Why Your Passwords Are Probably Not as Strong as You Think

I am going to make a prediction: at least one person in your organization is using the same password for their work email and their personal Netflix account. Statistically, it is probably more than one.

That is a problem, and here is why.

What Attackers Know About Your Passwords

Attackers do not usually guess passwords one at a time. They use tools that try thousands of combinations per second, and they start with the most common patterns:

• Company name + year (BlackLab2025!)
• Season + year (Summer2025!)
• First name + numbers (Bill1234!)
• Keyboard patterns (Qwerty123!)
• The word “Password” with substitutions (P@ssw0rd!)

If your password policy requires “at least 8 characters, one uppercase, one number, and one special character” — every single example above meets that requirement. And every single one would be cracked in seconds.

What Actually Makes a Password Strong

Length beats complexity. A 20-character passphrase like “correct horse battery staple” is dramatically harder to crack than “P@ssw0rd!” even though the passphrase is all lowercase with no special characters. Every additional character multiplies the time needed to crack it exponentially.

Uniqueness is non-negotiable. Every account should have a different password. When a breach exposes credentials from one service, attackers immediately try those credentials on hundreds of other services. This is called credential stuffing, and it works because people reuse passwords.

A password manager is the answer. Nobody can remember 50 unique 20-character passwords. That is what password managers are for. Your team remembers one strong master password, and the manager handles everything else. Business-grade password managers like 1Password or Bitwarden also let you enforce policies and revoke access when someone leaves.

And Then There Is MFA

Even the strongest password is not enough on its own. Multi-factor authentication adds a second verification step — usually a code from an app on your phone — that stops attackers even if they have your password.

MFA should be enabled on every account that supports it, especially email, cloud storage, and any system that contains sensitive data. For HIPAA-covered organizations, MFA on systems that access ePHI is rapidly becoming a regulatory requirement, not just a best practice.

Password security is not glamorous. But it is foundational. A single compromised credential can give an attacker everything they need to access your network, steal your data, and hold your business hostage. The fix is straightforward: longer passwords, no reuse, a password manager, and MFA everywhere.

If you are not certain those four things are actually true across your business today, the Cybersecurity Scorecard will tell you where the gaps are.