Free cybersecurity policy template

Free Password and MFA Policy Template and Generator

A password and multi-factor authentication (MFA) policy is the written rulebook for how employees create, store and protect passwords and how they prove who they are when they sign in. A business needs one because stolen credentials are still a leading way in: Verizon found compromised credentials were an initial access vector in 22% of the breaches reviewed in its 2025 report, while Microsoft Research found MFA reduces the risk of account compromise by 99.22%. This free generator builds a policy based on NIST SP 800-63B-4 in a few minutes.

A password and MFA policy is a formal, executive-approved document that sets minimum password standards, requires a password manager, defines where and how multi-factor authentication is used, and governs privileged, shared and service account credentials.

Template version
v1.0.0
Last reviewed
September 27, 2026
Sections
18
Guided phases
6
Time to complete
About 6 minutes
Price
Free

Why does this policy matter now?

What is inside the Password and MFA Policy template?

18 sections, ending with the document control table and the legal notice every template carries. Select any section to jump to it in the sample below.

  1. 1. PurposeWhy the policy exists and the modern, NIST-based approach it takes.
  2. 2. ScopeThe people, accounts, devices and third-party services the policy covers.
  3. 3. DefinitionsPlain-language definitions of passphrase, MFA, passkey, phishing-resistant MFA, push bombing and more.
  4. 4. Roles and ResponsibilitiesWho approves, enforces, supports and follows the password and MFA rules.
  5. 5. Password RequirementsMinimum length, no forced complexity, blocked passwords, no reuse, and when passwords change.
  6. 6. Password Managers and Storing CredentialsRequired password manager use, protecting the vault, safe sharing, and where passwords must never be stored.
  7. 7. Multi-Factor Authentication RequirementsThe systems that always require MFA, conditional access, backup methods and personal phones.
  8. 8. MFA Methods and Prompt SafetyWhich MFA methods are allowed, who needs phishing-resistant MFA, and how to defeat push bombing.
  9. 9. Privileged, Shared, Service and Vendor AccountsSeparate admin accounts, unique local admin passwords, shared and service credentials, emergency access and vendors.
  10. 10. Sign-In Protection and MonitoringAccount lockout, rate limiting, suspicious sign-in alerts and credential exposure monitoring.
  11. 11. Onboarding, Resets and OffboardingTemporary passwords, identity checks before resets, role changes, prompt removal of access and access reviews.
  12. 12. Legal, Regulatory, Insurance and Contract RequirementsCyber insurance answers, stricter rules for regulated data, and the standards this policy follows.
  13. 13. Reporting a Suspected CompromiseWhat to report, what to do in the first few minutes, and regulatory reporting clocks.
  14. 14. Training and AwarenessPassword and MFA training at onboarding and on a regular schedule, with practical topics.
  15. 15. Compliance, Exceptions and EnforcementHow compliance is checked, how exceptions work, consequences for violations, and policy review.
  16. 16. AcknowledgmentA signature block confirming each person has read and will follow the policy.
  17. 17. Document Control and Revision HistoryDocument ID, version, effective date, next review, owner and approver, plus a revision history table.
  18. 18. Template Notice and Legal DisclaimerThe starter-template disclaimer and the reminder to have qualified counsel review the policy.
Template changelog
  • v1.0.0, September 27, 2026

    • Initial release aligned to NIST SP 800-63B-4 (July 2025), CISA guidance on phishing-resistant MFA and number matching, and the password and MFA requirements of PCI DSS v4.0.1, the FTC Safeguards Rule, HIPAA and NIST SP 800-171.

Read the full sample Password and MFA Policy

This sample uses the recommended answer to every question and a placeholder company name. Build your own version to put in your organization's name, owners and choices.

Sections in this policy
Sample[Company Name]

Password and Multi-Factor Authentication Policy

Document ID
PDC-PWD-SAMPLE
Document version
1.0
Template version
v1.0.0
Effective date
September 27, 2026
Next review
September 27, 2027

1. Purpose

This policy sets the rules for how [Company Name] (the "company") protects the passwords, passkeys, and other credentials that control access to its systems and information, and when and how multi-factor authentication (MFA) is required. Stolen, guessed, and reused passwords are among the most common ways attackers get into a business, and a small number of consistent rules closes most of that risk.

Our approach. The policy follows current NIST guidance in SP 800-63B-4, Digital Identity Guidelines: Authentication and Authenticator Management (July 2025). That means long passphrases instead of short, complex passwords; a password manager instead of memorizing dozens of passwords; password changes driven by evidence of compromise rather than a fixed calendar; and MFA on every account worth attacking, with phishing-resistant MFA where the stakes are highest.

The policy is designed to help the company meet its legal, regulatory, contractual, and cyber insurance obligations. It does not replace them. Where a law, regulation, contract, or insurance policy sets a stricter requirement, the stricter requirement applies.

2. Scope

People. This policy applies to all employees, officers, temporary workers, interns, contractors, consultants, outside IT providers, and anyone else who has an account on [Company Name] systems or signs in to any service on behalf of the company ("personnel").

Accounts and systems. It covers every credential used for company business, on any device and from any location, including:

  • User accounts on company systems, whether on premises, in the cloud, or provided as a service.
  • Administrator, service, shared, and emergency access accounts.
  • Passwords, PINs, passkeys, security keys, authenticator apps, API keys, and access tokens.
  • Built-in and default credentials on network equipment, servers, printers, cameras, building systems, and machine controllers.
  • Accounts the company holds with third parties, such as banks, payroll and benefits providers, suppliers, customer portals, domain registrars, and social media.
  • Personal devices used to sign in to company accounts or to approve MFA prompts for them.

Customer-facing accounts. Accounts that customers or the public use on company websites and portals are governed by the security requirements for those systems. IT should apply the same length, blocklist, and MFA principles to them wherever practical.

3. Definitions

Password
A secret that a person memorizes or stores to prove who they are when signing in. In this policy, "password" includes passphrases.
Passphrase
A password made of several words, such as four unrelated words, which is long and hard to guess but easy to remember and type.
Password manager
An application that generates, stores, and fills in passwords and passkeys in an encrypted vault protected by one master password and MFA.
Multi-factor authentication (MFA)
Sign-in that requires at least two different kinds of proof: something you know (a password or PIN), something you have (a phone, security key, or smart card), or something you are (a fingerprint or face).
Authenticator
Anything used to prove identity at sign-in, such as a password, an authenticator app, a security key, or a passkey.
Phishing-resistant MFA
MFA that cannot be relayed through a fake sign-in page because the authenticator checks which website is asking, such as FIDO2 security keys, passkeys, and certificate-based smart cards.
Passkey
A FIDO2 credential stored on a device, security key, or password manager that replaces a password with a cryptographic key unlocked by a PIN, fingerprint, or face.
Number matching
An authenticator app setting that requires the user to type a number shown on the sign-in screen before a push prompt can be approved.
MFA fatigue (push bombing)
An attack in which someone who already has a password sends repeated MFA prompts until the user approves one by mistake or to make them stop.
Privileged account
An account that can change systems, security settings, or other accounts, such as a domain, cloud, firewall, backup, or application administrator.
Service account
An account used by software, a scheduled task, or an integration rather than by a person.
Shared account
An account whose credentials are known to or used by more than one person.
Blocklist
A list of passwords that must not be used because they are common, predictable, or known to have been exposed in a breach.
Credential stuffing
An attack that tries user names and passwords stolen from one website against many other services, succeeding wherever a password has been reused.
Emergency access account
A highly protected administrator account kept for use only when normal administrator sign-in is unavailable. Also called a break-glass account.

4. Roles and Responsibilities

RoleResponsibilities
Executive sponsor (Chief Executive Officer)Approves this policy, provides the tools and budget it requires, such as a password manager and security keys, decides escalated exceptions, and follows the policy personally.
Policy owner (IT Manager)Keeps this policy current, approves exceptions, reviews MFA coverage and exception reports, and reports on account security to the executive sponsor at least once a year.
IT and securityInternal staff or an outside IT provider. Configures password, MFA, lockout, and conditional access settings; administers the password manager; verifies identity before resets; creates and removes accounts; and monitors sign-in activity.
Human resourcesTells IT about new hires, role changes, and departures before they take effect, or at the latest when they happen, so that access can be granted and removed on time.
ManagersRequest and approve access for their teams, confirm the identity of team members when IT asks, and make sure their teams complete training.
All personnelFollow this policy, keep their credentials secret, never approve an MFA prompt they did not start, and report suspected compromise immediately.

Accountability. Each person is responsible for activity performed with their credentials. Sharing a password or approving someone else's sign-in does not transfer that responsibility.

5. Password Requirements

These rules apply to every password a person chooses for a company account. IT enforces them technically wherever the system allows. Where a system cannot enforce them, personnel must still follow them, and IT configures the strongest settings the system supports.

RequirementRule
Minimum length with MFAAt least 14 characters.
Minimum length without MFAAt least 15 characters, for the rare account that cannot use MFA under an approved exception.
Password manager master passwordAt least 15 characters, used nowhere else. A passphrase of four or more unrelated words is recommended.
Maximum lengthSystems must accept passwords of at least 64 characters, including spaces, and must allow paste so password managers work.
How systems store passwordsSystems the company builds or configures must store passwords only as salted hashes created with a recognized password hashing function, never in readable or reversibly encrypted form.
Character mixNo required mix of upper case, lower case, numbers, or symbols, because length does more than complexity. Where a law or standard requires a mix for a specific system, that system follows it.
Blocked passwordsA new password is rejected if it appears on a list of common, predictable, or breached passwords, or if it contains the company name, the user name, or the name of the service.
ReuseA company password must never be used on any other account, company or personal, and a personal password must never be used for a company account.
Hints and security questionsNot used. Password hints and knowledge-based questions, such as the name of a first pet, must not be used for company accounts.
Device PINsCompany phones and tablets use at least a 6-digit PIN or biometric unlock. PINs for Windows Hello and security keys are at least 6 digits and are not simple sequences such as 123456.

Choosing a good password. Use a passphrase of four or more random, unrelated words, ideally generated by the password manager. Avoid song lyrics, famous quotes, sports teams, keyboard patterns, seasons and years, and anything someone could learn from social media. Passwords that nobody needs to type, such as website logins stored in the password manager, should be random and at least 20 characters long.

When passwords change. Passwords are not changed on a fixed schedule, because forced periodic changes lead to weaker, predictable passwords. A password must be changed immediately when:

  • There is any sign that it has been stolen, guessed, or seen by someone else.
  • It appears in a breach notice or a credential exposure alert.
  • It was typed into a suspicious website or shared by mistake.
  • It was a temporary password issued by IT.
  • IT or the policy owner requires a change, for example after a security incident.

Default passwords. Every device and application must have its default or vendor-supplied password changed before it is connected to the company network or put into service. This includes routers, firewalls, switches, wireless access points, printers, cameras, and building systems. Replacement passwords follow this policy and are stored in the password manager.

6. Password Managers and Storing Credentials

Required use. All personnel must store company passwords in the company-approved password manager, using a company-managed account. The password manager should generate a unique, random password for every account that does not need to be typed by hand, so the only password a person needs to remember is the master password.

Protecting the vault. The master password must be a unique passphrase of at least 15 characters that is used nowhere else. The vault must be protected with MFA, and administrators must use phishing-resistant MFA for it. The vault must lock automatically after a period of inactivity set by IT, and lost master passwords are recovered only through the account recovery process that IT has set up for the company account, never by writing the master password down.

Sharing credentials. Passwords must never be shared by email, text message, chat, phone call, or on paper. When a credential legitimately must be available to more than one person, it is shared through a shared folder in the password manager, limited to the people who need it, so that access can be tracked and removed. Never share your own personal sign-in with anyone, including a manager or IT staff. IT will never ask for your password.

Where passwords must never be stored. Company passwords and other secrets must not be stored in:

  • Plain-text files, spreadsheets, documents, notes apps, or email drafts.
  • Sticky notes, notebooks, whiteboards, or anywhere else on paper.
  • Web browser password storage, including browser sync, because saved browser passwords are a primary target of infostealer malware.
  • Personal password managers or any personal account.
  • Scripts, source code, configuration files, or shared drives. Credentials used by software belong in the password manager or an approved secrets manager.
  • Chat messages, email, text messages, or tickets, even temporarily.

Company and personal vaults. Items in the company vault belong to the company and stay with it when a person leaves. Keep personal passwords out of the company vault, and keep company passwords out of personal vaults.

7. Multi-Factor Authentication Requirements

MFA is required for every company account on the following systems:

  • Email and collaboration tools, including webmail and mobile mail apps.
  • Remote access, including VPN, remote desktop gateways, and remote support and remote management tools.
  • Every administrator and other privileged account, on premises and in the cloud.
  • Cloud and software-as-a-service applications that hold company, customer, or employee information.
  • Online banking, payment platforms, payroll, accounting, and any other system that can move money or change payment details.
  • Business systems such as ERP, CRM, human resources, and file sharing, including when they are reached from inside the office.
  • Backup systems, backup consoles, and backup storage accounts.
  • Domain registrar, DNS, website hosting, and company social media accounts.
  • Every other company system and third-party service that supports MFA.

Legacy sign-in and conditional access. IT must turn off legacy sign-in methods that cannot enforce MFA, such as basic authentication for email, and should use conditional access to require MFA again for risky sign-ins, new devices, unusual locations, and sensitive actions such as changing MFA methods or payment details.

Registering MFA. Personnel register MFA when their account is created and should register a backup method, such as a second security key or a second approved device, so that a lost phone does not lock them out. MFA methods may be added or removed only by the account holder after signing in with MFA, or by IT after verifying identity as described in this policy.

Personal phones. Personnel may install the company-approved authenticator app on a personal phone. Installing the app alone does not give the company control of the phone or access to personal data on it. Anyone who does not want to use a personal phone will be given a hardware security key or another company-provided method instead, at no cost to them.

8. MFA Methods and Prompt Safety

Phishing-resistant MFA. Phishing-resistant MFA, such as a FIDO2 security key or a passkey, is required for administrator and other privileged accounts and people who can move money, approve payments, or change banking and payment details. It is encouraged for everyone else.

MethodStrengthWhere it may be used
FIDO2 security keys, passkeys, Windows Hello for Business, certificate-based smart cardsPhishing-resistantPreferred everywhere. Required for the groups named above.
Authenticator app push notification with number matchingStrong, not phishing-resistantStandard method for all accounts not required to be phishing-resistant.
Authenticator app six-digit codesModerateWhere push with number matching is not supported.
Text message, voice call, or email codesWeakestOnly as a last resort for a system that supports nothing stronger, with approval from IT. Never for administrator, remote access, or financial system accounts.

Passkeys. Synced passkeys stored in the company-approved password manager or a company-managed platform account are acceptable for standard accounts. Administrator accounts should use device-bound passkeys or hardware security keys that cannot be copied to another device.

MFA fatigue and push bombing. Push-based authenticator apps must have number matching turned on. Personnel must never approve an MFA prompt, enter a code, or touch a security key for a sign-in they did not start themselves, and must report any unexpected prompt immediately, because it means someone else has their password. Never read an MFA code or approval number to anyone, including a caller who claims to be from IT. IT will never ask for it.

Gaps. Where a group that requires phishing-resistant MFA uses a system that cannot yet support it, IT records the gap, applies number matching or the strongest method available, and revisits the gap at each policy review.

9. Privileged, Shared, Service and Vendor Accounts

Administrator accounts. Administrators use a separate privileged account for administrative work and a standard account for email, web browsing, and everyday work. Privileged accounts must never be used to read email or browse the web, must not have a mailbox where the system allows, and are granted only the rights the role needs.

Local administrator passwords. Standard users do not have administrator rights on their own computers. The built-in local administrator password on every computer and server must be unique and randomly generated, managed by a tool such as Windows LAPS, so that one stolen password cannot unlock every machine.

Service accounts and secrets. Service accounts, API keys, and tokens used by software and integrations must have a named owner and only the access they need, must be blocked from interactive sign-in where the system allows, and should use managed identities or certificates instead of passwords where possible. Where a password is needed, it must be random and at least 30 characters long and stored in the password manager or an approved secrets manager. Service credentials must be changed when someone who knew them leaves, when they may have been exposed, and at least once a year where the system cannot use a managed identity. The no-scheduled-change rule for personal passwords does not apply to service credentials.

Shared accounts. Shared accounts are not allowed except where a system cannot support individual accounts, or where a third-party service issues only one login to the company. Each shared account must be approved by IT, recorded with a named owner, stored in the password manager with access limited to the people who need it, protected with MFA where the system supports it, and changed whenever someone with access leaves or no longer needs it. Shared accounts must never be used for administration.

Emergency access accounts. IT keeps two emergency access accounts for the company identity system for use only when normal administrator sign-in is unavailable. They use long random passwords and phishing-resistant MFA, such as hardware security keys, stored in a sealed or dual-control location known to IT and the Chief Executive Officer. They are not tied to any one person or phone, every use triggers an alert and is reviewed, and they are tested at least once a year.

Outside IT providers and vendors. Outside IT providers, software vendors, and contractors with access to company systems must use individual named accounts protected by MFA, never shared or generic vendor logins. Those with administrative access follow the same rules as company administrators. Access is limited to what the work needs and is removed when the work ends, and remote support tools must require MFA and be approved by IT.

10. Sign-In Protection and Monitoring

Failed sign-ins. Systems must lock the account, or block further attempts, after no more than 10 consecutive failed sign-in attempts, for at least 30 minutes or until IT verifies the person's identity. Identity platforms may instead use adaptive lockout that blocks the attacker without locking out the real user, provided it is at least as effective. Internet-facing sign-in pages should also slow down or challenge repeated attempts and block known malicious sources.

Monitoring. IT monitors sign-in activity and is alerted to at least the following:

  • Sign-ins from unusual locations, impossible travel, or anonymizing services.
  • Bursts of failed sign-ins or MFA prompts.
  • New MFA methods registered, or MFA removed, on any account.
  • New privileged role assignments and changes to security settings.
  • Sign-ins by disabled accounts or by former personnel.
  • Any use of an emergency access account.

Sign-in and audit logs are kept long enough to investigate an incident, and for at least 12 months where the system allows. When an account shows signs of compromise, IT resets the password, revokes all active sessions and tokens, reviews the MFA methods registered, and checks mailbox rules and recent activity for misuse.

Credential exposure. IT monitors for company email addresses and credentials that appear in public data breaches and in infostealer logs, using a breach monitoring service. When a company credential is found, IT forces a password change, revokes active sessions, and checks for misuse.

11. Onboarding, Resets and Offboarding

New accounts. Accounts are created only after a documented request from human resources or the person's manager, with only the access the role needs. Initial and temporary passwords must be random, delivered separately from the user name through a secure channel, expire if unused within 72 hours, and be changed at first sign-in. MFA is registered during the first sign-in, in person or on a verified video call with IT wherever possible.

Password and MFA resets. Before resetting a password, adding or removing an MFA method, or unlocking an account, IT and any outside help desk must verify the person's identity with a method an attacker cannot easily fake, such as calling back on the phone number already on file, confirming with the person's manager through a known contact method, a verified video call, or an in-person check. Knowing personal details, such as a birth date, employee ID, or the last digits of a Social Security number, is not enough. Resets of administrator and financial system accounts should be approved by a second person, and the account holder is notified whenever a password or MFA method changes.

Role changes. When a person changes roles, access and shared password manager folders that the new role does not need are removed, and shared credentials the person no longer needs are changed.

Departures. When a person leaves, IT must disable all of their accounts no later than 4 hours after separation, and at or before the time of notice for an involuntary separation. IT also revokes active sessions, removes MFA methods and security keys, removes access to shared vault folders, transfers company items in their password manager vault, and collects company devices and security keys. Every shared, service, or vendor credential the person knew or could access must be changed promptly.

Access reviews. IT reviews privileged, shared, service, and vendor accounts at least every three months and all other accounts at least once a year, and disables accounts that have not been used for 45 days unless their owner documents a reason to keep them.

13. Reporting a Suspected Compromise

Report immediately. Personnel must report any of the following to the IT Manager immediately. Report even if you are unsure, and even if you made a mistake. Good-faith reports are welcome and no one will face retaliation for making one.

  • An MFA prompt, code, or security key request you did not start.
  • You typed a password or approved a sign-in on a page or in response to a message that now looks suspicious.
  • You shared a password or MFA code with anyone, or someone asked you to.
  • A lost or stolen phone, computer, or security key used for company sign-in.
  • A breach notice, exposure alert, or password reset email you did not request.
  • Sign-in alerts, unfamiliar activity, or changed settings on your account.

What to do right away. If you can do so safely from a device you trust:

  1. Deny any unexpected MFA prompt. Do not approve it to make it stop.
  2. Change the affected password in the password manager, and change it anywhere else it was used.
  3. Report it using the contact above, and say what happened and when.
  4. Do not delete the suspicious message, and do not turn off or wipe a device unless IT tells you to.

Response. IT treats a suspected credential compromise as a security incident under the company incident response procedures: it resets credentials, revokes sessions, reviews activity, and involves legal counsel where information covered by a breach notification law or contract may have been accessed.

14. Training and Awareness

All personnel complete password and MFA training before or when they receive their company account, and again at least once a year. Training covers:

  • This policy, and how to set up and use the company password manager and MFA.
  • How to build a strong passphrase, and why password reuse is dangerous.
  • Recognizing phishing pages, fake sign-in prompts, and MFA fatigue attacks.
  • Social engineering by phone, text, and video, including callers who claim to be IT.
  • How and when to report a suspected compromise.

Role-based training. Administrators, help desk staff, and people with access to financial systems receive additional training on privileged account rules, identity verification before resets, and payment fraud. Training completion is recorded, and realistic phishing simulations should be run during the year.

15. Compliance, Exceptions and Enforcement

Compliance checks. IT enforces this policy through technical settings wherever possible. At least once a year, IT reports to the IT Manager and the Chief Executive Officer on MFA coverage, accounts without MFA, privileged and shared accounts, stale accounts, and open exceptions. The IT Manager may review any account or setting to confirm compliance.

Exceptions. A system or account that cannot meet this policy needs a written exception requested through the IT Manager, explaining the business need, the risk, and the compensating controls, such as a longer password, network restrictions, or added monitoring. The IT Manager may approve exceptions. Exceptions for administrator accounts, financial systems, or regulated data also require approval by the Chief Executive Officer. Every exception is recorded, lasts no more than 12 months, and is reviewed before renewal. No exception can permit a practice that breaks a law, regulation, or contract.

Enforcement. Violations of this policy may result in loss of access and disciplinary action, up to and including termination of employment or of a contractor agreement, consistent with applicable law. Prompt self-reporting of a mistake is taken into account.

Policy review. The IT Manager reviews this policy no later than September 27, 2027, and sooner after a significant account compromise, a change to NIST guidance or to a law, contract, or insurance requirement that applies to the company, or the adoption of a new identity system or MFA method.

16. Acknowledgment

I have read and understand the [Company Name] Password and Multi-Factor Authentication Policy. I agree to use long, unique passwords, to store company credentials only where the policy allows, never to share my password or MFA codes or approve a sign-in I did not start, and to report a suspected compromise immediately. I understand that violations may result in disciplinary action.

Name

Job title

Signature

Date

17. Document Control and Revision History

FieldValue
DocumentPassword and Multi-Factor Authentication Policy
Organization[Company Name]
Document IDPDC-PWD-SAMPLE
Document version1.0
Effective dateSeptember 27, 2026
Next scheduled reviewSeptember 27, 2027
Policy ownerIT Manager
Approved byChief Executive Officer
Source templatePreferred Data Corporation Password and MFA Policy template v1.0.0

Revision history. Record every change to this policy below. Increase the document version and obtain approval again each time the policy is revised.

VersionDateDescription of changeApproved by
1.0September 27, 2026Initial adoption, generated from template v1.0.0.Chief Executive Officer
BlankBlankBlankBlank
BlankBlankBlankBlank

18. Template Notice and Legal Disclaimer

This document was generated from a starter template provided by Preferred Data Corporation. It is general information only. It is not legal advice and it is not a substitute for advice from a licensed attorney.

Preferred Data Corporation is not a law firm. It makes no representation that this document is complete, current, or suitable for any particular organization, industry, jurisdiction, or regulatory requirement, and it is not responsible or liable for any use of this template or of any policy created from it. You are solely responsible for how you adapt, adopt, and enforce it.

Laws, regulations, insurance requirements, and contracts that apply to your organization may require different or additional terms. Before you adopt, publish, or rely on this policy, and in every case where you have a legal, regulatory, or contractual obligation, have it reviewed by qualified legal counsel.

How does the Password and MFA Policy generator work?

6 short phases, about 6 minutes in total. Every question is pre-filled with a best-practice answer and the reason we recommend it.

  1. Your organization

    The basics that shape who the policy covers and which obligations it has to respect.

  2. Passwords and password managers

    How long passwords must be, where they are stored, and when they change.

  3. Multi-factor authentication

    Where MFA is required and which methods are strong enough for each kind of account.

  4. Privileged, shared and departing accounts

    How administrator, shared, emergency and former employee accounts are handled.

  5. Monitoring, training and sign-off

    How sign-in attacks are slowed and detected, how staff learn the rules, and who signs.

  6. Ownership and review

    Who owns the policy, who approves it, and how it stays current.

  7. Review and download

    Preview your policy, unlock the full document and download it as a PDF with a document ID and review date.

Start the generator

Who should adopt this policy?

  • Owners and executives of small and mid-sized businesses that still rely on passwords alone for some systems.
  • IT managers and outside IT providers who need a written standard behind Microsoft 365, Google Workspace, VPN and ERP sign-in settings.
  • Organizations completing a cyber insurance application or renewal that asks about MFA and privileged accounts.
  • Manufacturers, contractors and distributors with shared shop floor, jobsite or warehouse devices.
  • Defense contractors working toward CMMC, and businesses handling payment card, health or financial data.

Which frameworks does this template align with?

The template was written against these public frameworks, laws and standards. Alignment is not certification, and your obligations depend on your industry and location.

Framework or lawWhy it matters for this policy
NIST SP 800-63B-4, Digital Identity Guidelines: Authentication and Authenticator Management(opens in a new tab)The basis for the password length, blocklist, no-composition, no-rotation, password manager and failed-attempt rules in this policy.
CISA, Implementing Phishing-Resistant MFA(opens in a new tab)Basis for ranking MFA methods and for requiring FIDO2 security keys or passkeys for administrators and people who handle money.
CISA, Implementing Number Matching in MFA Applications(opens in a new tab)Basis for the MFA fatigue (push bombing) rules and the number matching requirement for push-based authenticator apps.
CISA, Require Multifactor Authentication (small and medium businesses)(opens in a new tab)Plain-language guidance for small businesses: start with administrator accounts and sensitive data, and use text or email codes only when nothing stronger is available.
FTC Standards for Safeguarding Customer Information, 16 CFR 314.4(opens in a new tab)Requires MFA for any individual accessing any information system at financial institutions covered by the GLBA Safeguards Rule.
Verizon, Additional 2025 DBIR research on credential stuffing(opens in a new tab)Current evidence that stolen and reused credentials remain a leading initial access vector in breaches.

Password and MFA Policy questions, answered

What are the current NIST password guidelines?

NIST SP 800-63B-4, finalized in July 2025, requires passwords of at least 15 characters when a password is the only factor and at least 8 when it is used with MFA, and says systems should accept at least 64 characters. It prohibits composition rules such as required symbols, prohibits forced periodic changes unless there is evidence of compromise, and requires new passwords to be checked against a blocklist of common and compromised passwords. It also says password managers and paste must be allowed.

Should employees be forced to change passwords every 90 days?

Not under current NIST guidance, which says verifiers shall not require periodic password changes but shall force a change when there is evidence of compromise. Forced rotation tends to produce predictable passwords such as a season and year. One exception to know: PCI DSS v4.0.1 requirement 8.3.9 still requires a change at least every 90 days when a password is the only factor protecting access, which is another reason to put MFA on those systems.

How long should a business password be?

NIST sets 15 characters as the minimum for a password used alone and 8 as the minimum when MFA is also required. In practice, a passphrase of 14 or more characters, such as four unrelated words, is easy to type and hard to guess. Passwords that nobody needs to type should be generated by a password manager at 20 or more random characters.

Does a small business need multi-factor authentication?

Yes. Microsoft Research found that MFA reduces the risk of account compromise by 99.22%, and by 98.56% even when the password has already leaked. Cyber insurance applications commonly ask whether MFA is enforced for email, remote access and administrator accounts, and some regulations require it outright, such as the FTC Safeguards Rule for financial institutions it covers and PCI DSS for access into the cardholder data environment.

What is phishing-resistant MFA?

Phishing-resistant MFA is sign-in that cannot be relayed through a fake login page, because the authenticator checks which website is asking. FIDO2 security keys and passkeys (FIDO/WebAuthn) are the widely available form, and certificate-based smart cards are another. CISA calls phishing-resistant MFA the gold standard and recommends starting with administrator accounts and people who handle sensitive data or money.

What is MFA fatigue and how do you stop it?

MFA fatigue, also called push bombing, is an attack in which someone who already has a password sends repeated push prompts until the user approves one by accident or to make them stop. CISA recommends phishing-resistant MFA as the fix and number matching as an interim step for push-based apps, because number matching requires typing a number shown on the real sign-in screen. Staff should never approve a prompt they did not start, and should report it right away.

Is text message two-factor authentication safe enough?

Text message codes are far better than no MFA, but they are the weakest option. CISA warns that they are exposed to SIM swap and phone network (SS7) attacks and advises using them only when nothing stronger is available, and NIST SP 800-63B-4 classifies authentication over the phone network as restricted. Use an authenticator app with number matching, a passkey, or a security key instead wherever the system supports it.

Should my company require a password manager?

Yes, for most businesses. Verizon found that in the median case only 49% of a user's passwords across different services were distinct, and reused passwords are what make credential stuffing work. A business password manager lets each person remember one strong master password, generates unique passwords for everything else, and lets IT share and revoke credentials safely when people change roles or leave.

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