Minimum Standards
Why Minimum Standards Matter
Minimum Standards establish a common cyber security baseline for protecting University systems, services, and data. They translate responsibilities into required actions.
If you are a System or Service Custodian, use these standards to secure the systems or services you control, manage, or support and to meet the requirements of the University Information Security Policy.
If you are a Community Member, use these standards to secure your personal devices, accounts and passwords.
Steps to Follow
The University Minimum Standards identify the actions required to protect University data, systems, and services.
- Determine the applicable Risk Classification.
- Review the standards for your role.
- If you manage a system or service, review All Systems and Services and each technology tab that apply.
This is the place to add a blurb and a link to BUT WAIT THERE'S MORE!!! e.g. Privacy, regulatory, special cases, etc.
Community Member Minimum Standards
These standards apply to Community Members who use University data, systems, or other digital resources. For the full role description, review Community Member Responsibilities.
Accounts and Passwords
University accounts and authentication credentials used for University activities.
Personal Devices
Computers, laptops, tablets, and mobile devices purchased and maintained by a Community Member.
University Data
University Data in electronic, printed, audio, visual, or other formats.
Incident Reporting
Promptly report suspected or confirmed security and privacy incidents.
System or Service Custodian Minimum Standards
Custodians must meet the Community Member Minimum Standards and the standards below. The Custodian remains accountable for ensuring the standards are met, including when implementation is performed by another Harvard team, vendor, or service provider. Review the System or Service Custodian Responsibilities page for additional details.
All Systems and Services
These standards apply to each University system or service managed by a Custodian.
| Standard | Applies when | Steps to Follow |
|---|---|---|
Assigned Custodian | All systems and services | Identify and document at least one System or Service Custodian. The Custodian remains accountable when implementation is performed by another team, vendor, or provider. |
Risk Classification | All systems and services | Determine and document the applicable University Risk Classification. Reassess after significant changes. |
Applicable system types | All systems and services | Apply every system or service section that is relevant. A single service may fall into more than one type. |
Asset inventory | Levels 3-5; and all technology assets in UWVM scope | Record owner, purpose, location, system type, Risk Classification, data class, criticality, environment, support team, and product in the approved inventory or attack-surface management process. |
Secure configuration | All systems and services | Apply an approved baseline and disable unnecessary services, protocols, ports, features, and software. |
Default accounts | All systems and services | Disable unnecessary default accounts and replace default credentials before production use. |
Supported technology | All systems and services | Use supported hardware, software, applications, libraries, firmware, and services. Retire or isolate unsupported assets. |
Encryption in transit | All systems and services | Use current, supported encrypted protocols for University Data and administrative access. |
Data retention | All systems and services | Retain University Data only as long as required by the General Records Schedule, law, contract, research requirements, or business need. |
Security logs | All systems and services | Collect relevant application, audit, authentication, administrative, security, and system logs. Keep at least 90 days searchable and one year archived, unless another requirement is longer. |
Level 4 and Level 5 access logging | Levels 4-5 | Log access to Level 4 and Level 5 University Data. |
Incident response | All systems and services | Report incidents promptly, preserve relevant evidence, support response activities, and remediate significant findings from incidents or penetration tests. |
| Standard | Applies when | Steps to Follow |
|---|---|---|
Harvard-managed authentication | All systems where technically feasible | Use HarvardKey or another approved Harvard-managed authentication service. |
Named accounts | Systems with user, administrator, service, vendor, or machine access | Use individually attributable accounts. Avoid shared accounts for routine activity. |
Local passwords | Systems not using Harvard-managed authentication | Apply the local password requirements on this page, including length, prohibited patterns, failed-attempt protection, and reset rules. |
Remote authentication | All systems with remote authentication | Require MFA. |
Administrator accounts | Systems and services with administrative functions | Use dedicated administrator accounts, require MFA, and limit privileges to those necessary. |
Role-based access | Systems and services that support roles | Use role-based access and enforce authorization for protected functions and information. |
Role changes and departures | Systems with managed authorization | Change or remove access promptly when a person changes roles or leaves. |
Account inventory | Systems with local or platform-managed accounts | Maintain an inventory of user, administrator, service, emergency, vendor, and machine accounts. |
Dormant accounts | Systems with local or platform-managed accounts | Disable standard accounts after 90 days of inactivity and privileged or high-risk accounts after 45 days. Remove or archive dormant accounts after 180 days, unless an approved exception applies. |
Access reviews | Systems with managed access | Review standard access at least annually and privileged, high-risk, and Level 4-5 access at least quarterly. |
High-level administrative and service secrets | Systems with high-level administrative or service accounts | Change, reset, rotate, or otherwise update authentication secrets at least annually and after suspected compromise or relevant personnel changes. |
Secrets management | Levels 4-5 systems and services that use passwords, API keys, certificates, or tokens | Use an approved secrets-management capability where supported. Otherwise document controls that encrypt secrets, prevent hardcoding, restrict access, and audit use. |
General user sessions | General applications and SaaS | End inactive sessions after 2 hours and require reauthentication after 12 hours maximum. |
Privileged or high-risk sessions | Privileged access and high-risk applications or SaaS | End inactive sessions after 15 minutes and require reauthentication after 8 hours maximum. |
These requirements apply when a system cannot use HarvardKey or another Harvard-managed authentication service.
| Standard | Steps to Follow |
|---|---|
Preferred method | Use HarvardKey or another approved Harvard-managed authentication service. |
Preferred local length | Require at least 20 characters where the platform supports it. |
Shorter local passwords | When a platform cannot support 20 characters, prohibit common names and dictionary words, prohibit sequences of more than four digits, and require characters from at least three of four categories: uppercase, lowercase, digits, and special characters. |
10-20 characters | Do not require routine expiration unless compromise, ownership change, or another requirement makes a reset necessary. |
8-9 characters with MFA | Do not require routine expiration. |
8-9 characters without MFA | Require at least annual expiration. |
Failed attempts | Lock the account after 10 failed sign-in attempts or apply an approved equivalent protection against password guessing. |
Storage | Store passwords only using an approved salted, adaptive password-hashing method. Never store readable passwords. |
| Standard | Applies when | Steps to Follow |
|---|---|---|
Endpoint Detection and Response | Supported University endpoints and servers, all risk levels | Deploy and maintain the University-standard EDR capability or an approved equivalent. |
Security updates | Endpoints, servers, applications, network infrastructure, firmware, and patchable cloud components | Apply current security updates within University-required timeframes. Patch operating systems at least monthly. |
Server vulnerability scanning | Servers, all risk levels | Install the approved scanning agent where supported and run daily agent-based scans wherever possible. |
Network vulnerability scanning | Network Infrastructure, Levels 4-5 | Conduct regular vulnerability scans using an approved process. |
Cloud security posture | Cloud Infrastructure in UWVM scope | Use the approved cloud security-posture capability and route findings to the responsible team. |
Critical vulnerabilities | UWVM risk score 9.5 or higher | Remediate, mitigate, obtain an approved exception, or obtain an approved false-positive designation within 5 business days. |
High vulnerabilities | UWVM risk score 7.0 or higher | Remediate, mitigate, obtain an approved exception, or obtain an approved false-positive designation within 30 days. |
Medium and Low vulnerabilities | Below High | Address through regular maintenance and at least monthly OS patching unless UWVM or another requirement sets a shorter deadline. |
Emergency vulnerabilities | Exploited vulnerabilities, score 9.5 or higher, or immediate risks identified with UWVM | Escalate immediately and coordinate urgent response with the UWVM team. |
Vulnerability exceptions and false positives | Findings not remediated within the required period | Use the formal, time-limited exception or false-positive process. Expired approvals require immediate action. |
Any system or service operated, maintained, hosted, or supported by a third party. Apply this section in addition to the relevant technology section.
| Standard | Applies when | Steps to Follow |
|---|---|---|
Procurement and contract terms | All vendor-managed or contracted services | Consult the appropriate University procurement team and include required security, privacy, confidentiality, incident-notification, data-use, return, and destruction terms. |
Risk assessment | At Risk Levels 4-5 | Complete the required assessment before contract execution or service use. |
Vendor access | Services with vendor or support access | Use named accounts where possible, require appropriate authentication, limit access to the minimum necessary, and remove access when no longer required. |
Offboarding and data destruction | All vendor-managed or contracted services at service end | Remove access and integrations, return required records, confirm secure destruction, and retain evidence when required. |
Implementation help: Review the System or Service Custodian Implementation Guide. HarvardKey required.
Asset Types
In addition, these requirements apply to specific technology asset types.
Endpoints
Laptops, desktops, mobile devices, and other University managed endpoints.
Printers
Printing and scanning devices that process University Data.
Servers
Physical, virtual, on-premises, and cloud-hosted servers.
Applications
Custom applications, vendor applications requiring configuration, APIs, connectors, plugins, integrations, and research platforms.
SaaS
Software-as-a-Service and other provider-hosted applications.
IaaS
AWS, Azure, Google Cloud, and other infrastructure or platform services.
Networks
Switches, routers, firewalls, wireless access points, VPN gateways, network-management systems, and related infrastructure.
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Why Privacy Matters in Applying Standards
At Harvard, we are dedicated to safeguarding personal data. Securing technology assets is an important step but not all that is required. Certain information, including health and financial data, may require additional steps to comply with a law and/or regulation.
For additional guidance and training, visit the Privacy Principles page.
Sometimes contracts, laws, university rules, or system limits mean we have to use extra or different protections than our usual standards. View examples and guidance to help you recognize and handle these situations correctly.
This section to be removed.
Researchers should also review OVPR Research Data Management guidance. Contractual, legal, institutional, or system requirements may require additional or different safeguards.
- Regulated Data (HIPAA, FERPA, PCI DSS):
You may need to set up systems with special security controls like encryption or audit logs for health, student, or credit card data. - Sponsored Research Projects:
Grant or sponsor requirements might require you to use specific security standards (like NIST or FISMA) when configuring your systems. - Vendor or Cloud Agreements:
Some contracts with vendors or cloud providers may limit which security settings or locations you can use for your systems. - International Data Laws (GDPR):
Sometimes, you must configure systems to store or process data only in certain regions to follow international or local laws.
- Legacy Systems:
There may be older (legacy) systems that cannot meet every aspect of the Minimum Standard (for example, lacking support for modern encryption). - Vendor Constraints:
Some third-party software or platforms may have built-in restrictions that prevent full alignment with the Minimum Standard. - Business Continuity/Emergency Needs:
During declared emergencies or business continuity events, temporary exceptions might be required for operational needs. - Accessibility and Accommodation
To accommodate Community Members with disabilities, alternative configurations or technologies might be required.
In these cases, documented exceptions and compensating controls are typically required.
Related Resources
Use these resources to take the next step, find University guidance, or explore trusted external references.
University Policies
Official University policies and governance guidance.
University Standards
Security and privacy requirements for protecting University information.
Roles & Responsibilities
Role-based guidance for supporting a secure University environment.