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Continue reading →: The Perfect Heist: When a Software Dependency Is Designed to Rig One Specific BusinessMost software supply-chain attacks are built for scale. Attackers compromise a widely used library or publish a malicious package hoping to steal credentials, install backdoors or infect as many developers as possible. A newly disclosed NuGet attack followed a far more surgical model. On July 21, 2026, JFrog Security Research…
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Continue reading →: Browser-Only Ransomware: When Clicking “Allow” Becomes the InfectionFor decades, ransomware attacks have followed a recognizable pattern. A malicious executable reaches a device through phishing, an exploited vulnerability, stolen credentials, a compromised remote-access service or a poisoned software package. The payload executes through the operating system, searches for valuable files, encrypts them and displays a ransom demand. Security…
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Continue reading →: When the Security Tool Becomes the Attacker: The First Autonomous AI-Agent IntrusionFor years, cybersecurity researchers have warned that artificial intelligence would eventually change the economics of offensive operations. AI could help attackers write phishing emails, modify malware, identify vulnerabilities, translate lures, generate scripts and automate reconnaissance. Most of those predictions have already come true to some degree. However, those uses still…
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Continue reading →: Tor vs. I2P: Two Very Different Visions of the Anonymous InternetWhen most people hear the phrase “anonymous internet,” they immediately think of Tor. Its onion logo has become synonymous with private browsing, hidden websites, censorship resistance, whistleblowing, and the darker corners of the web. Tor is unquestionably the best-known anonymity network, but it is not the only serious attempt to…
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Continue reading →: ARToken: The Microsoft 365 Takeover Platform That Turns Stolen Identities into a Complete Criminal OperationFor years, organizations have been warned that phishing attacks are becoming more convincing. Employees are trained to examine links, question unexpected login pages and reject suspicious multifactor authentication requests. Security teams deploy email filtering, endpoint protection and conditional-access policies. Yet the modern threat to Microsoft 365 is no longer limited…
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Continue reading →: ConsentFix: When the Microsoft Login Page Is Real, but the Attack Is TooFor years, most user-facing security training has focused on a simple warning: do not type your password into a fake login page. That advice still matters, but it no longer covers the full shape of modern identity attacks. ConsentFix is a perfect example of why. In a ConsentFix attack, the…
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Continue reading →: The Token Is the Target: Why OAuth Phishing Breaks the Old MFA Comfort ZoneFor years, companies treated multi-factor authentication as the line that separated ordinary phishing from serious compromise. If a user gave up a password, the second factor was supposed to stop the attacker. If a login came from a strange country, conditional access could challenge it. If a fake Microsoft page…
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Continue reading →: DC Shadow: When Attackers Rewrite Identity ItselfIntroduction Modern enterprise defense is built around visibility. We monitor logins, track processes, inspect network traffic, and correlate alerts across platforms. This layered visibility creates a sense of control. It gives the impression that if something malicious happens, it will be seen. But what happens when the attack does not…
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Continue reading →: DarkSword: Rethinking Intrusion in an Ephemeral AgeFor decades, the playbook of digital intrusion followed a familiar rhythm. An attacker would gain access, establish a foothold, expand control, and remain embedded long enough to extract value. Persistence was the prize. The longer an adversary stayed hidden within a system, the more damage they could inflict or intelligence…
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Continue reading →: Blue Team Lessons from Agent.btz & Operation Buckshot YankeeA Deep Dive Defensive Analysis 1. Introduction: A Defining Moment in Cyber Defense In 2008, a seemingly simple infection vector—an infected USB drive—triggered one of the most consequential cybersecurity incidents in U.S. military history. The malware, later identified as Agent.btz, infiltrated classified and unclassified networks within the U.S. Department of…

