A 23-year-old man from Memphis, Tennessee, has been sentenced to 30 months in prison for selling access to tens of thousands of hacked DraftKings accounts, a brazen crime that left countless victims feeling vulnerable and betrayed. The case highlights the growing threat of account-fraud markets, where stolen credentials are bought and sold like commodities.
Google is ramping up its ad safety game by leveraging its cutting-edge Gemini AI models to detect and block malicious ads, but scammers are constantly evolving their tactics to stay one step ahead. It's a digital cat-and-mouse game where sophisticated defenses meet adaptive adversaries.
Imagine a security system that can be tricked into trusting a foe as a friend with just two lines of code - that's what happened with Anthropic's AI code reviewer, Claude, which was vulnerable to Git identity spoofing. This simple hack allowed researchers to forge a trusted developer's identity and get hostile code approved in no time.
Microsoft just took a bold step towards securing our digital future by awarding $2.3 million to researchers who uncovered critical cloud and AI flaws in its Zero Day Quest hacking contest, showcasing the power of incentive-driven vulnerability discovery. Nearly 700 submissions poured in, highlighting the vast scope of potential weaknesses in our rapidly evolving tech landscape.
Microsoft is stepping up its game to protect Windows users from phishing attacks that hide in plain sight as Remote Desktop files. The tech giant is introducing on-screen warnings and stricter default settings to help shield you from malicious .rdp files.
As AI's power to fix software bugs grows, so do concerns that it could also supercharge cyberattacks - prompting Anthropic to unveil a vulnerability testbed to stay one step ahead of hackers. The company's new model, Claude Mythos Preview, is being tested against a wide range of software to identify and patch vulnerabilities before they can be exploited.
Imagine having a tiny chip inside your device that you can trust completely - one that's transparent, secure, and designed to put your mind at ease. The Baochip-1x, a groundbreaking open-source silicon project by Andrew Bunnie Huang, aims to provide just that, giving developers an affordable and security-focused solution for building high-assurance embedded devices.
Google Chrome just got a major security boost with its new Device Bound Session Credentials feature, designed to prevent infostealers from swiping your session cookies and letting hackers impersonate you without a password. This update is a game-changer in the fight against cookie heists and stolen login credentials.
Evidence in spreadsheets, controls drifting between audits, frameworks multiplying on flat headcount. Nubivance runs continuous compliance on Rapid7 Cyber GRC - SOC 2, HIPAA, ISO 27001, PCI, CMMC.
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Did you know that the biggest AI security risk to your organization might be hiding in plain sight - in the browser extensions used by every employee, quietly evading your existing security protections? A recent report from LayerX reveals the shocking truth about this largely overlooked threat.
Google just flipped the switch on Device Bound Session Credentials (DBSC) for Chrome users on Windows, giving millions a major security boost against session hijacking - but what does it mean for you? This game-changing update ties your credentials to your device, making it much harder for hackers to get hold of your online sessions.
Google Chrome just got a major security boost with the introduction of Device Bound Session Credentials (DBSC) protection, designed to block info-stealing malware from harvesting session cookies and putting your online credentials at risk. This move is a key step in the ongoing cat-and-mouse game between defenders and cyber threats.
Imagine being a leading open-source developer, only to be suddenly and silently locked out of your Microsoft developer account, with no warning, no emails, and no human contact - just automated blocks and a lengthy appeal wait. This is what recently happened to the creators of VeraCrypt and WireGuard, leaving their critical projects in limbo.
Security researchers have discovered a vulnerability in Apple Intelligence, allowing hackers to manipulate the AI system into producing malicious output, including profanity, through a technique called prompt injection. This raises serious concerns about user safety and the effectiveness of current security safeguards.
A recent security mishap at a gym serves as a stark reminder of the importance of safeguarding sensitive information, as a technician's careless mistake - stapling configuration details to a cupboard - left fitness equipment vulnerable to exploitation by mischief makers. This embarrassing blunder highlights the need for vigilance in protecting security credentials.
You don't need to break the bank on cutting-edge AI hardware to crack weak passwords - a recent study found that a $30,000 GPU doesn't outperform readily available consumer cards, proving that attackers can succeed with everyday tech.
Imagine a tool meant to reveal operational insights being turned into a stealthy spy, siphoning off sensitive corporate secrets - that's what happened when researchers exploited Grafana's AI with a cunning technique called indirect prompt injection. Dubbed GrafanaGhost, this attack bypasses Grafana's defenses, exfiltrating data without leaving a digital trail.
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Russian hackers have been quietly stealing Microsoft Office tokens from users on over 18,000 networks by exploiting known flaws in older internet routers, and here's the kicker: they did it without installing any malicious software. This sneaky campaign, linked to Russia's military intelligence units, highlights the surprising vulnerability of legacy devices to secret siphoning.
When devices that connect our physical and digital worlds are left exposed to the public internet, they become an open invitation for hackers - and Iranian-linked cybercriminals are now actively targeting Internet-exposed industrial control systems, specifically Rockwell/Allen-Bradley programmable logic controllers, in US critical infrastructure organizations.
Automated pentesting tools can deliver impressive early results, quickly uncovering low-hanging fruit and generating proof-of-concept failures - but often hit a plateau, leaving significant attack surfaces untested and creating a validation gap that's hard to ignore. This phenomenon, known as the PoC cliff, can abruptly halt progress, causing detection and exploitation attempts to drop off and tools to stop producing actionable findings.
Did you know that a single credential security breach can cost a whopping $4.4 million, making it a top priority for businesses to prevent? But while avoiding a major incident is crucial, what's often overlooked are the recurring credential incidents that quietly drain corporate finances.
Imagine a scenario where the very processor that powers your gaming experiences or fuels your AI models becomes a vulnerability that attackers can exploit to hijack your entire machine - new research reveals that this is no longer just a theoretical threat. A recently discovered attack, dubbed GPUBreach, can escalate CPU privileges through graphics units, leaving your system exposed to potential takeover.
In today's complex threat landscape, who's accountable when a single intrusion spreads across multiple systems, from Windows laptops to MacBooks, Linux servers, and mobile devices? The harsh reality is that no single team can contain it, as modern attack surfaces and campaigns have outgrown traditional Security Operations Center (SOC) workflows.
In a bold move, researchers fighting cybercrime decided to take a stand against the mystique surrounding digital gangs by roasting them with ridicule, stripping away their legendary status. By mocking notorious crews like Wizard Spider and Velvet Tempest, they're reclaiming the narrative and deflating the glamour often associated with these cybercrime teams.
In the shadows of the digital world, nation-state hackers are quietly exploiting cloud services to orchestrate global cyber espionage - but how can organizations, governments, and individuals defend against threats they can't see? The hidden world of cyber espionage poses a daunting question: what's at stake when the invisible forces of cyber threats manipulate the systems we rely on?