Great Websites Are Managed Continuously After Launch

Many universities invest significant time and resources into redesigning their websites. The launch is celebrated. The new design is well received. But then, over time, the website begins to decline. Pages become outdated, academic programs change, faculty move departments, application deadlines pass, policies evolve, and new content is created while older content is forgotten.

Within a few years, or even less, even the most successful redesign can begin to lose its effectiveness.

Often, the design is blamed, though it has little to nothing to do with it. The main issue is that websites are living systems. Like any important institutional asset, they require ongoing care.

Content does not stay accurate on its own.

Website operations is the discipline of managing that continuous process.

From Reactive to Proactive

Many web teams spend their time reacting to things like this:

• Someone reports a broken link.
• A department notices outdated tuition.
• An accessibility issue is discovered during an audit.
• A dean realizes a faculty member retired months ago.

By then, the problems have already affected visitors.

Operationally mature institutions work differently.

Instead of waiting for problems to be discovered, they continuously monitor the health of their content and identify opportunities for improvement before they become larger issues.

That way, they can prevent them from occurring in the first place.

Content as an Institutional Asset

Universities routinely manage their financial assets, physical facilities, research data, and academic records through defined operational processes. Content deserves the same discipline.

Institutional content influences recruitment, student success, public trust, accessibility, search visibility, and increasingly, AI-powered discovery.

Treating content as a strategic institutional asset means establishing processes that ensure it remains accurate, current, and useful throughout its lifecycle.

That includes:

• Maintaining a complete content inventory
• Assigning clear ownership
• Reviewing content regularly
• Identifying outdated information
• Eliminating duplicate content
• Monitoring content quality
• Archiving information that no longer serves institutional goals

These activities should not happen only during redesign projects. Instead, they should become part of everyday website operations.

Give Contributors Actionable Guidance

One of the biggest opportunities for improving website operations is shifting from reporting problems to helping contributors solve them.

Instead of expecting contributors to periodically audit hundreds of pages, the CMS should proactively identify content that needs attention and explain why.

For example, contributors might receive reminders when:

• Content is due for review
• Links are broken
• Accessibility issues are detected
• Required metadata is missing
• Pages have not been updated in an extended period
• Content quality opportunities are identified

Rather than asking contributors to search for problems, the system brings the work to them.

This reinforces the philosophy discussed throughout this guide.

The publishing environment should not simply report problems. It should help contributors solve them.

Measure the Health of Your Website

Universities measure enrollment, fundraising, student success, and countless other institutional outcomes.

Websites deserve the same level of measurement.

Operational metrics might include:

• Percentage of pages reviewed within the last year
• Content ownership coverage
• Broken link trends
• Accessibility compliance
• Duplicate content
• Outdated pages
• Content inventory health
• Contributor engagement
• Publishing workflow efficiency

These measurements are intended to identify opportunities for continuous improvement.

Just as institutions monitor enrollment trends or student retention, they should monitor the health of their digital presence and use those insights to make informed decisions.

Website Operational Maturity

Just as universities continuously improve academic programs, student services, and administrative processes, they should continuously improve the way they manage digital content.

One way to think about this is through a Website Operational Maturity Model.

Level 1: Publishing

Content can be created and published, but processes are largely manual and reactive. Success is measured by launching pages rather than maintaining them.

Level 2: Governance

Content ownership, workflows, and publishing standards are established. Contributors understand their responsibilities, and governance begins to improve consistency across the institution.

Level 3: Structured Content

Information is organized into reusable content types rather than isolated pages. Templates, components, and shared content reduce duplication while improving consistency and maintainability.

Level 4: Measurement

The institution actively measures website health through content inventories, review cycles, accessibility monitoring, content quality metrics, and operational reporting. Decisions are increasingly driven by data rather than assumptions.

Level 5: Continuous Improvement

Website operations become part of the institution's culture. Contributors receive ongoing guidance. Content is reviewed continuously. Operational dashboards identify issues before they become problems. Governance evolves alongside institutional priorities.

The website improves every day, not just during redesign projects.

Operational maturity means creating an environment where maintaining a high-quality website becomes part of everyday work rather than a recurring crisis.

Website Operations Bring Everything Together

Throughout this guide we have explored governance, structured content, contributor enablement, accessibility, and AI readiness.

• Website operations is where those ideas become everyday practice.
• Governance defines expectations.
• Structured content creates consistency.
• Contributor enablement helps contributors make better decisions.
• Accessibility improves usability.
• AI readiness strengthens discoverability.

Operations ensures those practices continue long after launch.