# Randomly Generated Passwords
# https://pypi.org/project/pwdgen/

🐑s😜🌊🌥🌟😩🍔h🐛🎎🌘🌟🏣🥤😊🍧😃🐈🥑👄w]H🙀🍐🙄📙🤐📙👎🍗🎞🎋🍆|🍂👰🥭📱👻👀:👐🐦4🚧🍭😀💆
# https://passw0rd.me/all/50
# pool size: 804
# possible combinations: 2e+145
# equivalent alphanumeric password length: 81.0
# this password would be compromised by
#   - a botnet* in: 1e+129 millenia
#   - being phished: 63 seconds
#   - being stored in plaintext: 10 milliseconds
#   - a virus on your device: 10 milliseconds


plaza-curing-fedora-life-outlast-esteemed
# https://passw0rd.me/eff-passphrase/6
# pool size: 7776
# possible combinations: 2e+23
# equivalent alphanumeric password length: 13.0
# this password would be compromised by
#   - a botnet* in: 1e+7 millenia
#   - being phished: 63 seconds
#   - being stored in plaintext: 10 milliseconds
#   - a virus on your device: 10 milliseconds


_~EsW1^,F.Ghme=8CqfS*t:HU]s9e5l;K!kzH0c']8hGE`&%Ft
# https://passw0rd.me/ascii/50
# pool size: 94
# possible combinations: 5e+98
# equivalent alphanumeric password length: 55.0
# this password would be compromised by
#   - a botnet* in: 3e+82 millenia
#   - being phished: 63 seconds
#   - being stored in plaintext: 10 milliseconds
#   - a virus on your device: 10 milliseconds


wcHm1n7aqRhDVD0IB8PV7ur4RjnVeCCwyh4mYn9tP4fF7hKWtB
# https://passw0rd.me/alphanumeric/50
# pool size: 62
# possible combinations: 4e+89
# equivalent alphanumeric password length: 50.0
# this password would be compromised by
#   - a botnet* in: 3e+73 millenia
#   - being phished: 63 seconds
#   - being stored in plaintext: 10 milliseconds
#   - a virus on your device: 10 milliseconds


🍐😁🎦😷🙁🐋🥑💓👢🥢💮😪🎢🍮🚼🚏📉🏪📒🍚💿🌯😏🥏😏👓🌽🤛📂🏭🍗🏭🌩🏌😑🏙🐜💥🍣🎧👵👈🐤🏡💄🎭🍼🛁👓👼
# https://passw0rd.me/emoji/50
# pool size: 710
# possible combinations: 4e+142
# equivalent alphanumeric password length: 79.5
# this password would be compromised by
#   - a botnet* in: 2e+126 millenia
#   - being phished: 63 seconds
#   - being stored in plaintext: 10 milliseconds
#   - a virus on your device: 10 milliseconds






* Assuming 1 trillion MD5 hashes/second. http://dreamersion.com/research-papers/usage-of-botnets-for-high-speed-md5-hash-cracking/