Question 1

What is a strong password example in 2026?

Accepted Answer

In 2026, a strong password is long (minimum 16 characters), completely random, and avoids any personal or dictionary terms. Examples include 'kX9#mQ2$vL7!wZ4p' (a 16-character random string with ~104 bits of Shannon entropy) or 'timber-galaxy-whisper-cobalt-falcon' (a 5-word EFF Diceware passphrase with ~65 bits of entropy that is memorable for humans yet impossible for GPU clusters to guess).

Question 2

What is a strong 8 digit password and where should it be used?

Accepted Answer

An 8-digit numeric PIN like '73918204' yields 100 million combinations (~26.6 bits of entropy). An 8-digit PIN is only secure on hardware-rate-limited devices (smartphones, ATM cards, hardware security keys) that permanently lock out after 3–5 incorrect attempts. For online web accounts, an 8-digit PIN is vulnerable and can be cracked in less than a second.

Question 3

What is a strong 12-character password example?

Accepted Answer

A strong 12-character password example is '7v$K9#mQ2!wZ' or 'T#9pL$2vR!wK'. When drawn from uppercase, lowercase, numbers, and symbols, 12 characters provide ~78.8 bits of entropy (540 sextillion combinations), offering robust resistance against online automated attacks, though 16+ characters is recommended for primary master accounts.

Question 4

Why does NIST SP 800-63B advise against changing passwords every 90 days?

Accepted Answer

The National Institute of Standards and Technology (NIST SP 800-63B) determined that forcing regular 90-day password resets causes user fatigue and predictable modifications (e.g. changing 'Spring2026!' to 'Summer2026!'). Modern standards mandate changing credentials only when there is evidence of an actual security breach.

Question 5

How do Passkeys and Password Generators work together in 2026?

Accepted Answer

Passkeys (FIDO2/WebAuthn) eliminate phishing by using public-key cryptography on supported platforms. However, strong random passwords remain vital as master credentials for encrypted password vaults, legacy enterprise systems, developer APIs, SSH access, and cross-platform recovery.

Question 6

Is it safe to generate passwords on SuggestMeBuddy?

Accepted Answer

Yes, on SuggestMeBuddy all cryptographic randomness is produced directly in your browser using the native Web Cryptography API (window.crypto.getRandomValues). Zero passwords, keystrokes, or network packets are sent to external servers, ensuring 100% zero-knowledge client-side privacy.

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