The doors are open, but most of what happens inside a modern library has stopped. The Queens Public Library ransomware attack has knocked out computers, Wi-Fi, borrowing machines and the library's website across all 66 branches in the New York City borough. The library says a ransomware gang encrypted its systems, and as of Thursday evening, no group had taken credit. The library system serves Queens' 2.3 million residents. On Wednesday, it published several alerts confirming that the disruption was caused by a ransomware attack.

What the Queens Public Library Ransomware Attack Shut Down

In a statement on Instagram, the library described a network outage affecting every location. All branches remain open on schedule, but several services are unavailable:

• The library website, queenslibrary.org
• On-site computers
• Check-out and return machines
• Free Wi-Fi access
• The QPL mobile app
• Digital services, including digital media

[caption id="attachment_115271" align="aligncenter" width="600"] Image source- Instagram[/caption] Some virtual and in-person programmes may also be affected, and the library has asked visitors to check with their local branch. Renewals are unavailable during the outage. The library reminded customers that it does not charge late fines on borrowed materials. "Our IT department is working to resolve the issue, and we will keep you informed," the library said, adding that people can call (718) 990-0728 for help. When The Cyber Express tried to access the library's official website, it would not load and displayed the message "This site can't be reached." The Cyber Express reached out to the library for more information but had not received a response at the time of writing.

Why the Impact Reaches So Far

The scale of the system explains why an outage here matters. Queens Public Library is one of the largest library systems in the country, offering free access to more than 5 million books in 50 languages. Its reach also goes beyond its branches. It runs dozens of learning centres in public housing complexes across the borough, along with several mobile libraries. When on-site computers, free Wi-Fi and the website all go down at once, the services people come to a library for, beyond borrowing books, stop working too.

Libraries Have Been Hit Before

The Queens Public Library ransomware attack follows a series of incidents at other libraries, and the pattern of disruption looks familiar. In 2024, the Seattle Public Library faced a ransomware attack that crippled its computer systems. On May 28, libraries across South Seattle were noticeably quiet, with signs telling patrons that all computer services were down. That included computer terminals, printing and in-building Wi-Fi, which many library users rely on. In December 2023, officials confirmed that a cyberattack was behind branch closures and service disruptions at the London Public Library. Three of its sixteen branches, Carpenter, Lambeth and Glanworth, were closed until January 2. The library said it experienced a systems outage early on December 13, 2023, and that cybersecurity experts were engaged immediately. It worked with a third-party security firm to repair the damage. In October 2023, the British Library faced a major outage that first looked like a technical glitch but quickly grew into a widespread disruption. It affected online systems, including the website, and onsite services such as public Wi-Fi and phone lines. Across all four cases, the same things tend to go dark: public computers, Wi-Fi and websites. Each library cyberattack shows how much everyday library services now depend on networks that can be taken down in one go.

What Is Still Unknown About the Queens Public Library Ransomware Attack

Several key questions remain open. No ransomware gang has claimed responsibility, so it is not known who is behind the attack. The library has not said when services will be restored, whether any data was taken, or whether a ransom has been demanded. For now, the library's IT team is working on the issue, and updates are being shared through its social media channels.

Until this week, the wave of refrigeration cyberattacks sweeping Europe looked like a supermarket problem. That changed when France's national blood service confirmed that temperature controls had been altered at three of its sites. Blood products stored for hospitals were suddenly at risk, and the attackers had not even targeted the organisation directly. The Établissement Français du Sang (EFS) said "temperature and defrosting thresholds were raised to very high levels" in its cold storage rooms. These rooms hold blood products at preparation and distribution sites before they go to healthcare facilities, along with samples for biobanks. The outcome was far better than in the supermarkets. "No health impacts have been identified and no losses of blood products have been reported," the EFS said in a statement on Tuesday.

How the Refrigeration Cyberattacks Reached Blood Storage

The EFS says it was not targeted directly. Like many of the affected retailers, it says the attack reached it through a third-party provider of refrigeration equipment. That detail explains why a blood service ended up on the same list as supermarkets. If attackers can get into a shared supplier's systems, any organisation using that equipment may be exposed, whatever its sector. This is the first reported case in France in the second wave of attacks on control systems, and the first reported to affect a healthcare organisation.

Why the Blood Supply Survived When Food Did Not

The difference came down to how quickly someone noticed. "The EFS's monitoring and alarm systems enabled the rapid identification of these anomalies and the implementation of necessary measures to ensure that no blood samples or products were compromised," the organisation said. Depending on the situation, affected equipment was either brought under control without impacting the products, or shut down. Products in the affected cold rooms were moved to other facilities as a precaution. Compare that with the first wave in France in October. Attackers remotely defrosted fridges in hundreds of supermarkets, reportedly by triggering a forced defrost option, and pushed temperatures as high as 50 degrees Celsius. They struck while stores were closed, so the heat went unnoticed for hours. Tonnes of food perished, some equipment melted, and in some stores the heat sparked fires. Reporting on that wave found the attackers had targeted ageing, internet-connected devices still online years after their manufacturer stopped supporting them.

How Far the Refrigeration Cyberattacks Have Spread

The second wave is wider than the first. Businesses in at least 11 countries have reportedly been affected: Belgium, Estonia, Finland, France, Germany, Ireland, Luxembourg, the Netherlands, Portugal, Sweden and the United Kingdom. Earlier this week, supermarket chains in Sweden, Belgium, Luxembourg, Ireland and Estonia reported fridges and freezers set to high temperatures, with several discarding food. In Estonia, where the intrusion was caught within minutes, there was no significant damage.

Who Is Behind It?

No one knows for sure, and no group or entity has claimed responsibility for the attacks. It is also unclear whether the same people are behind both waves. Rumours have spread online that two Russian hacktivists groups, Noname057(16) and Z-Pentest Alliance, posted that they had hacked Danfoss. That led to speculation that they were behind the freezer attacks. Analysts now question whether that claim means they were responsible. Russian groups have not been ruled out. However, experts say Iranian hacktivists, nation-state hackers, or even teenagers pulling pranks could also be the culprits.

A French Bank Reports a Separate Attack

In the same week, Crédit Mutuel Arkéa in northwestern France said it had halted some services after a cyberattack enabled fraudulent transactions. Nothing in the bank's statements links the incident to the refrigeration attacks. However, the bank describes a similar entry point: attackers "used the platform of one of our service providers" to reach the bank directly. The bank said attackers used its own account, not customer accounts, to make transactions to other banks. That potentially let them convert the money into cryptocurrency through specialised platforms. It denied press reports that the attackers got in through its subsidiary Fortuneo, and said human error was not the cause. Asked whether 118 million euros was stolen, the bank said it could not confirm the figure and could "only validate the order of magnitude." Some funds have been frozen and recovery efforts are under way. The bank says the losses will not threaten its financial stability and that customers' assets were not affected, apart from delays to some transfers. Almost all operations have resumed. The bank has also warned customers about a likely rise in phishing attempts, urging them never to share passwords, card numbers or SMS validation codes. The refrigeration attacks and the bank attack have not been tied to the same attackers. What they share is the route in. In both cases, the organisations say they were reached through an outside provider rather than through their own systems. Neither the blood service nor the bank was the first door the attackers opened.

For more than three years, computers at several American universities were allegedly doing work their owners never asked for. According to a federal indictment, two Canadian men broke into campus networks, stole passwords and quietly used the machines to mine cryptocurrency for themselves. One of them is now in the United States to face charges in the university supercomputer hacking case. The other is still fighting extradition in Canada. U.S. Attorney Michael DiGiacomo announced that a federal grand jury has indicted Ryan James Roach, 35, of Saskatchewan, and Mathiew James Stubbings, 41, of Ontario. Both face charges of conspiracy to obtain information from and cause damage to a protected computer, obtaining information from a protected computer, and intentional damage to a protected computer. The charges carry a maximum penalty of 10 years in prison and a $250,000 fine.

Why the University Supercomputer Hacking Targeted Campuses

The indictment points to a clear reason for the choice of targets. Roach and Stubbings allegedly went after educational institutions in the United States that had supercomputers. The scheme relied on processing power. Once inside, the pair allegedly forced victim computers to run cryptocurrency mining software, putting the machines' computing power to work for their own financial gain. Machines built for heavy computation made the scheme more profitable. Victims included educational institutions in New York, Tennessee, North Carolina and Massachusetts. Some of the damaged computers belonged to a higher education institution in the Western District of New York, where the case is being prosecuted.

How the Alleged Scheme Worked

According to the indictment, the scheme ran from June 2016 to December 2019 and followed a set pattern. The pair allegedly researched security weaknesses in victim networks before getting in. They accessed computers without authorization and deployed malware to take control. They then stole login credentials and sent the data to servers they controlled. Once inside a network, they allegedly used sophisticated techniques and tools to carry out reconnaissance and expand their access. The stolen login credentials were stored on their servers, the same servers that sent out malware and mining software to victim machines. The indictment says Roach and Stubbings damaged 10 or more protected computers within a one-year period, causing a loss of at least $5,000.

How They Allegedly Stayed Hidden

The case also shows the effort the pair allegedly put into avoiding detection. They used virtual private servers in multiple countries, registered under false names. Those servers delivered malware and mining software to victim computers and held the stolen credentials. To conceal their identities further, they allegedly used a server and compromised computers belonging to one victim to gain access to another. That meant intrusions could appear to come from a victim's own systems instead of from the people behind them.

Where the University Supercomputer Hacking Case Stands

Roach was extradited from Canada to the United States on October 28. He was arraigned before U.S. Magistrate Judge Mark W. Pedersen and held pending a detention hearing on November 3. Extradition proceedings for Stubbings are continuing in Canada. The investigation was carried out by the Federal Bureau of Investigation, under the direction of Special Agent-in-Charge Allen D. Davis II, and the Department of Justice's Computer Crime and Intellectual Property Section. The Justice Department's Office of International Affairs helped secure Roach's arrest and extradition. Assistant U.S. Attorney Meghan K. McGuire is prosecuting the case.

What Is Still Unclear

The indictment leaves several details open. It does not say how much cryptocurrency the pair allegedly mined, how many institutions were affected in total, or which universities were targeted beyond their states. The loss figure stated in the charges, at least $5,000, is the legal threshold tied to the damage count, not a full estimate of the harm. An indictment is an accusation, not proof. Both men are presumed innocent unless and until proven guilty.

Behind many online trading scams sits a question most victims never think to ask: who built the website they trusted? On 3 November, authorities in seven countries moved against a company suspected of supplying exactly that. The action against an investment fraud scheme with potential victims in more than 50 countries led to the seizure of over 100 servers and the arrest of seven suspects. The operation was led by Germany's Itzehoe Public Prosecutor's Office, with support from Europol and Eurojust. Authorities in Albania, Cyprus, Finland, Germany, Israel, Kosovo and North Macedonia took part. They searched 17 locations and seized servers, evidence and assets. The seven suspects were arrested with a view to extradition to Germany. Investigators estimate losses of more than EUR 4 million.

The Investment Fraud Supply Chain

The target was not a single scam group. Investigators say the company supplied fake trading platforms to criminal groups, operating what they describe as a crime-as-a-service model from Cyprus and Israel. Its suspected clients ran fraudulent call centres in Albania, Kosovo and North Macedonia. Those call centre operators allegedly persuaded victims to hand over their savings. In other words, one business built the storefront, and others did the selling.

How Victims Were Drawn In

The scheme promised large, quick returns from trading in cryptocurrencies, foreign currencies or stocks. It started with an advert. The investigation found that affiliate marketing was abused to attract potential victims, with deceptive ads steering people towards fraudulent investment platforms and exploiting their trust in online promotions. The personal data collected this way was then sold to the criminal groups running the call centres. Operators contacted potential victims with supposed investment opportunities and turned that first flicker of interest into repeated demands for money.

Why Victims Kept Paying in This Investment Fraud

The method relied on making the scam look like it was working. Victims were first encouraged to transfer a small amount. Their online accounts then showed fictitious profits, which made the platform seem credible and the investment successful. Supposed brokers used those fake gains, along with constant psychological pressure, to push victims into sending larger and larger sums. The problem surfaced when victims tried to withdraw. Operators used delaying tactics to block payments. Eventually, contact stopped altogether, and victims were left unable to recover their money.

How a Couple's Complaint Exposed the Network

The case began in 2022, when a German couple reported that they could not withdraw money they had invested through an online trading platform. A first international action day that year led to two arrests and seized evidence. With Europol-supported analysis, investigators identified seven more suspects, including suspected call centre managers. A second action day in 2025 brought further arrests and seizures of money and evidence. Analysis of that material exposed the suspected infrastructure provider and its links to call centre operators, setting up this month's operation. In total, the case took four years to reach the company allegedly behind the platforms.

The Role of Europol and Eurojust

Europol's European Financial and Economic Crime Centre analysed the data, cross-checked it against Europol's databases and brought national investigators together to plan joint action. On the action day, Europol sent experts to Albania and Kosovo to support digital forensic work, and its Virtual Command Post supported the coordinated intervention. Eurojust supported the execution of European Investigation Orders, European Arrest Warrants and freezing orders. Two joint investigation teams were set up at the agency: one involving Albania, Germany and Poland, and another involving Albania and Kosovo. Judicial actions on 3 November were coordinated from Eurojust's headquarters in The Hague.

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.

Supermarkets in Sweden, Belgium, Luxembourg, Ireland and Estonia were throwing out spoiled food on Monday after their fridges and freezers stopped doing their job. In at least two cases, temperatures had been pushed to 50 degrees Celsius (122 degrees Fahrenheit). The apparent supermarket cyberattack came only weeks after attackers took control of cooling equipment in hundreds of stores across France. That raises an obvious question: why are supermarket freezers suddenly a target, and why now?

How the Supermarket Cyberattack Unfolded Across Europe

Sweden saw some of the clearest signs of tampering. ICA Group spokesperson Gustaf Nilsson told the TT news agency that "a limited number" of stores were affected overnight by an incident involving refrigeration systems. One ICA Kvantum store in Sjöbo, in southern Sweden, was more direct. In a Facebook post, it said its fridges and freezers had been hacked and set to 50 degrees Celsius, and that staff were discarding affected products. The Coop chain also reported problems with fridges and freezers at six stores in central Sweden, according to TT, though it did not immediately share details. In Belgium, Delhaize said an "IT incident" had affected refrigeration in several dozen stores, mostly in Belgium and a few in neighbouring Luxembourg. "In the affected stores, the range of fresh and frozen products is temporarily somewhat limited. Our distribution centers are operating normally, and there has been no disruption to deliveries to our stores," spokesperson Sarah De Meester said. Carrefour said a cyberattack targeting refrigeration had affected 15 of its more than 700 Belgian stores, and described the impact as "extremely limited. In Ireland, Musgrave Group said refrigeration systems in 13 SuperValu stores were affected by the "cyber incident." Chilled and frozen products were removed from sale as a precaution. By Monday afternoon, the company said the incident had been "fully resolved" and that restocking of chilled and frozen ranges was "well under way." In Estonia, refrigeration technology company Kitman Coldtech said attackers had accessed a computer controlling a client's refrigeration system and raised the temperature to 50 degrees Celsius, public broadcaster ERR reported. Chief executive Jann Mutso declined to name the store but said the attack was addressed within minutes and caused no significant damage. The Selver supermarket chain confirmed that one of its outlets was affected.

Is This Supermarket Cyberattack Linked to France?

None of the companies has publicly linked Monday's incidents to France, but the pattern is hard to miss. Last month, attackers remotely took control of refrigeration systems in hundreds of supermarkets and independent stores across France. They pushed fridge and freezer temperatures as high as 50 degrees Celsius. French TV channel BFM reported that the attackers appeared to trigger a forced defrost option, which kept units heating instead of cooling. By morning, tonnes of food had perished. Some equipment had melted, and in some stores the heat had sparked fires. Five of France's major retail groups were hit: E.Leclerc, Intermarché, Carrefour, Monoprix and Coopérative U. At least 300 Intermarché and Netto stores were affected. Coopérative U reported more than 100 stores, Carrefour said 80, and Monoprix said about 5% of its roughly 490 stores were targeted. Bruce Hallas, CEO at Re-thinking the Human Factor, who lives in France, noted on LinkedIn that current estimates sit around 400 stores. He added that some individual branches reported losses of about €250,000. Retailers say millions of euros' worth of food was spoiled, which makes food losses the most visible cost of the attack.

Why the Supermarket Cyberattack Targeted Fridges

The French case offers the strongest clue. The attack did not rely on a new exploit. It targeted ageing systems: internet-connected devices that were still online years after their manufacturer stopped supporting them. Experts say this weakness is common across retail and industry. The cyberattacks in France appeared to target old systems in particular. Timing made the damage worse. In France, the attackers struck while shops were closed, so temperatures kept rising for hours with no one in the store to notice. Monday's incidents in Sweden also happened overnight. Estonia shows the other side of the picture. There, the intrusion was caught within minutes and caused no significant damage. The difference between tonnes of ruined stock and almost no loss came down to how quickly someone noticed.

What We Still Don't Know

Key questions remain open. The reports do not say who is behind the attacks or what they want. The full scale is also unclear. Estimates for France range from around 400 to more than 500 stores, and ICA has not said how many of its Swedish stores were hit. The chains affected on Monday have not confirmed whether their equipment shares the ageing, unsupported setup seen in France. What is clear is that the same tactic has now reached at least five European countries, with fridge temperatures set to 50 degrees Celsius each time.

Emergency alert app cyberattacks in Russia and Ukraine triggered a series of false warnings, including alerts about air raids, radiation threats, chemical attacks and alleged nuclear strikes. Ukrainian authorities said their air raid warning application had been affected, while Russian officials reported a separate attack on their emergency alert app hours later. The incidents raised concerns about the reliability of digital public warning systems during an ongoing conflict. According to BBC live reporting, Ukraine's air raid app issued false red-level air raid warnings nationwide. Some residents, including people in Kyiv, also received warnings about radiation, chemical attacks and street fighting. Ukrainian authorities cancelled the alerts within an hour and urged residents to disregard suspicious messages. Russia subsequently reported that its emergency alert app had also been targeted. The extent of the false warnings distributed through the Russian application remained unclear.

Emergency Alert App Cyberattacks Trigger False Warnings

Ukraine was the first to report problems with its emergency alert application, which is supported by the country's Ministry of Digital Transformation and provides notifications about the beginning and end of air defence alerts. Following the incident, the Ukrainian Air Force said the application had probably experienced hostile interference. It specifically denied that Kyiv faced the radiation threat indicated by the false alerts and asked residents to remain calm and follow official updates. Ukraine's Centre for Strategic Communications also urged users to disregard strange messages appearing in the application. The centre blamed Russia for the incident in a post on X and highlighted an alert containing a message in Russian about the Oreshnik missile system. The supplied reporting does not establish how the attackers gained access to the application or how the false messages were inserted into the alert system.

Russia's Emergency App Issues False Nuclear Warning

Several hours after Ukraine reported the incident, Russian authorities said their emergency alert application had suffered what they described as a massive cyberattack. One false message reportedly warned Russian residents that nuclear warheads mounted on P1-Suns, identified in the message as a Ukrainian attack drone, had been launched towards all regions of Russia. The alert also instructed people to stock up on food for three weeks and hide. A Ukrainian espionage group claimed that fake nuclear strike warnings had been sent to users in Russia. However, the available reporting did not independently establish who was responsible for the Russian application incident. Russia's emergencies ministry said the mobile application was an additional information service and that the wider public warning system continued to operate normally. The ministry said emergency information was also distributed through sirens, loudspeakers, text messages, television and radio broadcasts. It added that specialists were working to restore the application and described the situation as under control.

Cybersecurity Expert Warns of Further Attacks

Herbert Lin, a senior research scholar specialising in cyber policy and security at Stanford University, described the reported compromise of Ukraine's air raid warning application as concerning. Speaking to the BBC's Newsday programme, Lin said he believed it was the first time an official Ukrainian information application had experienced such an incident. He warned that similar attacks could occur again but stressed that the method used to compromise the application was not yet known. The incident highlights the potential consequences of interference with emergency alert systems, which are designed to deliver time-sensitive information to people facing security threats. False warnings can create uncertainty about whether a reported threat is genuine, particularly when residents rely on mobile applications for immediate updates during military attacks. However, the supplied reporting does not establish the wider impact of the incidents on public behaviour or emergency response operations.

False Alerts Coincide With End of Kherson Ceasefire

The false warnings in Ukraine appeared just minutes before the scheduled end of a localised ceasefire in the frontline Kherson region, according to BBC reporting. The six-day ceasefire involving the area around Oleshky, which has been under Russian occupation since 2022, had enabled hundreds of people to evacuate. The arrangement was brokered with assistance from US First Lady Melania Trump and Pope Leo XIV. Both sides had accused each other of using the ceasefire period to strengthen their frontline positions. Ukrainian officials said the humanitarian operation could provide a basis for further solutions, although the Kremlin viewed such operations as separate from the wider peace process. The timing of the false alerts was reported, but the available information does not establish that the cyber incidents were connected to the ceasefire or its conclusion.

Russia and Ukraine Continue Exchanging Energy Strikes

The reported cyberattacks on Russia and Ukraine occurred amid continued strikes against energy infrastructure on both sides. Russian authorities reported drone strikes against an industrial enterprise east of Moscow, identified by Ukrainian media as the Kstovo oil refinery. Nizhny Novgorod regional governor Gleb Nikitin reported significant damage, possible power outages and reduced hot water supplies. One woman was reportedly injured by falling drone debris. Ukrainian President Volodymyr Zelensky also said Russian strikes had hit energy infrastructure in four Ukrainian regions, leaving hundreds of thousands of homes without power. The emergency application incidents add another layer of concern to the conflict, where digital information services are used to communicate immediate threats to civilians. Investigations into the reported attacks, including who was responsible and how the applications were compromised, remain unresolved in the supplied reporting.

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 FBI seizes Virtualine domain in a court-authorized operation alongside the U.S. Department of Justice , disrupting a so-called bulletproof hosting service accused of facilitating cybercrime, the distribution of child sexual abuse material (CSAM), and international money laundering. Before the seizure, Virtualine.net allegedly provided hosting infrastructure to criminal operations and continued supporting certain services despite repeated abuse notifications from law enforcement agencies and other organizations. The seizure followed a court-authorized operation against Virtualine, which also operated under the names Secury, Massgod, Spamhouse, Lanedo and Omegatech. According to court records, the service offered hosting, server solutions and domain purchasing options while advertising its ability to protect customers from law enforcement intervention.

FBI Seizes Virtualine Over Alleged Cybercrime Activity

Theophani K. Stamos, First Assistant U.S. Attorney for the Eastern District of Virginia, and Darren B. Cox, Assistant Director in Charge of the FBI Washington Field Office, announced the seizure of Virtualine.net. Authorities said the domain had been used to facilitate multiple forms of criminal activity, including advertising sexually explicit images of minors, the intentional disclosure of nonconsensual intimate images involving adults and minors, and international money laundering.

Virtualine marketed its services on cybercrime forums, where it openly promoted hosting options for users engaged in illegal activities. In September 2024, the service told a user on Exploit.in that its infrastructure could be used for activities including phishing, carding, email spam and port scanning, while claiming to prohibit child sexual abuse material and terrorism-related content. However, court records allege that Virtualine knowingly hosted a criminal online forum, identified as Vendor 1, that allowed users to post and sell access to nude, sexually suggestive and sexually explicit images and videos involving minors and adults.

Hosting Provider Allegedly Ignored Repeated Abuse Reports

The investigation found that Virtualine continued hosting Vendor 1 despite receiving multiple notifications about sexually explicit images and videos of minors. According to court records, Virtualine assigned an IP address to Vendor 1 around December 2025, with notifications about the material beginning in January 2026. Reports came from law enforcement agencies in Germany, Canada and Australia, the U.S. National Center for Missing and Exploited Children (NCMEC), and an attorney representing a victim. Despite these notifications, Virtualine allegedly continued providing hosting services to the forum. The records also state that Virtualine worked directly with Vendor 1 to develop another website that allowed customers to upload illicit content and download it after making a purchase. Authorities said Virtualine continued hosting this website and had received at least one abuse complaint concerning sexually explicit images of children found on the platform. Vendor 1 also promoted a hack-for-hire service, through which customers could pay hackers to gain unauthorized access to victims’ online accounts and obtain explicit images and videos.

Virtualine Advertised Measures to Evade Law Enforcement

Beyond its hosting services, Virtualine allegedly offered customers additional protection designed to keep criminal infrastructure operational when authorities intervened. In March 2026, the provider advertised an “additional protection plan” that it said could be activated after receiving an official request from law enforcement agencies. Under the arrangement, Virtualine would move a customer’s criminal infrastructure to another shell company not affiliated with the provider, after which the server would be reactivated. The alleged practice illustrates how bulletproof hosting services can be used to maintain online criminal operations by moving infrastructure when enforcement or abuse complaints threaten existing arrangements. Virtualine also promoted its tolerance of abuse on underground forums. In a June 2025 post on HackForums, it claimed to have ignored more abuse reports than other providers.

Cryptocurrency Payments Linked to Money Laundering

Investigators also examined Virtualine’s payment arrangements and their alleged role in concealing criminal proceeds. According to court records, Virtualine accepted payments through Bitcoin, including specific unhosted Bitcoin addresses that allowed customers to make direct payments without their funds being flagged as illicit. The service received payments from criminal customers, some of which investigators could trace directly to various criminal groups. Virtualine then allegedly laundered the funds further to conceal their origin. Authorities identified international money laundering as one of the criminal activities facilitated through the service.

International Cooperation Behind Virtualine Takedown

The FBI’s Washington Field Office led the investigation, with significant assistance from Germany’s Polizei Hessen, the Netherlands’ Politie Midden-Nederland and the United Kingdom’s National Crime Agency. Private-sector partners OverRIPE and Lumen also assisted, while the Justice Department’s Office of International Affairs provided additional support. Assistant U.S. Attorneys Laura D. Withers and Stefanie A. Schwartz are representing the government in the matter. The seizure of Virtualine.net disrupts a hosting service that authorities allege provided infrastructure and financial services to support criminal activity. The case also highlights the role of international law enforcement cooperation in targeting providers accused of enabling cybercrime across multiple jurisdictions.

Australians filed a cybercrime report about every six minutes over the past year, and artificial intelligence is making the attacks behind those reports faster and more convincing. That is the main finding of the ASD Cyber Threat Report 2025-26. It is the seventh annual assessment from the Australian Signals Directorate’s Australian Cyber Security Centre (ASD’s ACSC).

In FY2025-26, the agency received more than 82,000 cybercrime reports through ReportCyber. It responded to over 1,500 cyber security incidents, up more than 20% on the previous year and 36% over five years. It also notified Australian entities of potentially malicious activity more than 4,400 times, almost 80% more than in FY2024-25.

What the ASD Cyber Threat Report Says About AI

The report calls AI the defining force in the threat environment this year. In his foreword, Deputy Prime Minister and Defence Minister Richard Marles wrote that AI is helping malicious actors find vulnerabilities faster and exploit them at greater scale, speed and sophistication. He also noted that new threats have emerged in recent weeks from the unintended actions of AI agents and from model testing.

ASD’s ACSC makes one clear distinction. AI has not created new kinds of threats. It has amplified and sped up existing ones. AI-enabled cyber threats are most visible in social engineering. Attackers are using AI to write phishing emails with no spelling or grammar errors and to automate targeted spearphishing. The Australian Securities and Investments Commission has also seen a sharp rise in scams that use deepfake videos of celebrities and politicians.

The time defenders have to respond is also shrinking. The agency has previously observed that most vulnerabilities are exploited within two weeks, and some within 48 hours of a patch being released. It expects AI-driven tools to shorten that window further over the next 12 months. Publicly reported vulnerabilities (CVEs) rose 30%. Old flaws are still a problem too: ASD’s ACSC recorded the successful exploitation of a vulnerability first identified in 2008.

Incident Severity Grows in ASD Cyber Threat Report Data

Only one Category 2 incident was recorded this year. However, extensive compromises rose from 26 to 40. ASD’s ACSC identified 362 incidents after proactively notifying organisations. A single notification about cPanel vulnerabilities, sent to 340 entities in May 2026, led to more than 60 confirmed incidents.

The number of ransomware incidents held steady at 139, but extensive ransomware incidents rose from 16 to 24. Health Care, Professional, Scientific and Technical Services, and Manufacturing remained the most affected sectors. Data breaches made up 98 incidents, a 66% increase on the previous year. Separately, the Office of the Australian Information Commissioner received 1,205 breach notifications in 2025. That is the highest yearly total since its Notifiable Data Breaches scheme began in 2018.

The financial impact is rising for businesses. The average self-reported cost of cybercrime per business report rose 16% to $93,500. For medium-sized businesses, it rose 45% to $141,300. The average cost for individuals stayed at $33,000. Identity fraud remained the most reported cybercrime, although reports fell 18%.

Stolen access is now a major entry point. Compromised accounts and credentials were among the most frequently reported incident categories, and phishing appeared in 39% of incidents. Government survey research cited in the report found that 55% of Australians reuse passwords across multiple accounts.

State Actors and Critical Infrastructure in the ASD Cyber Threat Report

State-sponsored actors continued to target Australian government, business and individuals to gain sensitive information. The report says these actors are increasingly pre-positioning inside networks to enable future disruption. Marles wrote that the line separating state-sponsored espionage from sabotage and cybercrime is becoming increasingly blurred.

In April 2026, ASD’s ACSC and international partners highlighted a shift by China-nexus actors. These actors are moving towards large covert networks built from compromised home and small office routers, Internet of Things devices and smart devices.

Critical infrastructure accounted for 154 incidents, or 10% of the total, a decrease of almost 7%. Phishing was the leading initial access technique at 36%, and Financial and Insurance Services was the most affected critical infrastructure division at 30%.

What the Threat Report Asks Organisations to Do

In October 2026, ASD’s ACSC released the Essentials series. It evolves the Essential Eight into a principles-based framework with three chapters: Enterprise IT, Operational Technology and Cloud.

Under its Cyber Action Year, the agency is pushing five priorities:

• Replacing or mitigating legacy technology.
• Implementing best-practice event logging.
• Managing supply chain risk.
• Preparing for AI-enabled threats.
• Preparing for post-quantum cryptography, including ceasing the use of traditional asymmetric cryptography by the end of 2030 or sooner.

The report also urges organisations to patch faster. For individuals, it recommends reviewing privacy settings and enabling multi-factor authentication or passkeys.

Suspicious activity, incidents and vulnerabilities can be reported at cyber.gov.au or through the Australian Cyber Security Hotline on 1300 CYBER1 (1300 292 371).

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The FBI, CISA and international partners have issued a warning about SafePay ransomware, a group that has impacted at least 600 victims across multiple critical infrastructure sectors since August 2024. Published on October 20, 2026, the joint cybersecurity advisory describes SafePay as among the most active ransomware groups in 2026, with operations affecting organizations in North America, South America, Europe and Australia.

The advisory was released by the FBI, the Cybersecurity and Infrastructure Security Agency (CISA), the United States Secret Service, Germany’s Landeskriminalamt Rheinland-Pfalz, the United Kingdom’s National Crime Agency and the UK’s North West Regional Organised Crime Unit. It draws on investigations conducted as recently as August 2026.

How SafePay Ransomware Gains Initial Access

According to the agencies, SafePay actors break into networks by stealing or guessing passwords, running brute force attacks, using phishing and exploiting VPN access. The group uses IP addresses from the VPN provider Mullvad and phished account profiles to exploit two flaws in edge devices: CVE-2020-3259 and CVE-2023-20269.

The actors also use automated scripts to exploit three vulnerabilities in internet-exposed systems: CVE-2023-27532, CVE-2024-40711 and CVE-2024-40766.

Living Off the Land Inside Victim Networks

Once inside, SafePay actors establish persistence by gaining administrative privileges on existing accounts or creating new ones. They rely on built-in tools such as PsExec, Windows Remote Management and Remote Desktop Protocol to execute commands and move laterally.

To find valuable files, the group has used ShareFinder.ps1 and SharpShares.exe to enumerate network shares. Before moving laterally, the actors commonly disable security software. In some cases, they changed system users’ passwords, locking legitimate users out. The advisory also notes the use of a User Account Control bypass, token impersonation and the credential dumper Mimikatz.

Data Exfiltration Before Encryption

Data exfiltration is a central part of the group’s playbook. SafePay actors compress files using 7-Zip, WinRAR, FileZilla and RClone, then move stolen data out through WinSCP, RClone, OneDrive and the Backblaze command-line tool b2.exe. Remote desktop tools such as AnyDesk and TeamViewer have been installed to transfer ransomware onto victim systems.

To block recovery, the actors halt the Volume Shadow Copy Service and reset network attached storage holding backups to factory settings.

Files are then encrypted using a hybrid scheme combining the ChaCha20 stream cipher with RSA public-key cryptography. Encrypted files carry the .SafePay extension and, according to the advisory, cannot be recovered without the decryption key.

The group typically demands a portion of company revenue in cryptocurrency. A ransom note left on the desktop or root directory directs victims to a TOR chat portal, using a victim ID to log in. A representative also makes phone calls to pressure victims. If payment is refused, stolen data is posted to SafePay’s leak site. The ransomware may delete itself after encryption.

SafePay Ransomware Advisory: Recommended Defenses

To reduce the risk of ransomware attacks from SafePay, the agencies urge organizations to prioritize patching known exploited vulnerabilities, especially on firewalls and other internet-facing systems. They recommend requiring multifactor authentication for webmail, VPNs and accounts that access critical systems.

Other measures include passwords of 15 to 64 characters, account lockouts after failed logins, offline backups that are encrypted and immutable, network segmentation, least privilege access and time-based admin access. The advisory also recommends restricting command-line and scripting permissions.

The advisory lists IP addresses, file names, hashes and hostnames observed between November 2024 and August 2026. The agencies advise verifying these indicators before blocking, as some IP addresses may later be reassigned to benign services.

The authoring agencies do not encourage paying ransom, noting payment does not guarantee file recovery. Incidents can be reported to the FBI’s Internet Crime Complaint Center, a local FBI or Secret Service field office, or CISA. In the UK, victims can report through Report Fraud or their local police force.

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Every federal bankruptcy court in the United States has lost access to the system it uses to send out bankruptcy notices. A BAE Systems cyberattack has disrupted the Bankruptcy Noticing Center (BNC), the platform that produces and transmits notices for all federal bankruptcy courts across the country.

The Administrative Office of the U.S. Courts confirmed the incident in a statement on Thursday afternoon. BAE Systems, a British multinational, operates BNC systems and websites on behalf of the Federal Judiciary. The Cybersecurity and Infrastructure Security Agency (CISA), which typically handles cyberattacks on federal agencies, referred questions to the U.S. Courts.

What the BAE Systems Cyberattack Has Taken Offline

According to the U.S. Courts, BAE Systems IT and websites that support BNC operations have been impacted by a cybersecurity incident. As a result, all access to the BNC systems and websites that BAE operates for the judiciary is currently unavailable. That includes:

• bnc.uscourts.gov
• bankruptcynotices.uscourts.gov
• notices.uscourts.gov
• the National Creditor Registration Service

The incident has also halted the BNC’s production and distribution of bankruptcy notices for the courts.

The Administrative Office said it has been in contact with the affected courts and is coordinating with BAE Systems. BAE is investigating the incident and working to restore operations. No timeline for recovery has been shared, and the nature of the attack has not been disclosed.

A Government Contractor Target, Again

The BNC disruption is the latest in a series of incidents where an attack on a government contractor or third-party vendor has spilled over into public services.

Last week, a contact center for the Federal Motor Carrier Safety Administration (FMCSA), a Department of Transportation safety agency, was temporarily taken offline after a government contractor was targeted by a cyberattack, according to two people with knowledge of the situation who were granted anonymity because they were not authorized to speak on the record.

The contact center is run by support provider Senture. The FMCSA first reported technical difficulties on social media on October 6. It remains unclear when that attack began or whether it is ongoing.

Courts Have Been Hit Through Vendors Before

In September 2026, the Kentucky Administrative Office of the Courts (AOC) confirmed that Kentucky Appellate Court data was compromised in a breach traced to a third-party vendor.

West Publishing Corporation, operating as Thomson Reuters Court Management Solutions (Thomson Reuters CMS), told the AOC that the incident originated in file systems tied to its C-Track case management platform. C-Track is used by the Kentucky Supreme Court and the Kentucky Court of Appeals to manage case records.

According to Thomson Reuters CMS, an unauthorized third party accessed and obtained court data from C-Track systems across several states, not just Kentucky. In Kentucky’s case, exposure was limited to appellate court data stored within the C-Track infrastructure.

Trial-level records that were never part of an appeal were not affected, since Kentucky does not use third-party vendors for trial court e-filing. The AOC said its appellate courts continued to operate normally throughout the incident.

Why the BAE Systems Cyberattack Matters

Taken together, the three incidents show a common thread. Courts and federal agencies increasingly depend on outside contractors to run critical systems, and when those contractors are hit, the impact lands directly on public services.

In the BNC case, a single compromised contractor has stopped a core function for every federal bankruptcy court at once. How quickly BAE Systems can restore the platform, and whether any data was accessed, remain the key open questions.

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No travel, no lessons, no test, and a UAE licence at the end of it. That was the promise behind a fake driving licence scheme that Dubai Police say has now been shut down. An eight-member criminal gang has been arrested for fraudulently obtaining driving licences from a neighbouring country for customers who had never been there, then helping them swap those licences for a UAE driving licence.

The gang charged AED 10,000 per licence. The arrests were made by Dubai Police’s General Department of Criminal Investigation, in cooperation with the UAE Ministry of Foreign Affairs and Dubai’s Roads and Transport Authority (RTA).

How the Fake Driving Licence Scheme Worked

Dubai Police’s Economic Crimes Department found that the gang exploited legitimate licence exchange agreements. These arrangements allow holders of driving licences issued by certain countries to exchange them for UAE licences without additional training or testing, provided they meet the necessary requirements.

The suspects used offices belonging to transaction processing companies in the UAE to approach potential customers and promote their services. They offered to arrange licences from a neighbouring country without customers needing to travel there, learn to drive or pass mandatory tests.

Once obtained, the licences could be presented for exchange through Dubai’s RTA. In effect, the scheme used an agreement designed to simplify the process for eligible drivers to bypass the training and testing meant to confirm that drivers are qualified.

Why Police Call It a Risk to Road Safety

Dubai Police warned that obtaining a licence through illegal means is more than a procedural violation. It can pose a serious threat to road safety.

Driving lessons and examinations assess whether motorists have the skills, knowledge and ability to handle different traffic situations. Skipping them could put unqualified drivers on public roads, endangering motorists, passengers, pedestrians and other road users.

The force urged residents to be cautious of individuals or businesses promising licences without the required training, testing or legal procedures.

Fake Driving Licence Buyers Could Face Legal Action

Police stressed that legal responsibility does not stop with those arranging the licences. Anyone who knowingly pays for a fake driving licence obtained through unlawful procedures may also face penalties and legal action.

Dubai Police also clarified a key point for buyers. Exchanging an illegally obtained foreign licence for a UAE licence does not make the original licence legitimate, and it does not exempt the holder from responsibility. Completing the official exchange process cannot be used to justify violations committed when the foreign licence was obtained.

What the Exchange Agreements Actually Allow

According to Dubai Police, international licence exchange agreements exist to make it easier to exchange legally issued licences that meet the relevant requirements. They do not allow applicants to bypass the rules that govern how licences are originally issued in their home countries.

The force urged anyone seeking a driving licence to follow approved procedures and deal only with authorised entities. Residents were also encouraged to report individuals or companies offering licences through unlawful means, to help authorities identify fraud and protect the community.

Dubai Police reaffirmed that properly trained and qualified drivers are fundamental to road safety, and that licence exchange arrangements must never be used to get around these requirements.

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AI agents can now run sequences of research tasks with little human input. The question is who answers for the results. The European Commission has published the fourth version of its ERA Living Guidelines on the responsible use of generative AI in research, and its answer is clear: researchers remain accountable, no matter how much work they hand to an AI agent.

Published on 15 October 2026, this is the most comprehensive update since the guidelines first appeared in March 2024. It adds guidance on agentic AI and expands advice on AI use in peer review and proposal evaluation. The previous revision came in May 2026.

What Changes for Generative AI in Research

The biggest addition covers agentic AI, systems that can pursue complex goals and act with some degree of autonomy. The guidelines state that using AI agents may never be treated as a delegation of control or responsibility.

Researchers are asked to build checkpoints into agent-driven work so that critical decisions, such as methodological choices, are validated by humans. Any hypothesis generated, data processed or conclusion drawn by an AI agent requires human validation. The document also warns that researchers are not exempt from legal responsibility because an agent acted on their behalf.

The guidelines repeat that AI systems cannot be authors, co-authors or owners of research, since authorship implies agency and responsibility.

New Rules of Thumb on AI Disclosure

On AI disclosure, the guidelines draw a clearer line. Researchers should disclose AI tools used substantially, such as for literature reviews, identifying research gaps, developing hypotheses or interpreting data. Minor uses like spellchecking, grammar correction or formatting generally do not need disclosure. In case of doubt, disclosure is advised.

Researchers are also asked to consider that generative AI can produce different outputs from the same input, which may affect reproducibility. Authors decide whether prompts, logs and model versions should be kept or shared.

The document notes that a global reporting standard for AI disclosure is being developed at the World Conference on Research Integrity 2026 in Vancouver, which will inform future versions.

Peer Review and Hidden Prompts in Generative AI in Research

The guidelines say peer review remains a fundamentally human process. AI should not be used to assess novelty, originality, significance or whether a manuscript should be accepted or rejected. Confidentiality is described as non-negotiable, and unpublished material should not be uploaded to tools that cannot guarantee it won’t be used for training.

For funding bodies, the update flags a new risk: hidden prompts. These are instructions secretly embedded in documents, through invisible text, formatting tricks or metadata, designed to steer an AI tool toward a more favourable assessment. Funders are advised to set clear rules prohibiting such manipulation and add safeguards in the IT systems that process applications.

The guidelines also note that AI-polished proposals are increasing application volumes and overloading evaluators, and suggest the evaluation process may need to be redesigned to be more AI-resilient.

Security and Confidentiality Remain Central

Research organisations are encouraged to deploy locally hosted or self-governed AI tools so staff can work with scientific data while protecting confidentiality and research security. They are also told to ensure appropriate cybersecurity for these systems, especially those connected to the internet.

The document identifies systemic risks too, including dependence on proprietary AI systems and the concentration of AI capabilities and infrastructure outside the EU.

Non-Binding, but Built on Research Integrity

The guidelines are non-binding and do not replace existing laws or institutional rules. They rest on four principles: consider whether AI is the right tool, accountability stays with researchers and institutions, confidentiality is non-negotiable, and transparency builds trust. These draw on established research integrity frameworks, including the European Code of Conduct for Research Integrity.

The guidelines were developed with countries and stakeholders across the European Research Area. The next revision is planned for the third quarter of 2027, and an open feedback process remains available for contributions.

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For years, the Essential Eight has been the go-to checklist for Australian organisations defending against cyber attacks. That is now changing. The Australian Signals Directorate (ASD) has launched ASD Essentials, a new cyber security framework that evolves the Essential Eight into a broader set of guidance covering enterprise IT, operational technology and cloud environments. The shift is more than a rebrand. It changes how organisations measure progress, where they focus effort and how they handle environments the original framework was never designed for.

Why ASD Essentials Is Replacing the Essential Eight

ASD points to its Annual Cyber Threat Report 2024-2025, which shows Australian organisations facing increasingly sophisticated threats. At the same time, modern technology environments have grown more complex, spanning on-premises systems, hybrid cloud and emerging technologies. A fixed list of controls struggles to keep up with that variety. The new framework takes a threat-informed, principles-based approach, giving organisations flexibility to achieve security outcomes without being tied to specific technologies.

5 Key Changes Under ASD Essentials

1. Phased priorities replace maturity levels. Instead of climbing maturity levels, organisations will work through phased priorities, directing effort to their highest-risk assets first. 2. Outcomes over checklists. The framework moves away from prescriptive security requirements toward principles and actions that help organisations assess whether intended security outcomes are actually being achieved. 3. New building blocks. It introduces cyber security principles, actions and domains, focusing uplift efforts on critical business functions and systems. 4. Environment-specific chapters. Each chapter applies the same underlying model but accounts for the threats, risks and operational realities of the environment it covers. 5. Risk-informed decisions. There is a stronger emphasis on decision-making supported by threat intelligence and each organisation's own context.

The First Three ASD Essentials Chapters

The series launches with three chapters:

• Essentials for enterprise IT is the direct evolution of the Essential Eight.
• Essentials for operational technology (OT) supports Australian critical infrastructure operators protecting their operational technology environments from cyber threats.
• Essentials for cloud supports organisations whose technology environment is delivered entirely through software-as-a-service (SaaS) and platform-as-a-service (PaaS).

ASD has also made AI-focused guidance available, helping organisations consider AI-enabled systems within their technology environments. The framework includes overview publications and supplemental publications alongside the chapters.

Who Should Pay Attention

The guidance is written primarily for Commonwealth entities, critical infrastructure owners and operators, and large organisations. Small and medium-sized businesses that do not operate at enterprise scale can still apply it where relevant. ASD says the framework remains consistent with its best-practice advice and the Australian Government Information Security Manual. Industry consultation played a central role in its development, and ASD plans to keep engaging with industry, government and critical infrastructure stakeholders as technologies and threats change.

What ASD Essentials Means for Compliance Today

For now, nothing changes on the compliance front. Organisations should continue meeting their current regulatory obligations until regulators communicate any associated changes. ASD is in discussions with regulatory bodies about the impact and expected timeframes of the transition and says it will advise on expectations in due course. During the transition period, both the Essential Eight and ASD Essentials will remain available on cyber.gov.au, along with supporting resources and implementation guidance. For security teams, the practical takeaway is to start reviewing the new chapters now, map current Essential Eight controls against the new principles, and identify which critical business functions and systems would sit at the top of a phased priority plan.

Supermarket freezers that cooked their own stock overnight. Text messages about traffic fines that quietly steal payment PINs. North Korean IT workers paying Americans to keep remote jobs at U.S. companies. This weekly cybersecurity roundup brings together incidents that reached well beyond stolen data, causing spoiled food, store fires, disrupted grocery deliveries and drained bank accounts. Here are the stories that shaped the week.

Hackers Turned French Supermarket Freezers Into Ovens Overnight

Hundreds of French supermarkets woke up to spoiled stock after hackers took remote control of internet-connected refrigeration systems overnight. Retailers confirmed on Monday that attackers pushed fridge and freezer temperatures as high as 50 degrees Celsius (122F) while stores were closed. Tonnes of food perished, some equipment melted, and in some stores the heat sparked fires. French TV channel BFM reported that the attackers appeared to trigger a forced defrost option, keeping units heating instead of cooling. The attack did not use a new exploit. It targeted ageing connected devices still online years after their manufacturer stopped supporting them. E.Leclerc, Intermarché, Carrefour, Monoprix and Coopérative U were all hit. At least 300 Intermarché and Netto stores were affected, Coopérative U reported more than 100, Carrefour said 80, and Monoprix said about 5 percent of its roughly 490 stores were targeted. Bruce Hallas, CEO at Re-thinking the Human Factor, noted that estimates sit around 400 stores, with some branches reporting losses of about €250,000. Some reports put the total above 500 shops. Read More

Fake Traffic Challan Texts Are Stealing UPI PINs From Android Users in India

GhostBat RAT, an Android malware strain first identified by Cyble in October 2025, has evolved to capture PINs from 60 banking, UPI, wallet and fintech apps. It spreads through SMS messages about unpaid traffic challans that lead victims to fake mParivahan download pages, with GitHub repositories also used to host the malicious files. Cyble's research also exposed a wider operator-controlled ecosystem it tracks as GhostX, linking phishing pages, backend control systems and malware distribution. Many of the fake apps are first-stage loaders that hide the real payload in encrypted files or download it later, helping them pass initial scans. Read More

Death Threats, Laptop Farms, Stolen IDs: Inside North Korea's Job Scam

North Korean IT workers are paying Americans to help them get and keep remote jobs at U.S. companies, according to an updated FBI public service announcement. The Justice Department also announced charges, two arrests and the seizure of about 187 computer devices linked to the scheme. The FBI said Americans are being hired to appear on camera, sit for job interviews, verify fake identities, lend social media or professional networking accounts, ship packages, complete drug tests or fingerprint submissions, and keep work laptops running from their homes. The workers also use stolen identities, extort victims and threaten physical violence. North Korea's government receives an estimated 85 to 90 percent of the revenue they generate, which helps fund its nuclear weapons and military programs. Read More

Ahold Delhaize Incident Disrupts Grocery Supply in Netherlands and Belgium

A cyber incident at Ahold Delhaize has disrupted parts of the grocery retailer's IT infrastructure, prompting it to take some systems offline. Stores remain open, but reports from the Netherlands and Belgium indicate disruption to distribution, customer service and some delivery operations. The company has not disclosed the nature of the incident or whether customer or employee data was affected, and it has given no timeline for full recovery. Ahold Delhaize operates in nine countries, employs more than 384,000 people and owns U.S. brands including Food Lion and Stop & Shop. Read More

Kerala Police Signs MoU With Cyble for Cybercrime Investigations

Kerala Police has signed a three-year Memorandum of Understanding with Cyble to bring threat intelligence into cybercrime investigations. The agreement, signed through Cyble Infosec India Private Limited and announced on October 12, 2026, covers intelligence support, investigative assistance and capacity building. It will support the Kerala Police Cyber Operations wing and Cyberdome in identifying and investigating emerging threats. Read More [caption id="attachment_114716" align="aligncenter" width="600"] Image Source: Cyble[/caption]

Seoul National University Reports 28 Hacking Incidents Since 2021

Seoul National University has suffered 28 hacking incidents since 2021, exposing more than 1,100 pieces of personal information belonging to students, faculty and staff. The figures come from data the university submitted to Rep. Baek Seung-ah of the Democratic Party. There were eight attacks in 2021, a peak of 10 in 2022, none in 2023, one in 2024 and five in 2025, with four confirmed so far this year. Departmental systems were hit most often, in 19 incidents, followed by laboratory systems with six, research systems with two and one institutionwide system. Read More

Morocco Prioritizes AI Threats and Critical Infrastructure Defense

Morocco is placing greater focus on proactive threat detection, critical infrastructure protection and artificial intelligence in its cybersecurity strategy. Speaking at the opening of National Cybersecurity Week in Rabat, Abdellatif Loudiyi, Minister Delegate in charge of National Defense Administration, said cybersecurity must be built into institutional governance rather than treated as an extra expense. He called for stronger preparedness, early detection and coordinated incident response. The event runs from October 12 to 14. Taken together, this week's incidents show attackers targeting the systems people rely on every day, from shop refrigeration and grocery supply chains to payment apps and hiring processes. Follow The Cyber Express for next week's weekly cybersecurity roundup and ongoing coverage of these stories. Read More

A text message about an unpaid traffic challan could cost Android users in India far more than a fine. GhostBat RAT, an Android malware strain first identified by cybersecurity firm Cyble in October 2025, has evolved to capture PINs from 60 banking, UPI apps, wallet and fintech applications, according to new research published by Cyble. The firm's investigation into fake mParivahan and eChallan apps also exposed a wider operator-controlled ecosystem it tracks as GhostX, linking phishing pages, backend control systems and malware distribution.

How GhostBat RAT Reaches Victims

The malware spreads mainly through smishing, or SMS phishing. Victims receive messages with malicious links that lead to pages impersonating the official Parivahan service or a Google Play-style download page. These pages push users to install a fraudulent mParivahan APK. Researchers also found GitHub repositories being repeatedly used to host the malicious files. Many of these apps are only first-stage loaders. The real payload stays hidden in encrypted files or is downloaded later, which makes the app look harmless during an initial scan. [caption id="attachment_114830" align="aligncenter" width="600"] GhostBat-RAT-Infection-Chain-1536x595[/caption]

GhostBat RAT's Ghost Overlay Trick

The most significant change in the latest variant is its abuse of Android's Accessibility Service, a technique commonly linked to modern Android banking trojan families. Earlier variants analyzed by Cyble did not have this capability. Its standout feature, called Ghost Overlay, targets Google Pay and MobiKwik. Instead of showing a fake login screen, the malware places an invisible 12-key grid over the real PIN keypad. When a user taps a digit, the overlay records it and then replays the same tap into the genuine app. The payment goes through normally, so the victim has no visible reason to suspect anything, while the PIN is quietly sent to the attackers' server.

GhostBat RAT Watches 60 Financial Apps

Beyond Google Pay and MobiKwik, a broader keylogging feature monitors 60 financial apps. Cyble's list includes PhonePe, Paytm, BHIM, SBI UPI, Axis Pay, BharatPe, CRED, Freecharge, PayZapp, Groww, Navi, Jupiter, OneCard, JioFinance and Samsung Pay. The malware checks which app is open and the screen context before treating numeric input as a possible PIN. This builds on older capabilities that remain in play, including reading SMS messages and OTPs, manipulating call forwarding, collecting call logs and sending SMS messages through the victim's SIM card, which could be used to spread further smishing campaigns.

Inside the GhostX Network Behind GhostBat RAT

A key finding came from an exposed Firebase backend named "ghostx-panel." It contained administrator records, user roles, login logs with device fingerprints and bot-user mappings. Cyble says these separate roles point to a multi-operator setup and raise the possibility of a Malware-as-a-Service model. While monitoring the backend, researchers saw SMS lure text, phishing links, vehicle registration numbers and recipient phone numbers changing repeatedly, indicating an active campaign. Matching eChallan messages were also reported by users on social media.

Why GhostBat RAT Is Hard to Detect

Cyble identified at least six different loader designs. The newest, built around a native library called libnetbridge.so, passes the payload through several layers of encryption, compression and custom packaging before the final app appears. Security tools that scan only the outer APK are unlikely to catch it consistently. The malware also uses Firebase Remote Config, which lets operators switch command servers and turn features on or off remotely without pushing a new app to victims.

Staying Safe From GhostBat RAT

Cyble advises users to install apps only from official stores such as Google Play and to avoid APK links received by SMS, social media or email. Users should be cautious about granting app permissions, especially Accessibility access, verify website addresses before entering sensitive details, enable multi-factor authentication on financial apps and keep their phones updated. Anyone who suspects infection should contact their bank and local authorities immediately.