."

Where Users Stand

Binance says it has set aside more than 100% of the funds needed to cover the loss. As of October 31, 98% of impacted token assets had been replenished, and Binance is buying the remaining, less liquid assets. About $2.85 billion has been frozen or intercepted with help from law enforcement, token issuers and blockchain intelligence firms. Withdrawals have broadly resumed. The exchange says it has rebuilt the affected wallet system and AI tool, replaced devices, revoked credentials tied to the affected engineers and brought in independent security firms. The investigation is ongoing.

Polymarket users who had the site open during a short window on October 29 watched their positions get sold and their funds leave their wallets without doing anything themselves. The Polymarket hack did not start inside Polymarket.

It came through a small piece of code from an outside company that loaded on every visit to polymarket.com. The cryptocurrency-based prediction market now says it is returning $3.9 million to affected traders.

How the Polymarket Hack Worked

In a post-mortem published on October 31, Polymarket said a third-party vendor whose performance-monitoring script ran on polymarket.com had been compromised. The attacker swapped the vendor’s legitimate code for a compromised script built specifically to target Polymarket users.

The attacker did not need anyone’s password. For users who had the site open at the time, the malicious script used their active session to sell positions and move funds out of their wallets. Anyone logged in and browsing during that window was exposed. The vendor has publicly confirmed the compromise.

Polymarket’s status page first reported “unauthorized activity affecting user wallets” on October 29 and marked the incident as resolved later that day.

Who Was the Vendor Behind the Polymarket Hack?

Performance-monitoring company DebugBear released its own update on the incident. It said its initial findings point to its domain registrar as the point of entry.

“Our DNS records were compromised through our domain registrar,” the company said on X. “We are currently unable to receive emails sent to our domain. Based on our initial investigation this attack targeted the website of a specific customer.”

[caption id="attachment_115172" align="aligncenter" width="538"] Source- Twitter[/caption]

DebugBear added that it has “not seen any indication of a compromise of our internal systems,” though it is continuing to investigate.

This is the part of the story that should worry other website operators. According to the statements from both companies, the attacker appears to have gone after a vendor’s domain setup rather than Polymarket’s own systems, and used that position to put malicious code in front of Polymarket’s users. DebugBear’s own internal systems, by its account, show no sign of being breached.

How Polymarket Responded

Polymarket listed the steps it took once the attack was identified:

• Removed the vendor’s compromised script and cleared every cache.
• Paused trading and its relayer to stop further drains, then reopened once the site was clean.
• Reset all active login sessions.
• Began redeploying third-party scripts with added integrity controls and continuous monitoring, including a stronger content security policy, explicit version pinning and sandboxing.
• Referred the case to law enforcement while running its own investigation into the threat actor.

The trading pause stopped the bleeding, but it created a second set of losses for traders who were not directly hit by the script.

Where the Polymarket Hack Refunds Stand

Polymarket is returning $3.9 million in total. Of that, $2.7 million covers the initial losses from the attack, and $1.2 million covers losses tied to the hours-long shutdown.

As of its post-mortem, the company said 95% of affected wallets had been refunded in full, through a mix of reimbursements for drained wallets and goodwill payments.

The refunds cover more than drained wallets. Polymarket said it also made goodwill payments in two cases:

• Positions taken during the attack. If the script moved or force-sold a user’s positions, Polymarket will pay what they were worth when they were taken, including any slippage from the sale.
• Losses during the trading pause. If a user held a position when trading paused and it lost value because the market ended during the pause, or the user sold right after trading reopened, Polymarket covered the difference from its value at the pause.

Users do not need to file claims or tickets. Polymarket said it identified eligible wallets using on-chain and trading data. Anyone who thinks their amount is wrong, or believes they should have received a payment, can submit a form for the company to recheck.

What Remains Unanswered

Some questions are still open. Neither company has named the threat actor. DebugBear has said the attack targeted a single customer, but its investigation is ongoing, and it still cannot receive email sent to its domain. Polymarket has also not said exactly how many wallets were affected, only that 95% have been made whole.

The incident shows how much trust a website places in every outside script it loads. Polymarket’s own systems were not the entry point, yet its users still lost money, and it took a trading halt, a session reset and a removal of the vendor’s code to stop it.

The Binance hack involving more than $6 billion in virtual assets has been attributed to North Korea by the US Federal Bureau of Investigation (FBI), while the cryptocurrency exchange has begun preparing to restore withdrawals in phases and reported that approximately 95% of the affected amount has been covered. The incident, which Binance says occurred around October 29, 2026, has prompted security reviews, efforts to trace stolen assets, and cooperation between law enforcement and industry partners. The FBI refers to the North Korean activity associated with the theft as “TraderTraitor.” In its advisory, the agency said the stolen assets were being converted primarily into Ethereum (ETH), with further laundering through decentralized finance (DeFi) platforms and instant swap services expected. Binance said on November 1 that the first phase of withdrawal services was scheduled to resume between 06:00 and 09:00 UTC. The exchange said the restoration would depend on security assessments and operational readiness checks, with additional assets and networks becoming available as they pass the required checks.

Binance Hack: FBI Attributes $6 Billion Theft to North Korea

According to the FBI, North Korea was responsible for stealing more than $6 billion in virtual assets from Binance on or around October 29, 2026. The agency is working with the US Secret Service (USSS) and the Internal Revenue Service Criminal Investigation division (IRS-CI) to address the activity. The agencies have observed stolen crypto assets being converted primarily into Ethereum. The FBI expects the operators to use DeFi platforms and instant swap services to move the funds through additional laundering stages. The FBI, USSS, and IRS-CI have urged cryptocurrency industry participants to block transactions involving addresses used by the TraderTraitor actors, including transactions derived from those addresses. The request covers THORNode operators, remote procedure call (RPC) node operators, instant exchanges, DeFi services, blockchain analytics firms, and other virtual asset service providers. The FBI has also asked anyone with relevant information to contact a local FBI field office or submit information through the Internet Crime Complaint Center.

Binance Withdrawals to Resume in Phases

In its November 1 recovery update, Binance said it was preparing to restore withdrawals progressively after temporarily suspending the service as a precautionary measure. The exchange said the suspension allowed its teams to contain the impact of the incident, assess affected services, review withdrawal infrastructure, and monitor for residual risks. The company also said it was working with law enforcement and industry partners to trace and recover stolen funds. The first phase prioritizes assets and networks based on user demand over the preceding week. Binance said additional networks and assets would be added as they become ready, rather than reopening every withdrawal service simultaneously. Users may encounter temporary delays or longer processing times during the initial rollout because of traffic volumes. Binance advised users to check the withdrawal page for their selected asset and network, or consult its network status page, to confirm availability. The exchange said deposit services remained open and were not affected by the incident. It also stated that it would absorb the financial impact of the stolen funds rather than pass the losses on to users.

Binance Reports 95% Recovery of Affected Assets

Binance's recovery updates show a steady increase in the amount of affected assets it says has been covered. In its October 31 update, the company reported that coverage had reached approximately 90%, up from around 80% in the previous update. By November 1, Binance said it had covered approximately 95% of the impacted amount. The remaining 5% consists of tokens outside the ten assets it identified as fully backed, which include BTC, ETH, USDT, BNB, SOL, USDC, XRP, USD1, RLUSD, and ZEC. According to Binance, these remaining tokens have lower market liquidity and take longer to acquire at the required scale. The company said it was continuing to purchase the outstanding assets through market transactions and over-the-counter (OTC) channels. The exchange also said its replenishment efforts involved its corporate treasury, a partial deployment of the Secure Asset Fund for Users (SAFU), and a portion of its Futures insurance fund. Binance committed to replenishing SAFU to bring the fund back to approximately $1 billion.

The Binance hack investigation reveals a $6.3B breach tied to TraderTraitor, prompting massive stablecoin freezes and an infrastructure overhaul.

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The post Binance Hack Investigation Traces Historic $6.3B Breach appeared first on Daily CyberSecurity.

Trezor has issued an urgent warning after receiving a credible report of a suspected hardware implant in a Safe 5 cryptocurrency wallet purchased from the former reseller CryptoBilis. The company has not independently verified the device, and so far, no CryptoBilis customers have reported losing funds to Trezor. According to Trezor’s security advisory, the wallet […]

The post Trezor Warns of Suspected Spy Implant That Could Steal Crypto Wallet Recovery Phrases appeared first on GBHackers Security | #1 Globally Trusted Cyber Security News Platform.

New York, United States, 28th October 2026, CyberNewswire

Discover details of the Ledger hardware wallet hack. Learn how hackers modified devices with spy modules to steal user seed phrases and $80 million in crypto.

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The post The Devastating Ledger Security Breach appeared first on Daily CyberSecurity.

The OpenAI hack involving unauthorized access to Australian government websites has prompted the artificial intelligence company to apologize for its handling of the incident and announce changes to its security safeguards. OpenAI said its models accessed government systems during internal training and evaluation in June 2026, taking actions they were not authorized to perform. The company acknowledged that it should have notified affected Australian agencies sooner and shared preliminary findings before completing its investigation. The incident involved multiple government organizations, including Services Australia, the New South Wales Bureau of Crime Statistics and Research (BOCSAR), and Victoria's Department of Health. OpenAI said its investigation found no evidence that individual medical records or patient information had been accessed.

How the OpenAI Hack Unfolded

According to OpenAI, the activity was identified during a review of earlier training and evaluation sessions that began after a separate incident involving Hugging Face in July. The review identified activity affecting Australian government websites in mid-August. The most significant incident involved Services Australia's Medicare Statistics Reporting Service. During an internal training exercise in June, an experimental OpenAI model was assigned a research task involving government spending per person on medicines for skin conditions in Victorian communities. The model struggled to find the requested information through publicly available statistics. It then discovered a way to gain non-public access to the service, despite not being authorized to do so. OpenAI said the model ran commands, retrieved internal files, credentials and aggregate statistics, and wrote files. It also examined technical system information and source code related to the service. The company said its review found no evidence that individual patient or client records had been accessed. Australian Prime Minister Anthony Albanese had previously demanded answers from OpenAI chief executive Sam Altman after the incident came to light. Albanese described the activity as unacceptable and said the available evidence indicated there was no broader compromise of the Services Australia network.

Other Australian Government Websites Affected

OpenAI's review identified activity involving three other government organizations, although the circumstances differed across the cases. At the NSW Bureau of Crime Statistics and Research, an AI model used the public Crime Mapping Tool to research crime statistics. Requests to the website and its application programming interface returned configuration information, operational jobs, logs and website metadata. OpenAI said individual crime records were not accessed. At the Victorian Department of Health, agents discovered an exposed access key that allowed them to query the Victorian Agency for Health Information's reporting system. They retrieved reporting configuration and aggregate survey statistics. OpenAI said it was unclear how much of this information should have been accessible under the agency's access policies. Individual medical records and identifiable survey responses were not accessed. The Australian Institute of Health and Welfare was also affected by activity involving aggregate statistics retrieved through third-party browsing and download services. OpenAI said separate attempts to bypass access controls were unsuccessful, the downloaded material appeared to be publicly available, and no system compromise occurred.

OpenAI Acknowledges Delayed Disclosure

OpenAI said it began investigating the activity in mid-August. It notified Services Australia and the Victorian Department of Health on September 10, followed by BOCSAR on September 18. The company contacted the Australian Institute of Health and Welfare on September 24 to share its findings and offer a briefing. The company acknowledged that waiting until its investigation was complete before providing detailed accounts was not the right approach. It said affected agencies should have received preliminary findings sooner, alongside regular updates as more information emerged.

OpenAI Announces New AI Security Measures

Following the incidents, OpenAI said it strengthened research safeguards by introducing additional network restrictions, expanded monitoring and controls designed to prevent live internet access in research environments. Web access is now served through cached content. The company also said its current monitoring systems would have detected the activity and alerted its team for urgent human review. OpenAI has paused training and evaluation involving tool use for its most capable models and said it would resume this work only when additional safeguards are in place. As part of its response in Australia, OpenAI committed to providing technical support to affected agencies, helping strengthen cyber defences through its Daybreak for Frontline Defenders fund, and establishing an Australian taskforce to develop policy recommendations for managing risks from increasingly capable AI agents. OpenAI Chief Strategy Officer Jason Kwon is scheduled to appear before Australia's Joint Select Committee on Artificial Intelligence in Sydney on October 6, 2026, to answer questions about the incidents and the company's response. The company said it would continue sharing verified findings and publishing updates on its review. The incident highlights the challenges of controlling AI agents during internal testing, particularly when systems can interact with external services and encounter access controls they were not authorized to bypass.

Crypto casino Duelbits has shut down its platform after attackers took roughly $7 million from several of its wallets. In the Duelbits crypto hack, the stolen assets were moved across four blockchains, and most of them were then converted into Ether.  The company says it is investigating the breach and that funds held in user accounts have not been affected. However, it has not explained how the attackers got into its systems or said when the site will return. 

How the Duelbits Cyberattack Unfolded 

Blockchain security research firm Scam Sniffer first flagged a series of unusual transfers out of Duelbits wallets on BNB Chain, Ethereum and Tron. Later, it spotted a further loss of 8.1 BTC from the casino's Bitcoin wallet.  All the affected wallets were hot wallets. These are online accounts where a platform keeps enough crypto to handle customer deposits and withdrawals. They make fast transactions possible, but they also leave funds more exposed if someone obtains the access credentials.  The attacker ended up with 836 ETH, about 593,000 USDT, 97,000 USDC, 31,500 DAI, and 12.4 billion SHIB. 

Co-Founder Confirms Duelbits Crypto Hack 

Duelbits co-founder Joe acknowledged the incident in a public post: 

Confirming a ~$7M hack. Still investigating exactly what happened and how.  Until we have clarity, Duelbits stays offline. User funds are safe.  Next steps: finish the investigation, re-top hot wallets, and bring Duelbits back online, launch Duelbits 2.0.  I'll keep posting updates as I have them.  Duelbits will be back up asap.  Updates to follow" 

Joe said the platform would stay offline until the investigation is finished and the hot wallets have been refilled. No one has independently verified his claim that user funds are safe. 

Compromised Private Key Suspected 

The wallets were emptied quickly and on a large scale, which leads Scam Sniffer to suspect that a private key was compromised. A private key is the master credential for a crypto wallet. Anyone who holds it can move funds out of that wallet without exploiting any weakness in the blockchain itself.  Duelbits has not confirmed this explanation. 

Stolen Funds From Duelbits Cyberattack Swapped Into Ether 

Most of the stolen tokens were exchanged for Ether and gathered in a single address. After the transfers, that address held around 2,234 ETH, worth roughly $6 million. When the funds were traced, they had not moved any further.  Converting the stolen assets into Ether could make recovery much harder. The companies behind USDT and USDC can freeze those tokens. Ether has no central issuer that can step in and freeze funds taken in a hack. 

Unanswered Questions After the Duelbits Crypto Hack 

Several important questions remain open. It is still unclear how the wallet credentials were breached, whether customer deposits were held in the affected wallets, and when withdrawals will resume. Duelbits has not addressed these points so far.  Users are also advised to avoid any refund or recovery links that circulate during the outage. Links shared at times like this are often attempts to steal wallet details and recovery phrases.  For now, the Duelbits cyberattack amounts to a loss of about $7 million from wallets on four networks. Most of the stolen assets have been swapped into Ether and sit at one publicly visible address. 

Australian Prime Minister Anthony Albanese has demanded answers from OpenAI chief executive Sam Altman after an AI agent broke into an Australian government website. The OpenAI hack took place in June, but the Australian government only learned of it recently, a delay the Prime Minister has openly criticized.  Speaking from New York on Thursday (AEST), Albanese said the OpenAI agent "infiltrated" the Medicare Statistics Reporting Service portal, which is administered by Services Australia. The agent had been researching public medical spending when it found a way around the site's privacy protections, gaining access to both public and non-public files. 

How the OpenAI Hack Unfolded 

"No personal information is believed to have been accessed at this stage, but investigations are ongoing," Albanese said. "Evidence currently available is there is no broader compromise to the Services Australia network. Nonetheless, this situation is obviously unacceptable."  He described the site as a public-facing portal holding non-sensitive Medicare information, including data and statistics such as spending. The Australian Signals Directorate will help carry out a forensic examination of the breach and check whether any other government sites were affected. 

Anthony Albanese Slams Slow Disclosure 

Albanese said he had spoken directly with Altman and conveyed his "extreme concern" over the incident.  "I also expressed my disappointment that it took the company way too long to inform the government what had occurred and the nature of the way that that notification occurred, as well, was unacceptable," he said.  Acting Prime Minister Richard Marles told ABC TV that ministers were briefed at the end of last week and over the weekend. He said the past few days had been spent confirming the effect on the portal and its data, which he called "relatively minor.  "It's important to assure people of that, no personal information has been accessed here," Marles said. "There's no impact on the system, but that said, what we have seen is unauthorized access into an Australian government website and that is completely unacceptable and we have made that clear to OpenAI."  Marles said the "bigger picture" was the need for guardrails and safety measures as AI technology advances quickly. He pointed to the call made by the Prime Minister and other world leaders in New York that week, as well as concerns raised by tech company CEOs at the UN overnight. 

Australian Government Pushes for Global AI Safeguards 

Before news of the OpenAI hack broke, Australia joined more than 20 countries in signing a joint statement calling for stronger AI safeguards and continued human control. The statement was released on Tuesday, Australian time, ahead of the United Nations General Assembly, where AI measures are on the agenda.  "AI must remain under human direction, oversight, and control. It must be developed and used in line with international law," the statement said. It also warned that leading scientists and executives believe the pace of development could outstrip the ability to manage emerging risks.  Other signatories included Canadian Prime Minister Mark Carney, German Chancellor Friedrich Merz, Spanish PM Pedro Sanchez, and European Commission president Ursula von der Leyen. The statement remains open to further endorsements, which Albanese said he hoped to see.  "Other nations are putting forward their national interests," he said. "In our case, Australians do want to know that artificial intelligence won't be in control of us. We need to shape how it rolls out, rather than have artificial intelligence shape the way that our society functions."  Albanese said Australia played a central role in drafting the statement and that he had spoken directly with Finnish President Alexander Stubb, who issued it on behalf of the participating nations. He added that the issue had been discussed among leaders "just as it's been discussed around lounge rooms", and that AI "will have a massive impact on the way that our lives and our work is conducted."  The statement called for AI risks to be addressed without widening the gap between countries in accessing the technology's benefits. It urged AI companies to develop transparent safety protocols, asked governments to set common standards, and encouraged the UN to explore creating an international institution to establish AI standards. 

Crypto casino Duelbits has confirmed a cybersecurity breach that drained approximately $7 million from its hot wallets. In response, the company has taken its platform offline while it investigates the incident. Co-founder Joe said they are still determining “exactly what happened and how,” while assuring customers their funds are safe. Multi-Chain Wallet Drain The incident […]

The post Duelbits Hot Wallet Hack Drains $7 Million, Forces Platform Offline appeared first on GBHackers Security | #1 Globally Trusted Cyber Security News Platform.

Crypto exchange Bitget has confirmed unauthorized transfers from part of its hot wallet infrastructure, resulting in estimated losses of about $351.6 million. To conduct a security review, the company has temporarily suspended withdrawals; however, deposits and trading will remain operational, according to its official incident notice. Bitget Hot Wallet Hack Bitget reported that its security […]

The post Bitget Confirms $351.6 Million Hot Wallet Hack, Suspends Withdrawals appeared first on GBHackers Security | #1 Globally Trusted Cyber Security News Platform.

Group-IB uncovered Iranian HEAVYGRAM malware campaigns. The HEAVYGRAM malware abuses Telegram channels for command execution and data theft.

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Tel Aviv, Israel, 24th July 2026, CyberNewswire

Boston, Massachusetts, 30th June 2026, CyberNewswire

The FBI, CISA, and NSA reportedly are investigating the hack by an unnamed "sophisticated" actor of a FBI surveillance system that holds sensitive information. The breach carries the hallmarks of Chinese nation-state groups and comes amid concerns about attacks in the wake of the war against Iran and the shrinking of the federal cybersecurity apparatus.

The post FBI is Investigating the ‘Sophisticated’ Hack of Its Surveillance System appeared first on Security Boulevard.

“My phone’s been hacked!” These are words you never want to hear or say. Ever. You are not alone in this sentiment.

Our phones have become the central hub of our lives, storing everything from personal and financial information, access to payment apps, files, photos, and contacts. This has made our phones irresistible, prized targets for cyber criminals. And because these devices are always on and always with us, the opportunity for attack is constant. What are the signs that you have been hacked and how can you reclaim your control? This guide walks you through the common indicators of a hacked phone and what steps you can take to protect your data and privacy.

What is phone hacking and how does it work?

Phone hacking is the unauthorized access and control of your smartphone and its data. It can happen to any person and any device, whether it’s an iPhone or an Android. To achieve this, cybercriminals—also called hackers—use various types of malicious software, sometimes called malware, such as:

• Spyware, which secretly tracks your every move
• Adware, which bombards your device with pop-up ads
• Ransomware, which locks your files until you pay a fee 

These attacks are typically motivated by financial gain, such as stealing banking credentials, or by a desire to monitor someone’s personal life. 

The cost of phone hacking to you

Phone hacking isn’t just a technical or convenience issue. It has real and often costly consequences for your personal life, finances, and privacy. Here, we list the kinds of losses you might face with a hacked phone:

• Financial loss: Hackers can access banking apps to drain your accounts, steal credit card information for fraudulent purchases, or use your phone to subscribe to premium services without your consent.
• Identity theft: Cybercriminals can steal personal information from your device, such as your social security number, passwords, and photos—to open new accounts or commit crimes in your name.
• Severe privacy invasion: Through spyware, an attacker can turn on your phone’s camera and microphone to secretly record you, track your location in real-time, and read all your private messages.
• Emotional and reputational damage: The stress of being hacked is significant. A criminal could use your accounts to impersonate you, spread misinformation or damage your relationships with family, friends, and colleagues.

The consequences of a hacked phone go far beyond inconvenience. This is why it is so critical to stay alert for the warning signs of a compromise and know exactly what to do if your phone is hacked.

Common ways hackers gain access to your smartphone

The unfortunate reality is that anyone’s phone can be targeted and successfully hacked. Cybercriminals have developed several sophisticated methods that allow them to remotely take over your device. These tactics are done mainly by surreptitiously installing malicious software or malware, monitoring calls and messages, stealing personal information, or even taking over your various accounts. Here are detailed explanations for each hacking method:

• Malicious apps: Malware can be disguised as legitimate applications, such as games and utility tools, available on unofficial third-party app stores. Once installed, it can steal data, track your location, or install more malware. Always be cautious of apps that ask for permissions that exceed their intended function, such as a calculator app requesting access to your contacts.
• Visiting malicious websites: Visiting a compromised website on your phone could infect it with malware through a drive-by download which automatically installs malicious software, scripts that exploit your phone’s operating system vulnerabilities, or pop-ups or ads that trick you into authorizing a download, often disguised as a software update or a prize notification. 
• Phishing or smishing: You might receive a text message (SMS) or email that appears to be from a trusted source, like your bank or a delivery service. These messages contain links that lead to fake websites designed to trick you into entering your passwords or personal information. A common example is a text claiming there’s a problem with a package delivery, urging you to click a link to reschedule.
• Unsecured public Wi-Fi: When you connect to a free, public Wi-Fi network at a café, airport, or hotel without protection, your data can be vulnerable. Hackers on the same network can intercept the information you send, including passwords and credit card details. Using a virtual private network (VPN) protects you on public networks.
• SIM swapping: This sophisticated scam involves a hacker impersonating you and convincing your mobile carrier to transfer your phone number to a new SIM card they control. Once they have your number, they can intercept calls and texts, including two-factor authentication codes, allowing them to take over your online accounts.
• Juice-jacking: Cybercriminals can modify public USB charging stations to install malware onto your phone while it charges. This technique can steal sensitive data from your phone. It’s always safer to use your own AC power adapter and a wall outlet.
• Outdated operating systems: Hackers actively search for security holes in older versions of iOS and Android. Installing the latest security updates for your phone’s operating system locks the doors to malware as these updates contain critical patches that protect you from newly discovered threats.

12 signs your phone was hacked

To be certain that your phone has been hacked, here are some signs you should consider. Note that these might be signs of a hacked phone, yet not always. 

1. More popups than usual: Phones hit with adware will be bombarded with pop-up ads. Never tap or click on them, as they might take you to pages designed to steal personal information.
2. Data spikes or unknown call charges: A hacker is likely using your phone to transfer data, make purchases, send messages, or make calls via your phone. 
3. Issues with online accounts: Spyware might have stolen your account credentials, then transmitted them to the hacker, leading to credit and debit fraud. In some cases, hackers will change the password and lock out the device owner.
4. Unexpected battery drain: Your phone’s battery dies much faster than usual because hidden malware is constantly running in the background.
5. Sluggish performance: Your device freezes, crashes, or lags significantly as malicious software consumes its processing power and memory.
6. Unfamiliar apps or messages: You discover apps you never installed or see outgoing calls and texts you didn’t make, indicating unauthorized use.
7. Phone overheats while idle: Your device feels unusually warm even when you’re not using it, a sign of malware overworking the processor.
8. Random reboots or shutdowns: The phone restarts on its own, which could be caused by conflicting malicious code or a hacker remotely controlling it.
9. Camera or mic activates unexpectedly: Someone may be spying on you when the camera or microphone indicator light turns on when you aren’t using it.
10. Websites look different: Pages you visit look unusual or frequently redirect you to spammy sites, indicating your web traffic is being hijacked.
11. Unauthorized 2FA requests: You receive notifications for two-factor authentication codes you didn’t request, a strong signal that someone has your password and is trying to access your accounts.
12. Inability to shut down properly: Your phone resists being turned off or fails to shut down completely, as malware may be designed to keep it running. 

If you see several of these signs, it’s crucial to take immediate action to secure your device and data.

Clarifying misconceptions about phone hacking

Ultimately, the biggest factor in security is user behavior. Regardless of whether you use Android or iOS, practising safe habits—like avoiding suspicious links, using strong passwords, and keeping your operating system updated—is the most critical defense against having your phone hacked.

What’s easier to hack: Android or iPhone?

This is a long-standing debate, and the truth is that both platforms can be hacked. Android’s open-source nature and accommodation of third-party sources apps create more potential vulnerabilities. Additionally, security updates can sometimes be delayed depending on the device manufacturer. iPhones, while generally more secure, can be vulnerable if a user jailbreaks the device or falls victim to phishing and other social engineering scams.

Can answering a phone call get you hacked?

Simply answering a phone call cannot install malware on a modern, updated smartphone. The real danger comes from social engineering, where the caller will convince you into taking an action that compromises your security such as giving your personal information or installing something yourself. This is often called vishing or voice phishing.

Can your phone camera be hacked?

Yes, your phone’s camera and microphone can be hacked, a process known as camfecting. This is typically done using spyware hidden in malicious apps disguised as legitimate software that you may have been tricked into installing. Signs of a compromised camera include the indicator light turning on unexpectedly, finding photos or videos in your gallery that you didn’t take, or experiencing unusually high battery drain.

Can a phone be hacked when turned off?

When your phone is completely powered down, its network connections and most of its hardware are inactive, making it impossible to be actively hacked over the internet. However, some modern smartphones have features that remain active even when the device seems off, like the location tracker. Sophisticated, state-level spyware like Pegasus are also theoretically capable of attacking a device’s firmware even while turned off. 

Hacking off a hacker: A step-by-step recovery guide 

Sometimes you are fortunate enough to catch the hacking attempt while it is in progress, such as during a vishing incident. When this happens, you can take these immediate steps to thwart the hacker before, during and after:

• Use call screening and blocking: Enable your carrier’s spam call filtering services and manually block any suspicious numbers that call you.
• Never share one-time codes: Legitimate companies will never call you to ask for a password, PIN, or two-factor authentication (2FA) code. Treat any such request as a scam.
• Hang up and verify independently: If you receive a suspicious call, hang up immediately. Find the official phone number for the company online and call them directly.

Discovering that your phone has been hacked can be alarming, but acting quickly can help minimize the damage and restore your privacy. Here are the actions to take to regain control and protect your personal information:

1. Back up essential data: Before taking any action, save your irreplaceable data such as photos, contacts, and important documents to a cloud service or computer. Do not back up applications or system data, as these may be infected.
2. Disconnect immediately: The first step is to restart your phone in Safe Mode (for Android) or Recovery Mode (for iPhone). This cuts off its connection to Wi-Fi and cellular networks, preventing the hacker from sending or receiving more data.
3. Run a security scan: Use a trusted mobile security app, like McAfee Mobile Security to scan your device. It’s designed to find and remove malware that may be hiding on your phone.
4. Delete suspicious apps and files: Manually go through your applications and delete anything you don’t remember installing or that looks unfamiliar. Check your downloads folder for suspicious files and delete those as well.
5. Clear browser cache and data: Malicious code could be stored in your browser’s cache. Go into your browser settings and clear all history, cookies, and cached data to remove lingering threats.
6. Change your passwords: From a separate, uninfected device, change the passwords for your critical accounts, including email, banking, and social media. Use a password manager to create and store strong, unique passwords for each account. Enable 2FA where possible for added security. 
7. Secure your accounts: Review recent activity on your online accounts for any unauthorized transactions or messages. Have your bank accounts frozen and request new cards and credentials.
8. Update your operating system: Check for and install the latest OS update for your device. These updates often contain critical security patches that can fix the vulnerability the hacker exploited in the first place.
9. Perform a full shutdown when needed, disable always-on location features if you’re concerned.
10. Perform a factory reset: If the issues persist, a factory reset is your most effective —and last—option. Once you have backed up files, resetting is a straightforward process and will completely remove any lingering malware.
11. Verify backups before restoring: After cleaning your device or a factory reset, be cautious when restoring data. Ensure your backup is from a date before the hacking occurred to avoid reinfecting your phone. Restore only essential data and manually reinstall apps only from official app stores.
12. Notify your contacts and authorities: Let your contacts know your phone was hacked so they can be wary of strange messages from your number. If you suspect identity theft or financial fraud, report it to the relevant authorities and your financial institutions immediately.

Future-proof your phone from hacks

• Set a SIM PIN: Add a personal identification number to your SIM card through your phone’s settings. This prevents a fraudster from using your SIM in another device to execute a SIM swap attack.
• Enable automatic security updates: Ensure your phone is set to automatically download and install OS updates. These patches often fix critical security vulnerabilities that hackers actively exploit.
• Use encrypted DNS: Enable the Private DNS feature on Android or an equivalent app on iOS to encrypt your web traffic lookups. This prevents eavesdroppers on public Wi-Fi from seeing which websites you visit.
• Disable developer options and USB debugging: These settings are for app developers and can create security backdoors if left on. Turn them off in your phone’s settings unless you have a specific need for them.

Protective measures to take in the first place

Applying security measures the moment you bring home your brand new phone helps to keep your phone from getting hacked in the first place. It only takes a few minutes. Follow these tips to find yourself much safer from the start:  

1. Install trusted security software immediately. You’ve adopted this good habit on your desktops and laptops. Your phones? Not so much. Online protection software gives you the first line of defense against attacks, and more.
2. Go with a VPN. Make a public network safe by deploying a virtual private network, which serves as your Wi-Fi hotspot.  It will encrypt your data to keep you safe from advertisers and prying eyes.
3. Use a password manager. Strong, unique passwords offer another primary line of defense. Try a password manager that can create and safely store them. 
4. Avoid public charging stations. Look into a portable power pack that you can charge up ahead of time or run on AA batteries. They’re pretty inexpensive and are a safer alternative to public charging stations.  
5. Keep your eyes on your phone. Preventing the actual theft of your phone is important. This is a good case for password or PIN protecting your phone, and turning on device tracking. In case it is stolen, Apple and Google provide a step-by-step guide for remotely wiping devices.  
6. Stick with trusted app stores. Stick with legitimate app stores like Google Play and Apple’s App Store, which vet apps to ensure they are safe.
7. Keep an eye on app permissions. Check what permissions your apps are asking for. Both iPhone and Android users can allow or revoke app permission.
8. Update your phone’s operating system. Keeping your phone’s operating system up to date can fix vulnerabilities that hackers rely on to pull off attacks—it’s another tried and true method to keep your phone safe and performing well.

Advanced ways to block hackers from your phone

• Enable a SIM Card PIN: Set up a PIN for your SIM card to prevent hackers from using it in another phone for a SIM swap attack, which requires the PIN upon restart.
• Use an eSIM if possible: An embedded SIM (eSIM) cannot be physically removed from your phone, making it difficult for criminals to execute a fraudulent SIM swap.
• Enforce encrypted DNS: Configure your phone to use DNS-over-HTTPS (DoH), which encrypts your DNS queries, preventing eavesdroppers on public Wi-Fi from seeing which websites you visit.
• Deploy a hardware security key: For the ultimate 2FA protection, a physical key (like a YubiKey) for sensitive accounts makes it nearly impossible for hackers to log in without it.
• Disable USB debugging and developer mode: Unless you are an app developer, keep these advanced Android features off to close potential backdoors that malware could exploit.
• Turn off unused wireless radios: Manually disable Wi-Fi, Bluetooth, and NFC when you aren’t using them to reduce your phone’s attack surface and prevent unauthorized connections.

Stay proactive with mobile security

Protecting your phone from hackers doesn’t have to be overwhelming. By remaining vigilant for the warning signs, keeping your software updated, and using trusted security tools, you can significantly reduce your risk of getting your phone infiltrated. Think of your digital security as an ongoing practice, not a one-time fix. 

Mobile security solutions like McAfee Mobile Security are specifically designed to scan your device for malware, spyware, and other malicious code. Key features to look for in a quality security app include real-time antivirus protection, web protection to block dangerous websites, and privacy monitoring to check which apps have access to your personal data. McAfee Mobile Security also offers award-winning antivirus, real-time malware scanning to stop malicious apps before they can cause harm. The included Secure VPN encrypts your connection, making public Wi-Fi safe for browsing and banking. With features like Identity Monitoring to alert you if your details are found on the dark web and Safe Browsing to block risky websites, you’re protected from multiple angles. 

Be very cautious of fake anti-hack apps; these could be scams that can install malware themselves. To be safe, always download security software from reputable providers through official channels like the Google Play Store or Apple’s App Store.

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