Why is the maximum length of OpenWrt’s root password 8 characters?
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When I try to set root
's password:
root@OpenWrt:~# passwd
Changing password for root
Enter the new password (minimum of 5, maximum of 8 characters)
Please use a combination of upper and lower case letters and numbers.
It seems the maximum length is 8. If I try to set a password longer than 8, only the first 8 characters are valid. How can I set a longer password for root
?
My OpenWrt version:
Linux OpenWrt 4.14.108 #0 SMP Wed Mar 27 21:59:03 2019 x86_64 GNU/Linux
linux password root openwrt passwd
add a comment |
When I try to set root
's password:
root@OpenWrt:~# passwd
Changing password for root
Enter the new password (minimum of 5, maximum of 8 characters)
Please use a combination of upper and lower case letters and numbers.
It seems the maximum length is 8. If I try to set a password longer than 8, only the first 8 characters are valid. How can I set a longer password for root
?
My OpenWrt version:
Linux OpenWrt 4.14.108 #0 SMP Wed Mar 27 21:59:03 2019 x86_64 GNU/Linux
linux password root openwrt passwd
add a comment |
When I try to set root
's password:
root@OpenWrt:~# passwd
Changing password for root
Enter the new password (minimum of 5, maximum of 8 characters)
Please use a combination of upper and lower case letters and numbers.
It seems the maximum length is 8. If I try to set a password longer than 8, only the first 8 characters are valid. How can I set a longer password for root
?
My OpenWrt version:
Linux OpenWrt 4.14.108 #0 SMP Wed Mar 27 21:59:03 2019 x86_64 GNU/Linux
linux password root openwrt passwd
When I try to set root
's password:
root@OpenWrt:~# passwd
Changing password for root
Enter the new password (minimum of 5, maximum of 8 characters)
Please use a combination of upper and lower case letters and numbers.
It seems the maximum length is 8. If I try to set a password longer than 8, only the first 8 characters are valid. How can I set a longer password for root
?
My OpenWrt version:
Linux OpenWrt 4.14.108 #0 SMP Wed Mar 27 21:59:03 2019 x86_64 GNU/Linux
linux password root openwrt passwd
linux password root openwrt passwd
edited yesterday
Peter Mortensen
2,14242124
2,14242124
asked yesterday
Alan42Alan42
386212
386212
add a comment |
add a comment |
2 Answers
2
active
oldest
votes
This is because DES-based crypt (AKA 'descrypt') truncates passwords at 8 bytes, and only checks the first 8 for the purpose of password verification.
That's the answer to your direct question, but here's some general advice implied by your context:
Fortunately, from my reading,
MD5
in/etc/login.defs
is actually md5crypt ($1$), which, while a little outdated and declared deprecated by its author, is still far superior to DES-based crypt (and definitely much better than a raw, unsalted hash like plain MD5! Most unsalted hashes can be cracked on commodity GPUs at rates of billions per second)It looks like
SHA256
(actually sha256crypt) andSHA512
(actually sha512crypt) are also there. I would pick one of those instead.If you set your password to
password
or something under each scheme, you can visually verify whether or not my conclusion that they're the -crypt variants is correct (examples here are taken from the hashcat example hashes, all 'hashcat', some wrapped for readability):
Not recommended - unsalted or legacy hash types, much too "fast" (cracking rates) for password storage:
MD5 - 8743b52063cd84097a65d1633f5c74f5
SHA256 - 127e6fbfe24a750e72930c220a8e138275656b8e5d8f48a98c3c92df2caba935
SHA512 - 82a9dda829eb7f8ffe9fbe49e45d47d2dad9664fbb7adf72492e3c81ebd3e2
9134d9bc12212bf83c6840f10e8246b9db54a4859b7ccd0123d86e5872c1e5082f
descrypt - 48c/R8JAv757A
OK - much better than unsalted, no truncation, but no longer sufficiently resistant to brute force on modern hardware:
md5crypt - $1$28772684$iEwNOgGugqO9.bIz5sk8k/
Better - relatively modern hashes with large salts and work factors:
sha256crypt - $5$rounds=5000$GX7BopJZJxPc/KEK$le16UF8I2Anb.rOrn22AUPWvzUETDGefUmAV8AZkGcD
sha512crypt - $6$52450745$k5ka2p8bFuSmoVT1tzOyyuaREkkKBcCNqoDKzYiJL9RaE8yMnPgh2XzzF0NDrUhgrcLwg78xs1w5pJiypEdFX/
Of these, only descrypt truncates at 8. The last two are your best bet.
Note also that I'm only listing the hash types that are supported by /etc/login.defs on this platform. For general use, even sha256crypt and sha512crypt have been superseded - first by bcrypt, and then later by truly parallel-attack-resistant hashes like scrypt and the Argon2 family. (Note, however, that for interactive logins that should complete in under one second, bcrypt is actually more resistant to attack than the latter)
add a comment |
I modified this in /etc/login.defs
:
PASS_MAX_LEN 8
problem fixed.
Important additions:
After I changed the above parameters, although I can set a password larger than 8 digits, it is still invalid because the real password is only the first eight digits. I don't know if this is my problem.
My final solution is to set
# ENCRYPT_METHOD DES
to
ENCRYPT_METHOD MD5
in /etc/login.defs
.
Now, I can finally set a root password that is really larger than eight.
15
Good fix, but bad original choice for a system default though...
– HBruijn
yesterday
8
I assume you changed your password to something longer than 8 characters now. Can you try if logging in with just the first 8 characters of your longer password works? Because it just might...
– marcelm
yesterday
9
You might consider changing that to SHA256 or SHA512 or they are supported - MD5 is considered broken these days.
– PhilippNagel
yesterday
7
really sha256 and sha512 by themselves aren't much better than md5. you need a salt, and use the crypt versions of these algorithms.
– SnakeDoc
yesterday
4
@PhilippNagel With a high-entropy password, it's not too bad. While MD5 should certainly be considered broken, the currently known weaknesses don't affect it for password hashing. What is a problem for password hashing is the speed; non-iterated MD5 is so fast that brute-forcing is very feasible for many passwords.
– marcelm
yesterday
|
show 5 more comments
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2 Answers
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active
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2 Answers
2
active
oldest
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active
oldest
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votes
This is because DES-based crypt (AKA 'descrypt') truncates passwords at 8 bytes, and only checks the first 8 for the purpose of password verification.
That's the answer to your direct question, but here's some general advice implied by your context:
Fortunately, from my reading,
MD5
in/etc/login.defs
is actually md5crypt ($1$), which, while a little outdated and declared deprecated by its author, is still far superior to DES-based crypt (and definitely much better than a raw, unsalted hash like plain MD5! Most unsalted hashes can be cracked on commodity GPUs at rates of billions per second)It looks like
SHA256
(actually sha256crypt) andSHA512
(actually sha512crypt) are also there. I would pick one of those instead.If you set your password to
password
or something under each scheme, you can visually verify whether or not my conclusion that they're the -crypt variants is correct (examples here are taken from the hashcat example hashes, all 'hashcat', some wrapped for readability):
Not recommended - unsalted or legacy hash types, much too "fast" (cracking rates) for password storage:
MD5 - 8743b52063cd84097a65d1633f5c74f5
SHA256 - 127e6fbfe24a750e72930c220a8e138275656b8e5d8f48a98c3c92df2caba935
SHA512 - 82a9dda829eb7f8ffe9fbe49e45d47d2dad9664fbb7adf72492e3c81ebd3e2
9134d9bc12212bf83c6840f10e8246b9db54a4859b7ccd0123d86e5872c1e5082f
descrypt - 48c/R8JAv757A
OK - much better than unsalted, no truncation, but no longer sufficiently resistant to brute force on modern hardware:
md5crypt - $1$28772684$iEwNOgGugqO9.bIz5sk8k/
Better - relatively modern hashes with large salts and work factors:
sha256crypt - $5$rounds=5000$GX7BopJZJxPc/KEK$le16UF8I2Anb.rOrn22AUPWvzUETDGefUmAV8AZkGcD
sha512crypt - $6$52450745$k5ka2p8bFuSmoVT1tzOyyuaREkkKBcCNqoDKzYiJL9RaE8yMnPgh2XzzF0NDrUhgrcLwg78xs1w5pJiypEdFX/
Of these, only descrypt truncates at 8. The last two are your best bet.
Note also that I'm only listing the hash types that are supported by /etc/login.defs on this platform. For general use, even sha256crypt and sha512crypt have been superseded - first by bcrypt, and then later by truly parallel-attack-resistant hashes like scrypt and the Argon2 family. (Note, however, that for interactive logins that should complete in under one second, bcrypt is actually more resistant to attack than the latter)
add a comment |
This is because DES-based crypt (AKA 'descrypt') truncates passwords at 8 bytes, and only checks the first 8 for the purpose of password verification.
That's the answer to your direct question, but here's some general advice implied by your context:
Fortunately, from my reading,
MD5
in/etc/login.defs
is actually md5crypt ($1$), which, while a little outdated and declared deprecated by its author, is still far superior to DES-based crypt (and definitely much better than a raw, unsalted hash like plain MD5! Most unsalted hashes can be cracked on commodity GPUs at rates of billions per second)It looks like
SHA256
(actually sha256crypt) andSHA512
(actually sha512crypt) are also there. I would pick one of those instead.If you set your password to
password
or something under each scheme, you can visually verify whether or not my conclusion that they're the -crypt variants is correct (examples here are taken from the hashcat example hashes, all 'hashcat', some wrapped for readability):
Not recommended - unsalted or legacy hash types, much too "fast" (cracking rates) for password storage:
MD5 - 8743b52063cd84097a65d1633f5c74f5
SHA256 - 127e6fbfe24a750e72930c220a8e138275656b8e5d8f48a98c3c92df2caba935
SHA512 - 82a9dda829eb7f8ffe9fbe49e45d47d2dad9664fbb7adf72492e3c81ebd3e2
9134d9bc12212bf83c6840f10e8246b9db54a4859b7ccd0123d86e5872c1e5082f
descrypt - 48c/R8JAv757A
OK - much better than unsalted, no truncation, but no longer sufficiently resistant to brute force on modern hardware:
md5crypt - $1$28772684$iEwNOgGugqO9.bIz5sk8k/
Better - relatively modern hashes with large salts and work factors:
sha256crypt - $5$rounds=5000$GX7BopJZJxPc/KEK$le16UF8I2Anb.rOrn22AUPWvzUETDGefUmAV8AZkGcD
sha512crypt - $6$52450745$k5ka2p8bFuSmoVT1tzOyyuaREkkKBcCNqoDKzYiJL9RaE8yMnPgh2XzzF0NDrUhgrcLwg78xs1w5pJiypEdFX/
Of these, only descrypt truncates at 8. The last two are your best bet.
Note also that I'm only listing the hash types that are supported by /etc/login.defs on this platform. For general use, even sha256crypt and sha512crypt have been superseded - first by bcrypt, and then later by truly parallel-attack-resistant hashes like scrypt and the Argon2 family. (Note, however, that for interactive logins that should complete in under one second, bcrypt is actually more resistant to attack than the latter)
add a comment |
This is because DES-based crypt (AKA 'descrypt') truncates passwords at 8 bytes, and only checks the first 8 for the purpose of password verification.
That's the answer to your direct question, but here's some general advice implied by your context:
Fortunately, from my reading,
MD5
in/etc/login.defs
is actually md5crypt ($1$), which, while a little outdated and declared deprecated by its author, is still far superior to DES-based crypt (and definitely much better than a raw, unsalted hash like plain MD5! Most unsalted hashes can be cracked on commodity GPUs at rates of billions per second)It looks like
SHA256
(actually sha256crypt) andSHA512
(actually sha512crypt) are also there. I would pick one of those instead.If you set your password to
password
or something under each scheme, you can visually verify whether or not my conclusion that they're the -crypt variants is correct (examples here are taken from the hashcat example hashes, all 'hashcat', some wrapped for readability):
Not recommended - unsalted or legacy hash types, much too "fast" (cracking rates) for password storage:
MD5 - 8743b52063cd84097a65d1633f5c74f5
SHA256 - 127e6fbfe24a750e72930c220a8e138275656b8e5d8f48a98c3c92df2caba935
SHA512 - 82a9dda829eb7f8ffe9fbe49e45d47d2dad9664fbb7adf72492e3c81ebd3e2
9134d9bc12212bf83c6840f10e8246b9db54a4859b7ccd0123d86e5872c1e5082f
descrypt - 48c/R8JAv757A
OK - much better than unsalted, no truncation, but no longer sufficiently resistant to brute force on modern hardware:
md5crypt - $1$28772684$iEwNOgGugqO9.bIz5sk8k/
Better - relatively modern hashes with large salts and work factors:
sha256crypt - $5$rounds=5000$GX7BopJZJxPc/KEK$le16UF8I2Anb.rOrn22AUPWvzUETDGefUmAV8AZkGcD
sha512crypt - $6$52450745$k5ka2p8bFuSmoVT1tzOyyuaREkkKBcCNqoDKzYiJL9RaE8yMnPgh2XzzF0NDrUhgrcLwg78xs1w5pJiypEdFX/
Of these, only descrypt truncates at 8. The last two are your best bet.
Note also that I'm only listing the hash types that are supported by /etc/login.defs on this platform. For general use, even sha256crypt and sha512crypt have been superseded - first by bcrypt, and then later by truly parallel-attack-resistant hashes like scrypt and the Argon2 family. (Note, however, that for interactive logins that should complete in under one second, bcrypt is actually more resistant to attack than the latter)
This is because DES-based crypt (AKA 'descrypt') truncates passwords at 8 bytes, and only checks the first 8 for the purpose of password verification.
That's the answer to your direct question, but here's some general advice implied by your context:
Fortunately, from my reading,
MD5
in/etc/login.defs
is actually md5crypt ($1$), which, while a little outdated and declared deprecated by its author, is still far superior to DES-based crypt (and definitely much better than a raw, unsalted hash like plain MD5! Most unsalted hashes can be cracked on commodity GPUs at rates of billions per second)It looks like
SHA256
(actually sha256crypt) andSHA512
(actually sha512crypt) are also there. I would pick one of those instead.If you set your password to
password
or something under each scheme, you can visually verify whether or not my conclusion that they're the -crypt variants is correct (examples here are taken from the hashcat example hashes, all 'hashcat', some wrapped for readability):
Not recommended - unsalted or legacy hash types, much too "fast" (cracking rates) for password storage:
MD5 - 8743b52063cd84097a65d1633f5c74f5
SHA256 - 127e6fbfe24a750e72930c220a8e138275656b8e5d8f48a98c3c92df2caba935
SHA512 - 82a9dda829eb7f8ffe9fbe49e45d47d2dad9664fbb7adf72492e3c81ebd3e2
9134d9bc12212bf83c6840f10e8246b9db54a4859b7ccd0123d86e5872c1e5082f
descrypt - 48c/R8JAv757A
OK - much better than unsalted, no truncation, but no longer sufficiently resistant to brute force on modern hardware:
md5crypt - $1$28772684$iEwNOgGugqO9.bIz5sk8k/
Better - relatively modern hashes with large salts and work factors:
sha256crypt - $5$rounds=5000$GX7BopJZJxPc/KEK$le16UF8I2Anb.rOrn22AUPWvzUETDGefUmAV8AZkGcD
sha512crypt - $6$52450745$k5ka2p8bFuSmoVT1tzOyyuaREkkKBcCNqoDKzYiJL9RaE8yMnPgh2XzzF0NDrUhgrcLwg78xs1w5pJiypEdFX/
Of these, only descrypt truncates at 8. The last two are your best bet.
Note also that I'm only listing the hash types that are supported by /etc/login.defs on this platform. For general use, even sha256crypt and sha512crypt have been superseded - first by bcrypt, and then later by truly parallel-attack-resistant hashes like scrypt and the Argon2 family. (Note, however, that for interactive logins that should complete in under one second, bcrypt is actually more resistant to attack than the latter)
edited 15 hours ago
answered yesterday
Royce WilliamsRoyce Williams
1,242815
1,242815
add a comment |
add a comment |
I modified this in /etc/login.defs
:
PASS_MAX_LEN 8
problem fixed.
Important additions:
After I changed the above parameters, although I can set a password larger than 8 digits, it is still invalid because the real password is only the first eight digits. I don't know if this is my problem.
My final solution is to set
# ENCRYPT_METHOD DES
to
ENCRYPT_METHOD MD5
in /etc/login.defs
.
Now, I can finally set a root password that is really larger than eight.
15
Good fix, but bad original choice for a system default though...
– HBruijn
yesterday
8
I assume you changed your password to something longer than 8 characters now. Can you try if logging in with just the first 8 characters of your longer password works? Because it just might...
– marcelm
yesterday
9
You might consider changing that to SHA256 or SHA512 or they are supported - MD5 is considered broken these days.
– PhilippNagel
yesterday
7
really sha256 and sha512 by themselves aren't much better than md5. you need a salt, and use the crypt versions of these algorithms.
– SnakeDoc
yesterday
4
@PhilippNagel With a high-entropy password, it's not too bad. While MD5 should certainly be considered broken, the currently known weaknesses don't affect it for password hashing. What is a problem for password hashing is the speed; non-iterated MD5 is so fast that brute-forcing is very feasible for many passwords.
– marcelm
yesterday
|
show 5 more comments
I modified this in /etc/login.defs
:
PASS_MAX_LEN 8
problem fixed.
Important additions:
After I changed the above parameters, although I can set a password larger than 8 digits, it is still invalid because the real password is only the first eight digits. I don't know if this is my problem.
My final solution is to set
# ENCRYPT_METHOD DES
to
ENCRYPT_METHOD MD5
in /etc/login.defs
.
Now, I can finally set a root password that is really larger than eight.
15
Good fix, but bad original choice for a system default though...
– HBruijn
yesterday
8
I assume you changed your password to something longer than 8 characters now. Can you try if logging in with just the first 8 characters of your longer password works? Because it just might...
– marcelm
yesterday
9
You might consider changing that to SHA256 or SHA512 or they are supported - MD5 is considered broken these days.
– PhilippNagel
yesterday
7
really sha256 and sha512 by themselves aren't much better than md5. you need a salt, and use the crypt versions of these algorithms.
– SnakeDoc
yesterday
4
@PhilippNagel With a high-entropy password, it's not too bad. While MD5 should certainly be considered broken, the currently known weaknesses don't affect it for password hashing. What is a problem for password hashing is the speed; non-iterated MD5 is so fast that brute-forcing is very feasible for many passwords.
– marcelm
yesterday
|
show 5 more comments
I modified this in /etc/login.defs
:
PASS_MAX_LEN 8
problem fixed.
Important additions:
After I changed the above parameters, although I can set a password larger than 8 digits, it is still invalid because the real password is only the first eight digits. I don't know if this is my problem.
My final solution is to set
# ENCRYPT_METHOD DES
to
ENCRYPT_METHOD MD5
in /etc/login.defs
.
Now, I can finally set a root password that is really larger than eight.
I modified this in /etc/login.defs
:
PASS_MAX_LEN 8
problem fixed.
Important additions:
After I changed the above parameters, although I can set a password larger than 8 digits, it is still invalid because the real password is only the first eight digits. I don't know if this is my problem.
My final solution is to set
# ENCRYPT_METHOD DES
to
ENCRYPT_METHOD MD5
in /etc/login.defs
.
Now, I can finally set a root password that is really larger than eight.
edited yesterday
muru
498521
498521
answered yesterday
Alan42Alan42
386212
386212
15
Good fix, but bad original choice for a system default though...
– HBruijn
yesterday
8
I assume you changed your password to something longer than 8 characters now. Can you try if logging in with just the first 8 characters of your longer password works? Because it just might...
– marcelm
yesterday
9
You might consider changing that to SHA256 or SHA512 or they are supported - MD5 is considered broken these days.
– PhilippNagel
yesterday
7
really sha256 and sha512 by themselves aren't much better than md5. you need a salt, and use the crypt versions of these algorithms.
– SnakeDoc
yesterday
4
@PhilippNagel With a high-entropy password, it's not too bad. While MD5 should certainly be considered broken, the currently known weaknesses don't affect it for password hashing. What is a problem for password hashing is the speed; non-iterated MD5 is so fast that brute-forcing is very feasible for many passwords.
– marcelm
yesterday
|
show 5 more comments
15
Good fix, but bad original choice for a system default though...
– HBruijn
yesterday
8
I assume you changed your password to something longer than 8 characters now. Can you try if logging in with just the first 8 characters of your longer password works? Because it just might...
– marcelm
yesterday
9
You might consider changing that to SHA256 or SHA512 or they are supported - MD5 is considered broken these days.
– PhilippNagel
yesterday
7
really sha256 and sha512 by themselves aren't much better than md5. you need a salt, and use the crypt versions of these algorithms.
– SnakeDoc
yesterday
4
@PhilippNagel With a high-entropy password, it's not too bad. While MD5 should certainly be considered broken, the currently known weaknesses don't affect it for password hashing. What is a problem for password hashing is the speed; non-iterated MD5 is so fast that brute-forcing is very feasible for many passwords.
– marcelm
yesterday
15
15
Good fix, but bad original choice for a system default though...
– HBruijn
yesterday
Good fix, but bad original choice for a system default though...
– HBruijn
yesterday
8
8
I assume you changed your password to something longer than 8 characters now. Can you try if logging in with just the first 8 characters of your longer password works? Because it just might...
– marcelm
yesterday
I assume you changed your password to something longer than 8 characters now. Can you try if logging in with just the first 8 characters of your longer password works? Because it just might...
– marcelm
yesterday
9
9
You might consider changing that to SHA256 or SHA512 or they are supported - MD5 is considered broken these days.
– PhilippNagel
yesterday
You might consider changing that to SHA256 or SHA512 or they are supported - MD5 is considered broken these days.
– PhilippNagel
yesterday
7
7
really sha256 and sha512 by themselves aren't much better than md5. you need a salt, and use the crypt versions of these algorithms.
– SnakeDoc
yesterday
really sha256 and sha512 by themselves aren't much better than md5. you need a salt, and use the crypt versions of these algorithms.
– SnakeDoc
yesterday
4
4
@PhilippNagel With a high-entropy password, it's not too bad. While MD5 should certainly be considered broken, the currently known weaknesses don't affect it for password hashing. What is a problem for password hashing is the speed; non-iterated MD5 is so fast that brute-forcing is very feasible for many passwords.
– marcelm
yesterday
@PhilippNagel With a high-entropy password, it's not too bad. While MD5 should certainly be considered broken, the currently known weaknesses don't affect it for password hashing. What is a problem for password hashing is the speed; non-iterated MD5 is so fast that brute-forcing is very feasible for many passwords.
– marcelm
yesterday
|
show 5 more comments
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