Password Management Tools
Secure your online accounts with the best password management tools. Store, organize, and generate strong passwords easily and safely.
Password Management Tools
Password Management Tools
The Password Management Tools category provides four free browser-based tools for creating, evaluating, and managing passwords and password-related data. All tools run in your browser — generated passwords, entered text, and hashes are not stored or transmitted to ToolsPiNG servers.
The four tools cover different needs: generating strong random passwords for everyday use, checking whether an existing password is resistant to common attacks, creating WordPress-compatible password hashes for database administration, and generating MD5 hashes for non-security uses such as file checksums and legacy system compatibility.
The four tools
| Tool | Primary function | Key features |
| Password Generator | Generate strong, random passwords on demand | Three generation modes: All Character (maximum entropy), Easy To Read (excludes visually ambiguous characters 0/O/1/l/I), Easy To Say (letters only, dictatable). Customizable character types (uppercase, lowercase, numbers, symbols) and length. Client-side generation — passwords are never transmitted to a server. |
| Password Strength Checker | Evaluate how resistant a password is to attacks | Real-time analysis against five criteria. Brute-force time estimates showing how quickly common password patterns can be cracked on modern hardware. Identifies structural weaknesses including dictionary words, predictable substitutions, and keyboard patterns. |
| WordPress Password Generator | Generate WordPress-compatible bcrypt/phpass hashes for database updates | Produces hashes in the format WordPress's wp_users.user_pass field requires. Supports both bcrypt ($2y$) for WordPress 6.x+ and phpass ($P$) for legacy installations. Includes phpMyAdmin step-by-step workflow and direct SQL update statement. |
| MD5 Generator | Generate MD5 hashes from any text input | One-click MD5 hash generation for checksums, deduplication, ETL change detection, and legacy system compatibility. Includes security context: MD5 must not be used for password storage and is not safe for security-critical hashing. Comparison with SHA-256, SHA-1, and bcrypt. |
MD5 is not safe for password storage. This is the most important security boundary in this category. MD5 hashes of passwords are reversible in seconds via rainbow tables and can be brute-force at billions of attempts per second on modern hardware. The MD5 Generator is included here for legitimate non-security uses — file checksums, data deduplication, ETL change detection, and legacy system compatibility. For any application that needs to store passwords securely, use bcrypt, scrypt, or Argon2. The WordPress Password Generator uses WordPress's correct hashing mechanism (bcrypt) — it is not related to the MD5 Generator.
Which tool do you need?
| What you want to do | Tool | Notes |
| Create a new strong password for any account | Password Generator | Choose All Character mode with all four character types at 16+ characters for maximum strength. Supports three modes: All Character, Easy To Read, and Easy To Say. |
| Check whether an existing password is strong | Password Strength Checker | Evaluates five criteria: lowercase letters, uppercase letters, numbers, special characters, and minimum length. Also see the brute-force time estimates on that page for a realistic picture of what 'strong' means. |
| Reset a WordPress admin password when locked out of the dashboard | WordPress Password Generator | Generates a WordPress-compatible bcrypt or phpass hash to paste into wp_users.user_pass via phpMyAdmin or direct SQL. Use only when the normal WordPress password reset email is unavailable. |
| Generate an MD5 hash for a checksum, deduplication, or legacy system | MD5 Generator | Enter any text and receive the 32-character hexadecimal MD5 hash. Use for non-security purposes: file checksums, ETL change detection, content-addressed cache keys. Do not use for password hashing. |
| Generate a WordPress-compatible hash for a migration or database seed | WordPress Password Generator | During site migrations, staging database setup, or WordPress user imports, generate correct password hashes for known test credentials rather than entering plain text into the database. |
| Understand what makes a password strong before creating one | Password Strength Checker | The Strength Checker page includes a brute-force time estimates table and an explanation of how length and character set size interact — useful background before generating passwords for important accounts. |
Password security — the principles that make these tools useful
Unique passwords for every account
The most impactful password practice is using a different password for every account. When a service suffers a data breach and its credential database is stolen, attackers immediately try the leaked username/password combinations against other services — a technique called credential stuffing. Unique passwords mean a breach at one site exposes only that site's access. Reused passwords mean a single breach can compromise every account sharing that password. The Password Generator produces a unique password for each account in seconds; a password manager stores them all.
Length is more important than complexity
Adding complexity (symbols, mixed case) to a short password helps less than simply making the password longer. Each additional character multiplies the total number of possible passwords by the size of the character set — an exponential increase. A 16-character random lowercase password has more possible combinations than a 10-character fully complex password. The Password Generator's length setting is the most important setting; the character type settings add a useful multiplier on top.
Two-factor authentication
Strong passwords significantly reduce the risk of account compromise through password-guessing attacks. But passwords can also be stolen through phishing, malware, and data breaches — methods that bypass password strength entirely. Two-factor authentication (2FA) adds a second verification step that an attacker must also bypass even after obtaining the password. Enable 2FA — preferably via an authenticator app (Google Authenticator, Authy, Microsoft Authenticator) rather than SMS — on every account that supports it.
Store passwords in a password manager
A strong, unique password for every account is only practical with a password manager. The manager stores all passwords in an encrypted vault, autofills them at login, flags reused or weak passwords, and requires only one strong master password to unlock. Recommended options include Bitwarden (free, open-source), 1Password (paid, widely used), KeePassXC (free, local storage), Apple Keychain, and Google Password Manager. Browser-based password storage is acceptable for low-value accounts but a dedicated manager provides stronger security for important credentials.
Usage limits
| Account type | Daily limit | Applies to |
| Guest | 25 per day | Each tool independently — 25 passwords, 25 strength checks, 25 WP hashes, 25 MD5 hashes per day |
| Registered | 100 per day | Each tool independently — 100 passwords, 100 strength checks, 100 WP hashes, 100 MD5 hashes per day |
Frequently asked questions
What is the difference between the Password Generator and the WordPress Password Generator?
The Password Generator creates a plain-text random password — a string of characters you can use to log in to any account. It does not hash the output. The WordPress Password Generator takes a plain-text password as input and produces a WordPress-compatible hash — the value that goes into the wp_users.user_pass database field. WordPress cannot use plain-text passwords in its database; it requires a correctly formatted hash. Use the Password Generator for creating new passwords; use the WordPress Password Generator when you need to manually update a WordPress database entry.
Is it safe to use an online password generator?
Yes, for the ToolsPiNG Password Generator — password generation runs entirely in your browser using client-side JavaScript. No network request is made when you click Generate; the password is produced locally on your device and is never transmitted to ToolsPiNG's servers. You can verify this by disabling your internet connection and confirming the generator still produces passwords. For general caution: avoid generating passwords on shared, public, or untrusted devices where malware or screen-recording software could capture the output.
What is MD5 and why is it not recommended for passwords?
MD5 is a hash function that produces a 32-character hexadecimal output from any text input. It is fast, deterministic, and widely supported. It is not suitable for password hashing for three reasons: it is extremely fast (billions of hashes per second on modern GPU hardware, making brute-force attacks rapid), precomputed rainbow tables exist that instantly reverse common passwords, and it has no built-in salt (identical passwords produce identical hashes). Use bcrypt, scrypt, or Argon2 for password storage — they are intentionally slow, include a random salt, and are designed specifically for this purpose. The ToolsPiNG MD5 Generator is for checksums, deduplication, and legacy compatibility, not for password storage.
When should I use the Password Strength Checker vs the Password Generator?
Use the Password Generator when you need to create a new password — it produces a genuinely random password with no human patterns. Use the Password Strength Checker when you want to evaluate an existing password you are considering using — a password a service required you to choose, a password you already use that you want to audit, or a pattern you are considering. For new passwords, generating with the Password Generator is always preferable to constructing your own and then checking it — the generator removes human pattern bias entirely.
How strong does a password need to be?
For most accounts: 16 characters of random characters with all four character types (uppercase, lowercase, numbers, symbols) using All Character mode is very strong against brute force. For critical accounts (primary email, banking, password manager master password): 20 characters or more. For test and low-value accounts: 12 characters is acceptable. The precise answer depends on how the service stores passwords — modern services using bcrypt or Argon2 make even 12-character random passwords practically uncrackable; older services using MD5 or unsalted SHA-1 require longer passwords to compensate. When in doubt, use 16+ characters.
Does enabling 2FA mean I need a weaker password?
No — 2FA and a strong password address different attack vectors and should both be used together. 2FA protects against an attacker who has already obtained your password (via breach, phishing, or theft) but does not have your second factor. A strong password protects against brute-force and credential-stuffing attacks. Using both means an attacker needs both the password and the second factor — neither alone is sufficient. Weakening the password because 2FA is enabled removes a layer of protection for no benefit.
Are all four tools free?
Yes. All four tools are free within the daily usage limits. Guest users can use each tool 25 times per day without creating an account. Registering a free ToolsPiNG account increases the daily limit to 100 uses per tool per day. The limits apply independently to each tool — 25 password generations, 25 strength checks, 25 WordPress hashes, and 25 MD5 hashes per day as a guest.