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Scams & Cybersecurity

Breaches, scams and the people and processes attackers target. Sourced cases, regulation and practical defenses for security teams and ordinary users.

229 posts, newest first. Page 2 of 8.

Tags in this track:CybersecuritysecurityScamsfraudphishingsocial engineeringAccount TakeoverSIM SwapCISOcompliancePrivacyregulationsGovernance

Password Hashing

Is PBKDF2 Deprecated? What Developers Should Use in 2026

PBKDF2 is not deprecated, but it is no longer the recommended default for new systems. Here is the honest, practical answer for developers: when PBKDF2 is still acceptable, when you should reach for Argon2id instead, and how to decide for your system.

password

Was Your Password in a Data Leak? What to Actually Do Next

Finding out your password was in a data leak is unsettling, but panic is not the right response and neither is ignoring it. Here is exactly what to do, in priority order, and an honest answer to how worried you should actually be.

Browser Security

Most Secure Browser 2026: Chrome vs Firefox vs Brave vs Safari

Which is the No. 1 secure browser?" is the wrong question. Security depends on your threat model, not a leaderboard. Here is an honest comparison of Chrome, Firefox, Brave, and Safari in 2026, and how to actually choose.

Cybersecurity

What to Do When You Receive a Bug Bounty Email

A stranger emails saying they found a security hole in your site and would like a reward. Is it a genuine researcher, a low-effort "beg bounty," or extortion? Here is how to tell the difference and exactly what to do and not do.

Cybersecurity

How You Actually Secure Systems: Using OWASP and NIST Together

OWASP and NIST get mentioned in the same breath, but they answer different questions. One tells you what to fix in your code; the other tells you how to run a security program. Here is what each framework actually does and how to use them together.

Cybersecurity

How to Prevent a Data Breach: A Practical Playbook

Most data breaches don't come from sophisticated zero-day attacks. They come from stolen credentials, misconfigurations, and unpatched systems. Here is a practical, prioritized playbook for preventing the breaches that actually happen.