CSO Online just dropped a staggering stat: ransomware attacks have jumped 179% in the first half of 2025. Credential theft? Up 800%. That’s not a typo. Eight. Hundred. Percent.

CISA just dropped a bombshell. In its latest alert (dated July 25, 2025), the U.S. Cybersecurity and Infrastructure Security Agency is now urging every enterprise to implement phishing-resistant multifactor authentication (MFA)—everywhere: for email, VPNs, and anything touching critical systems. Not “consider it.” Not “evaluate in the future.” Require it. Now.

Social engineering attacks don’t exploit software. They exploit people. An attacker who can convince a help desk agent to reset a password, or persuade an employee to approve an MFA request, bypasses every technical control in place. No vulnerability was needed. No malware was deployed. The breach happened because someone was convinced. This guide covers the most common social engineering techniques targeting enterprise authentication, how each one works in practice and why the solution is not better training.

Cybersecurity Dive just reported that Clorox is suing Cognizant for $380 million after a cyberattack crippled operations. The alleged trigger? A hacker posed as an employee and convinced someone to hand over a password. That’s it. No advanced zero-day exploit. No AI-powered quantum hack. Just a social engineering phone call and a password—and now Clorox wants $380 million in damages.

BetaNews recently asked this question in a detailed Q&A. The answers should concern every enterprise leader. The rise of identity-based attacks isn’t just a trend; it’s now the primary way cybercriminals get in. Attackers are no longer brute-forcing firewalls or cracking encryption. They’re simply logging in as you.

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.

The cybersecurity world has a new consensus: credentials are no longer a weak point—they’re the entire attack surface.

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

The shift to a passwordless future is well underway. Tech giants like Apple, Google, and Microsoft have embraced passkeys, and for good reason. Passwords have long been the weakest link in cybersecurity—easily guessed, phished, stolen, or reused across accounts. Passkeys represent a serious improvement. They’re phishing-resistant, user-friendly, and eliminate the need to remember or manage credentials.