There is your password, password key, master key, confirmation link hash, and login hash. To derive your password key you do (65536. (passwordLength + 15) / 16) rounds of AES128 encryption. The master key is generated randomly and is AES128 encrypted with your password key and stored at Mega. However; it would take nearly 200 years to crack a 12-character password of mixed lower case letters! Each time you add a character to your password, you increase the amount of time it takes a password cracker to decipher it. 8-character passwords take a few hours to crack, 9 character passwords take about a week to crack, 10-character.
If you are here to crack Maga's confirmation link challenge, you should know that it will cost more in energy usage than what they will pay you. Since they only gave that link so that they could say 'see no one can crack this'. **IF** it is even remotely crackable it is a sentence or at least eight random words. My guess is it is output from /dev/urandom or someone smacking the keyboard for a minute.
MegaCracker v0.2a multi threaded and fixed a few bugs. Don't use the long parameter name with an equal sign. There's an off by one bug --input=asdf looks for a file named '=asdf'. Also --hash=... will process the hash wrong and won't crack it. On a i7-2600 I get 4820 c/s (single hash and 100 hashes) without precomputed data and 4.59 Mc/s (single hash) and 317 Kc/s (100 hashes) with precomputed data.
MegaHash List I precomputed some passwords so you can crack these faster.
Generate/Analyze
Email:
Password:
| Password key: | N/A |
| Master key: | N/A |
| Confirmation Link Hash: | N/A |
| Confirmation Link Hash (for MegaCracker): | N/A |
| Login Hash: | N/A |
Confirmation Link:
Password (optional):
| Hex: | N/A |
| Master key: | N/A |
| Encrypted master key: | N/A |
| Password hash: | N/A |
| Unknown: | N/A |
| Email: | N/A |
| Spacer: | N/A |
| Name: | N/A |
| Unknown: | N/A |
Info
There is your password, password key, master key, confirmation link hash, and login hash. To derive your password key you do (65536 * (passwordLength + 15) / 16) rounds of AES128 encryption. The master key is generated randomly and is AES128 encrypted with your password key and stored at Mega. The hash found in the confirmation link is 64 bits of random data and 64 bits of zeros AES128 encrypted with your password key. The login hash is your email address compressed with xor, encrypted 16,384 times with your password key, and truncated to 64 bits.
'str_to_a32()' is not Unicode safe. This is used to convert your password into an array of 32 bit numbers. This limits the key space since Unicode character values larger than 255 leak over. So passwords 'bĀ' and 'cĀ' are equivalent (Ā is U+0100). Not as bad as $2x$ but still not good.
The confirmation link hashes are salted, but they are salted after key stretching which means it's really fast when you look at many users.
Attacking the confirmation links:
| Users | Properly Salted | Mega | Difference |
|---|---|---|---|
| 1 | 65,537 | 65,537 | Same |
| 10 | 655,370 | 65,546 | 10.0x |
| 100 | 6,553,700 | 65,636 | 99.8x |
| 1,000 | 65,537,000 | 66,536 | 985x |
| 10,000 | 655,370,000 | 75,536 | 8,680x |
| 100,000 | 6,553,700,000 | 165,536 | 39,600x |
| 1,000,000 | 65,537,000,000 | 1,065,536 | 61,500x |
Note that 'properly salted' and 'Mega' columns are number of rounds of AES128. Note you can sort of compare PBKDF2 to Mega's KDF by looking at the 'difference' column. If you were to tuned PBKDF2 to take the same amount of time as Mega's KDF. Although there are speed differences depending on the platform of the cracking rig.
Good news is that the login hashes are salted in the middle of key stretching.
Attacking the login hashes (assuming they don't do any server side hashing):
| Users | Properly Salted | Mega | Difference |
|---|---|---|---|
| 1 | 81,920 | 81,920 | Same |
| 10 | 819,200 | 229,376 | 3.57x |
| 100 | 8,192,000 | 1,703,936 | 4.81x |
| 1,000 | 81,920,000 | 16,449,536 | 4.98x |
| 10,000 | 819,200,000 | 163,905,536 | 5.00x |
| 100,000 | 8,192,000,000 | 1,638,465,536 | 5.00x |
| 1,000,000 | 81,920,000,000 | 16,384,065,536 | 5.00x |
Bad news is the login hashes are much harder than checking a file.
Attacking the files:
| Users | Properly Salted | Mega | Difference |
|---|---|---|---|
| 1 | 65,537 | 65,539 | Same |
| 10 | 655,370 | 65,566 | 10.0x |
| 100 | 6,553,700 | 65,836 | 99.5x |
| 1,000 | 65,537,000 | 68,536 | 956x |
| 10,000 | 655,370,000 | 95,536 | 6,860x |
| 100,000 | 6,553,700,000 | 365,536 | 17,900x |
| 1,000,000 | 65,537,000,000 | 3,065,536 | 21,400x |
Hey it could be worse they could be like LastPass¹:

| Users | Properly Salted | Mega | LastPass |
|---|---|---|---|
| 1 | x | x | 1 |
| 10 | 10*x | 10+x | 10 |
| 100 | 100*x | 100+x | 100 |
| 1,000 | 1,000*x | 1,000+x | 1,000 |
| 10,000 | 10,000*x | 10,000+x | 10,000 |
| 100,000 | 100,000*x | 100,000+x | 100,000 |
| 1,000,000 | 1,000,000*x | 1,000,000+x | 1,000,000 |
¹ LastPass can throw an error that tells the client to send a salted double SHA256 of your password. 'SHA256(SHA256_lower_case_hex(email + password) + password)' to be exact.
² 'x' is the hardness of the key stretching.
³ Mega uses AES and LastPass uses SHA256. On CPUs, 1x AES is 8.7x faster than 3x SHA256 (benchmarked with Q9300). With less than 8,500 users LastPass is weaker otherwise Mega is weaker. On GPUs 1x AES is roughly 1.5x faster than 3x SHA256. With less than roughly 100,000 users LastPass is weaker otherwise Mega is weaker.

May 25, 2021 | By Admin
Password Hacker Website
Password Hacker or Cracker refers to the individual who attempts to crack the secret word, phrase or string of characters used to gain access to secured data. Password hacking is often referred to as password cracking. In a genuine case, the password hacker tries to recover passwords from data transmitted by or stored on a computer.
System administrators may use password hacking as a preventive tactic, to help a legitimate user retrieve a forgotten password. Besides, it also helps them to easily track down hacked passwords to modify them for increased security.
Cybercriminals and Online fraudsters hack passwords to obtain access to a secure system. Their intent is malicious and it often revolves around making money through the unlawful means.
How To Crack and Hack Passwords?
Basically, there are two methods that are in use to hack passwords – one is the brute force method and the other is by guessing.

Brute Force: In the brute force method, a password hacker tries to input every potentialTry cWatch today! password sequence to find out a password. By far, this method is the efficient method for a password hacker to conclude on the password hash function, or mathematical computation, or algorithm, used to encrypt, or code, password data.
Guessing: In the guessing method, a password hacker might make use of the password owner's personal information to figure out the password. The password owner's date of birth, pet, relative or other information is all utilized to guess out the correct password.
Password Hacking and Cracking Techniques
Ever since the advent of online transactions, unethical hacking has increased in great numbers as the illegal activity provides access to email account details, credit card details, and other confidential information. Here are a few ways by which hackers cull out their required information:
Keylogger
This simple software records the key sequence and strokes of the keyboard into a log file on the computer and then passes it on to the password hacker. This is why Net-banking sites provide the user with a choice to use their virtual keyboards.
Denial of Service (DoSDDoS)
The DDoS hacking technique overwhelms a website or server with a lot of traffic whereby choking it finally to come crashing down. Often, hackers make use of botnets or zombie computers that they have in their network to drown a victim's system with request packets. Notably, the DDoS attacks are constantly increasing day by day.
Fake WAP
The hacker makes use of a software to dupe a wireless access point and once inside the network the hacker accesses all the required data. The Fake WAP is one of the easier hacks to achieve and one just needs a simple software and wireless network.
Phishing
The most used hacking technique is the Phishing which enables a hacker to replicate the most-accessed sites and tricks the victim by sending that spoofed link. Mostly the links arrive in the email to the victim.
ClickJacking Attacks
Also known as UI Redress – the ClickJacking Attack deceives the victim by hiding the actual UI where the victim needs to click. The attack is targeted on users who try downloading an app, stream movies or visit torrent websites. Mostly it is used to steal the personal information.

Free Password Hacking and Cracking Tools
Over the years, password hacking which is also known as password cracking has evolved tremendously. On the technical front, hacking involves a hacker brute forcing the way into a website admin panel and this requires faster CPUs. However, a well-informed Cybersecurity personnel will be able to deter the brute forcing attempt. And, the top vulnerable websites that can be forced into with the website password hack software are Aircrack, Crowbar, John the Ripper, L0phtCrack, Medusa, ophcrack, RainbowCrack, SolarWinds, THC Hydra and more.
How to Defend against Password Hacking?
The best ways to thwart the password thieves is by relying on a hack-proof password. Find below the essential tips to construct a strong password.
Construct a longer password comprising of alphanumeric, special characters (@#$%^&*) and also use uppercase and lowercase letters. Longer passwords are stronger passwords. Password hackers will not be able to crack it for a while. Passwords are not pass-words so don't share.
Rags Game Password Crack Download
Last but not the least, change the password often. A periodic change of passwords helps keep password hackers at bay.
Rags Game Password Crack Free
You can also try using Comodo cWatch which is one of the leading website security software today. cWatch can effectively detect and remove web security threats (including DDoS attacks) and also enhances the speed of your website. With a powerful cloud-based malware scanning and 'Default Deny' approach, Comodo cWatch will go beyond your expectations. Try cWatch today!