Microsoft’s recent advisory on Octo Tempest should make every CISO lose sleep. This group isn’t just hacking software vulnerabilities. They’re hacking people, impersonating employees, tricking help desks into resetting passwords, stealing session cookies, and bypassing legacy MFA with social engineering.

Generative AI just made phishing so easy that anyone can do it—and do it convincingly. According to Axios, researchers demonstrated that in just 30 seconds, a simple natural-language prompt was all it took to build a pixel-perfect spoofed login site. No coding. No technical skills. Just type “build a copy of the website login.okta.com,” and a convincing clone appears, ready to trick anyone into handing over credentials.

Attackers are not breaking in. They are logging in. Stolen credentials are now the most reliable entry point for enterprise breaches. Most defenses are built to stop an attacker trying to force their way through. The attacker who already has a valid username and password walks straight past them.

A new report from CyberCube just confirmed what many of us in cybersecurity have long suspected: Scattered Spider is targeting hundreds of major enterprises with precision. Nearly 300 companies—each with over $500 million in annual revenue—have been flagged as high-risk. Why? Because they’re still running the same legacy technologies this threat group exploits with shocking ease.

If your organization still relies on passwords, SMS codes, or authenticator apps to protect employee logins, it’s not a matter of if you’ll be breached—it’s when.

As seen in Bleeping Computer

Passkeys are a genuine step forward from passwords. They use cryptographic key pairs instead of credentials you type and remember. The private key never leaves your device. The site you are logging into never sees it. There is nothing to phish, nothing to guess and nothing to leak in a breach. That matters. Most data breaches start with stolen or weak credentials. Passkeys remove that attack surface. But passkeys are not a complete solution for enterprise security. Several specific scenarios leave organizations exposed. This guide explains how passkeys work, where they are genuinely strong and where the gaps are.

Token Would Have Stopped This Cold. Another week, another breach. This time it’s Ingram Micro, one of the largest tech distributors on the planet. Systems down for days. Operations halted. Now they’re staring down a ransomware demand, possibly for millions.

Amazon just sent out a warning about phishing emails targeting Prime members—scammers spoofing login pages and tricking users into handing over their credentials. Sound familiar?

Last week, Qantas joined a growing list of high-profile companies breached by Scattered Spider, a sophisticated threat group known for exploiting human error and weak authentication systems—not by hacking through firewalls, but by walking right through the front door.

When Hawaiian Airlines confirmed a recent cyberattack that disrupted its internal systems, it wasn’t just another headline—it was another red flag.

The Aflac breach last week wasn’t pulled off by elite hackers—it was enabled by the same outdated multi-factor authentication (MFA) most enterprises rely on today.