8 Digit Password Wordlist [best]

Each 8-digit entry (plus a newline character) typically takes up 9 bytes. The total uncompressed file size is approximately . 2. Common Use Cases

| Hash Type | Speed (Hashes/sec on RTX 4090) | Time to Crack All 8-Char Numeric (100M) | Time for 8-Char Alphanumeric (72^8) | | --- | --- | --- | --- | | MD5 | 200 billion/sec | ~0.0005 seconds | ~1 hour | | NTLM | 100 billion/sec | ~0.001 seconds | ~2 hours | | SHA-1 | 50 billion/sec | ~0.002 seconds | ~4 hours | | SHA-256 | 5 billion/sec | ~0.02 seconds | ~40 hours | | bcrypt (cost 5) | 200 thousand/sec | ~500 seconds | ~114 years |

To maximize security, move beyond simple 8-digit numeric codes: Use 12-16 characters or more. 8 Digit Password Wordlist

Many users do not choose random 8-digit numbers. They use birthdays (19900512), sequential numbers (12345678), or repeated patterns (11112222). Attackers use "smart" wordlists that rank these common combinations first, often cracking the code in seconds. 3. Lack of Character Diversity

For 8-digit numeric passwords, Hashcat's Mask Attack ( -a 3 ) is often faster than using a wordlist file because it generates the candidates on the fly without reading from a disk. Each 8-digit entry (plus a newline character) typically

If you are currently using an 8-digit password, it is highly recommended to upgrade to a more secure format.

Notable pre‑built wordlist resources include: Common Use Cases | Hash Type | Speed

Where possible, eliminate numeric-only password options. Enforce a minimum length of 12 to 16 characters mixing uppercase letters, lowercase letters, numbers, and symbols. Increasing character entropy makes standard wordlist attacks computationally unfeasible. If you want to explore this topic further, tell me:

A full 8-digit wordlist is highly feasible to generate and store. It fits easily on a USB drive or in RAM for most modern computers.

Combinations like password (8 letters exactly) or admin123 (4 letters + 3 digits – not strictly 8 characters, but the dictionary may include truncated versions).