#ransomware

#ransomware

Martin had apparently seen how this system worked in practice through his job, and he approached a pair of other people to help him make some easy cash. One of these people was allegedly Ryan Goldberg of Watkinsville, Georgia, who worked as an incident manager at the cybersecurity firm Sygnia. Goldberg told the FBI that Martin had recruited him to "try and ransom some companies."

Imagine this: Sarah from accounting gets what looks like a routine password reset email from your organization's cloud provider. She clicks the link, types in her credentials, and goes back to her spreadsheet. But unknown to her, she's just made a big mistake. Sarah just accidentally handed over her login details to cybercriminals who are laughing all the way to their dark web marketplace, where they'll sell her credentials for about $15. Not much as a one-off, but a serious money-making operation when scaled up.

"Sanctions will not deter all malicious cyber activity," he said. "What they can do is complicate operations, raise costs, disrupt enabling infrastructure and signal collective resolve." Saiz explained that sanctions can deter adversaries by imposing friction, restricting access to various resources - both financial and technical - and making threat actor networks publicly toxic, such as the UK's National Crime Agency (NCA) did to LockBit with some success. However, he warned, cyber sanctions do not deter every threat actor and their practical impact varies wildly.

In the past year, the rapid democratization of AI has opened the door for a new class of haunting threats. Malware creation, once a domain requiring deep expertise and significant time, can now be automated in mere seconds. It's no longer about who has the most sophisticated tools, but who can leverage AI the fastest - and the current advantage favors the bad actors. It's like a haunted house gone wrong, and the monsters are in control.

In July, Microsoft fixed a flaw in its file sharing service SharePoint that was already being exploited by attackers. Later that month, Microsoft warned that hackers were making use of the zero-day to distribute ransomware, adding even more risk to the serious vulnerability. The SharePoint flaw is just one example of attackers becoming faster at exploiting vulnerabilities before they can be properly addressed by vendors and patched by organizations.

Typically, when ransomware gets into a Windows machine, it first scans the cached memory, registry keys, file paths, and running processes to see whether the system is already infected, running on a malware analyst's computer, or trying to run in the sandboxed environment of a virtualized machine. If it sees any of these signs, it gives up, but if not, the ransomware sends a message back to the cybercriminals' servers

In what officials described as a call to arms, national security officials and ministers are urging all organisations, from the smallest businesses to the largest employers, to draw up contingency plans for the eventuality that your IT infrastructure [is] crippled tomorrow and all your screens [go] blank. The NCSC, which is part of GCHQ, said highly sophisticated China, capable and irresponsible Russia, Iran and North Korea were the main state threats, in its annual review published on Tuesday.

Dozens of Orgs Impacted by Exploitation of Oracle EBS Flaw - Dozens of organizations may have been impacted following the zero-day exploitation of a security flaw in Oracle's E-Business Suite (EBS) software since August 9, 2025, according to Google Threat Intelligence Group (GTIG) and Mandiant. The activity, which bears some hallmarks associated with the Cl0p ransomware crew, is assessed to have fashioned together multiple distinct vulnerabilities, including a zero-day flaw tracked as CVE-2025-61882 (CVSS score: 9.8), to breach target networks and exfiltrate sensitive data.

Salesforce Inc. told customers Tuesday that it won't pay a ransom demand from a hacker who claimed to have stolen a large amount of client data and threatened to publish it, according to an email seen by Bloomberg News. The company said in a security notification that it had received "credible threat intelligence" indicating that a hacking group, known as ShinyHunters, was planning to share information stolen during a security incident earlier in the year involving a number of its customers, according to the email.

In a very aggressive - and disgusting - attempt to extort a ransom payment from Kido, the criminals published profiles of 10 children, including photos, names, and home addresses, along with their parents' contact details and in some cases places of work, threatening to expose more if the ransom demand wasn't met. A new crime crew calling itself the Radiant Group claimed responsibility for the attack, and posted the preschool's name, along with its pupils' profiles, as the first leak on its dark web site. The ransomware gang later deleted the kids' and parents' data, apparently under pressure from other criminals - but not before some of the parents reported receiving threatening calls.

Ransomware attacks have loomed for years as an urgent digital threat with no easy solution -especially as they have evolved to include data grab-and-leak attacks that may not even involve data-encrypting malware at all. Traditional ransomware that locks up files and systems is still rampant, though, and Google on Tuesday launched a new defense for its Google Drive for desktop apps that aims to quickly detect ransomware activity and halt cloud syncing before an infection can spread.

The , conducted by UC San Diego Health and Censys researchers, found that phishing-related cybersecurity training programs had no effect on whether or not employees were duped by phishing emails. After analyzing the results of 10 different phishing email campaigns sent to over 19,500 employees at UC San Diego Health over eight months, the researchers found "no significant relationship between whether users had recently completed an annual, mandated cybersecurity training and the likelihood of falling for phishing emails."

The Department of War has announced a new Cybersecurity Risk Management Construct (CSRMC) to modernize its cyber defenses. The CSRMC is a five-phase, ten-tenet framework that replaces manual processes with a dynamic, automated approach to ensure continuous monitoring and real-time defense. The goal is to embed cybersecurity into every stage of system development and operations for the technological superiority of warfighters against evolving threats.