Password Policy Generator

Build a configurable password policy for websites, applications, teams, administrators, service accounts and sensitive systems.

Organization and policy details
Policy preset
Password length and character requirements

Password strength controls
bits
Expiration, history and lockout
days
0 = no periodic expiry.
days
days
min
hours
min

Multi-factor authentication
Passphrases, temporary credentials and password managers

Reset, storage and sharing controls
Privileged, service and compromised accounts
days
days

Session and account security
min
days

Policy administration
months
0%
Not generated
Generate the policy to calculate security coverage.

Enabled security controls
0
Export and actions

Generated password policy

Complete the form and select “Generate policy”.

Why a Password Policy Matters

A password policy defines how users create, protect, reset, and manage account credentials. It converts security expectations into rules that administrators can apply consistently across websites, applications, cloud systems, and internal services. Good policies emphasize longer passwords, passphrases, compromised-password blocking, secure resets, and multi-factor authentication. They also reduce risky practices such as password sharing, insecure storage, and repeated use of familiar credentials. A useful policy should be clear enough for users while remaining specific enough for technical teams to implement.

Balance Security and Usability

Strong security does not require making passwords unnecessarily difficult to remember. Longer passwords usually provide more practical protection than complicated character rules alone. Organizations can allow passphrases, support approved password managers, and require stronger controls for administrators or sensitive systems. Periodic password expiration can create predictable changes without necessarily improving security, so many organizations reserve forced changes for compromise, reset events, or specific compliance requirements. Lockout rules should slow automated attacks without making normal mistakes overly disruptive. Multi-factor authentication provides another protective layer when passwords are exposed.

Make the Policy Operational

A written policy becomes valuable when it connects directly to configuration settings. Minimum length, history, login attempts, reset-token lifetime, session timeout, and privileged-account rules should match actual system controls. Service accounts need separate treatment because machine credentials may require vaulting and automated rotation. Passwords should never be stored as readable text; applications should use modern salted password hashing and secure transport. Teams should also define how suspected compromise is handled, including forced resets, session revocation, alerts, and escalation. Reviewing the policy regularly helps keep it aligned with systems, threats, standards, and business needs.

Example Policy Levels

LevelMinimum LengthMFAHistoryTypical Use
Basic12Recommended5Low-risk websites
Business14Required12Employee systems
High security16+Required24Privileged or sensitive access
Service account32+System dependentVault managedMachine credentials

Frequently Asked Questions

What is a password policy?

A password policy is a documented set of rules governing password creation, use, storage, reset, reuse, and related account protections.

What minimum password length should I choose?

Many organizations choose at least 12 to 16 characters. Higher-risk accounts can use longer minimums or managed random credentials.

Should passwords expire automatically?

Periodic expiration is not always necessary. Many policies instead require changes after compromise, administrator resets, or specific regulatory requirements.

Are passphrases allowed?

Yes. Long passphrases can be easier to remember while providing strong resistance to guessing, especially when common phrases are blocked.

Why should MFA be included?

MFA reduces reliance on a password alone. It can protect accounts when a password is stolen, guessed, or reused elsewhere.

How should passwords be stored?

Applications should store password verifiers using a modern password-hashing approach with appropriate salts and implementation safeguards, never plaintext passwords.

What should happen after suspected compromise?

The organization can require a password change, revoke active sessions, alert the user, investigate the event, and escalate serious incidents.

Can this generator replace legal or compliance advice?

No. It provides a configurable starting point. Organizations should review applicable contractual, regulatory, industry, and internal requirements before adoption.