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You can make security easier for employees without making it weaker by removing needless prompts, permissions hurdles, and password rules—not by removing safeguards. Prioritize phishing-resistant multi-factor authentication (MFA), give people only the access their routine work requires, and make recovery and temporary elevation part of the design.
How can we make security easier for employees without making it weaker?
Start by finding friction in the actual work: repeated sign-ins, denied access to routine tools, slow approval queues, and workarounds such as shared accounts or personal file transfers. These can signal that controls are poorly matched to a workflow or implemented inconsistently. They do not, by themselves, show that a safeguard is unnecessary.
Map the systems, user groups, business tasks, and threat levels involved. Then distinguish avoidable friction from a control that addresses a real risk or regulatory obligation. The right balance depends on the organization, its systems, workforce, recovery needs, and obligations; there is no universal setting that suits every environment.
How do we reduce login friction without compromising security?
Prefer phishing-resistant MFA where it fits
MFA methods are not equally resistant to phishing. CISA advises small and medium-sized businesses to use the strongest MFA available and aim for phishing-resistant methods. When those methods cannot yet be deployed, its guidance describes number matching as an interim improvement—not an equivalent substitute. See CISA’s MFA guidance for small and medium-sized businesses.
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FIDO/WebAuthn-based authentication, including compatible physical security keys, is one option to evaluate. A security key can make sign-in both strong and straightforward when accounts, devices, browsers, and the identity provider support it. CISA’s Four Cybersecurity Essentials for SLTTs describes a physical key as offering the “best protection against phishing and is easy to use.” That is CISA’s general guidance, not a compatibility guarantee or model-by-model comparison. Before deployment, check support for the services and endpoints employees actually use. CISA’s guidance uses YubiKey as an example; it does not establish that a particular model works with every environment. See CISA’s security-key guidance.
Plan enrollment and recovery alongside the sign-in method. Decide how employees will enroll, what backup factor they can use, how a lost or damaged key will be handled, and how access will be restored if a worker lacks a supported device or connectivity. Recovery should be secure and tested; a shortcut that lets an attacker bypass MFA defeats the protection. CISA’s archived More than a Password page explains that FIDO prevents credential submission to a fake website, but the page warns that it may not reflect current policy; use the archived page as background rather than current MFA policy.
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Reduce repetitive prompts without removing meaningful checks
Review where people are asked to authenticate repeatedly and whether identity controls can provide a consistent, secure sign-in across approved services. Central identity management and secure defaults can reduce the number of decisions an employee must make while keeping protections in place. Avoid treating every prompt as needless: a new device, unusual sign-in, or sensitive action may justify additional verification under the organization’s risk policy.
How can we give employees the access they need without giving them admin rights?
Make standard access sufficient for routine work
Give employees standard-user permissions for everyday tasks and assign access by job role, system, and business need. Least privilege means granting only the permissions necessary for the work—not making employees request administrator rights to complete ordinary duties. CISA’s infrastructure hardening guidance recommends role-based access, least privilege, account reviews, and monitoring; see CISA’s hardening guidance.
Use temporary, visible elevation for exceptional tasks
When a task genuinely requires administrative access, use just-in-time elevation: grant the necessary permission for a limited period, log the activity, and remove the access when the task ends. Review entitlements on a recurring schedule so role changes and completed projects do not leave permissions behind. CISA’s red-team advisory describes just-in-time access as supporting least privilege and zero trust; see the advisory.
Which password rules reduce friction without weakening security?
Avoid arbitrary character-type requirements and routine password rotation when there is no evidence of compromise. Such rules can make passwords harder to manage without improving the security outcome. CISA and NSA advise against these practices and recommend supporting password managers; see their misconfiguration advisory. CISA’s small-business resource index also points to password-manager guidance for creating and remembering strong passwords: CISA’s small and medium-sized business resources.
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Set a policy aligned with current NIST guidance and your organization’s risks and obligations. Support an approved password manager so people can create and use strong, unique credentials without relying on memory or reuse. Do not confuse removing counterproductive rules with abandoning sound credential practices.
How should we roll out changes and check that they work?
- Map the work: Identify important systems, user groups, workflows, repeated authentication, access denials, manual approvals, and relevant threats.
- Choose authentication methods: Compare phishing resistance, identity-provider and device compatibility, enrollment effort, recovery, accessibility, offline needs, and the support burden.
- Set access boundaries: Make routine work possible with standard permissions; define role-based access, recurring reviews, and time-limited, logged elevation for exceptional tasks.
- Fix password policy: Remove counterproductive complexity and routine rotation absent compromise, then support password-manager use.
- Pilot with representative users: Check whether people can complete real tasks and whether the changes create delays, failures, support contacts, or bypass behavior.
- Review outcomes and recovery: Monitor security events and access logs, confirm the recovery route works, and adjust policies when the evidence shows a problem.
During a pilot, useful indicators include completion failures, support contacts, bypass behavior, access delays, and security outcomes. These are measures to observe, not guaranteed benefits: no specific reduction in incidents or friction can be assumed without results from the organization being evaluated. Keep exceptional access auditable, and test recovery before relying on it in an outage or lost-device scenario.
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There is no universal best method or product: fit depends on the organization’s identity provider, endpoints, services, workforce, threat model, and recovery requirements. Compare candidate options on the following dimensions rather than assuming that all MFA methods or keys are interchangeable.
| What to compare | Questions to answer |
|---|---|
| Phishing resistance and assurance | Does the method meet the organization’s risk and assurance needs? Is it phishing-resistant, or an interim option? |
| Compatibility | Does it work with the identity provider, endpoints, browsers, and critical services employees need? |
| Enrollment and daily use | Can the actual workforce enroll and use it reliably in its normal workflows? |
| Recovery and backup | What happens when a key or device is lost, damaged, or unavailable? Is the backup route secure and tested? |
| Administration | Can the organization inventory, support, and revoke credentials effectively? |
| Accessibility and availability | Can workers with constrained connectivity or without a supported device still access what they need safely? |
CISA’s cited materials support a broad hierarchy of MFA methods and the potential fit of security keys; they do not provide a product-by-product comparison, organization-specific cost estimate, or compatibility matrix. Validate those details in your own environment before selecting a method or model.
How do secure defaults help?
Secure defaults make baseline protections available without expecting every employee to discover and configure them. Use central identity controls where practical, enable appropriate baseline MFA and product security features, and make the protected path the straightforward path for normal work. CISA and FBI joint product-security guidance supports baseline MFA and product security features as part of secure product design; see the joint guidance.
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