Reduce Software Licensing Waste in Higher Education: Maximize Every Software Investment

Universities can spend millions on software every year without knowing how much of it students actually use. Licenses get renewed because they were bought last year, requested by a department or provisioned “just in case.” 

Software budgets in higher education are built on assumptions and precedent instead of demand. 

And at a time when higher education IT teams are under pressure to cut costs, there is an obvious place to look: reduce software licensing waste by replacing assumptions about demand with real evidence of application use. 

A spreadsheet of contracts and renewal dates will only get IT so far. Institutions need to know which applications are being launched, how often they are used, where demand comes from and how many licenses are actually needed at peak. 

Find the waste before renewal 

Software licensing waste builds gradually, often coming from risk averse faculty and “better safe than sorry” decisions. 

These scenarios are a common occurrence in higher education, particularly in decentralized institutions: a department buys software for a course, another faculty purchases the same product independently. Licenses remain assigned to inactive users. A 100-seat agreement gets renewed because nobody can confidently prove that 30 seats would cover demand. Applications stay in the campus software catalog long after teaching requirements have changed. 

Traditional software asset management and IT asset management can show what an institution owns, what it pays and when contracts expire. Effective software license management also needs evidence of what people actually use. 

Without reliable software usage reporting, higher education IT teams are negotiating renewals without the full picture. 

Measure demand, not entitlement 

License utilization data is the first step in making wiser and less wasteful software licensing purchase decisions.  

AppsAnywhere Analytics gives institutions visibility into application launches and delivery across their software environment for both managed and BYOD devices. LabStats adds detailed application and device utilization data, including session counts, duration, location and peak concurrent demand. 

This granular data changes the licensing conversation, removing emotion and power imbalance between faculty and IT. 

An application licensed for 500 users may have hundreds of occasional users but only 40 concurrent sessions at peak. Another might look lightly used across the year but become critical during a six-week specialist module. 

Good application analytics provides insights into those patterns to help inform better decisions.  

Usage data still needs context. Curriculum requirements, accessibility needs, specialist research applications and infrequent but essential teaching software can justify low utilization. 

But IT can make those decisions with evidence rather than assumptions. 

Remove applications nobody is using 

After introducing AppsAnywhere, the University of Western Australia used its analytics to identify applications that remained available despite no longer being used. The university removed around 40–50 applications, cutting unnecessary licenses along with the packaging and support work attached to them. 

Every unnecessary application creates application management work. Someone still has to package it, test it, update it, troubleshoot it and account for its security implications. 

One less application means reduce workload for IT as well. The return comes through both software cost savings and IT operational efficiency. 

Coventry University has taken the same principle further. Its software catalog had grown to close to 1,000 packages. Using actual usage data rather than historical renewal habits, the university has reduced that catalog to around 300 applications. That is roughly 700 fewer packages to manage. 

If an application no longer supports teaching, research or another institutional requirement, what is IT maintaining it for? 

Expose duplicate purchasing 

Waste can also hide inside decentralized purchasing. When each faculty purchases and negotiates licenses for the same product, they have less bargaining power, duplicate packaging, deployment and maintenance efforts, and the institution pays for overlapping capacity. 

Better usage visibility exposes that duplication. At York University, software usage analysis identified duplicate license purchases across faculties. That evidence helped the university move toward shared purchasing and pooled licensing instead of separate departments repeatedly buying access to the same software. 

Central oversight of software governance maintains purchasing decisions at faculty level while giving procurement and IT the evidence to challenge separate contracts, overlapping products and oversized license pools before they are renewed. 

Connect software delivery with license decisions 

Finding an underused license solves only part of the problem. Institutions also need to control how software is provisioned, delivered and accessed. 

AppsAnywhere provides a centralized software delivery platform for packaging, delivering and managing applications. This gives IT greater control over software provisioning while maintaining a consistent route to applications for students and faculty. 

With AppsAnywhere Analytics and LabStats, IT can see which applications are being used, identify patterns in demand and use that evidence to inform purchasing, renewal and delivery decisions. Software delivery and license management operate together to enhance efficiencies. 

Reducing software licensing waste cannot come at the expense of students who depend on specialist applications. Not every student owns a device capable of running engineering, design, statistical or other compute-intensive software. 

Remote access, virtual delivery and centrally managed applications give institutions more options for seamless remote access, even on less powerful devices. IT can right-size licenses and delivery infrastructure while protecting access for commuters, working students, carers, disabled students and those using lower-specification devices. 

Make software governance continuous 

Maintaining right-sized software estates relies on a continuous improvement practice. 

As courses change, vendor licensing models evolve, new applications appear while others disappear from teaching, demand shifts between campus computers, remote access and personal devices.  

Institutions can establish a usage baseline, identify underused applications and oversized license pools, make changes and then monitor the result. Peak concurrency, application launches and longer-term utilization trends can feed directly into vendor negotiations and conversations with faculty. 

That creates a much stronger campus software management process: measure demand, make the change, then keep measuring. 

For institutions pursuing digital transformation in higher education, better data can turn software governance from periodic housekeeping into an ongoing way to control costs and protect access. 

Reduce software licensing waste without reducing student access 

The goal is the right software estate: the applications students and faculty need, in the right quantities, delivered in the most effective way. 

AppsAnywhere and LabStats give higher education IT teams the delivery controls and usage evidence to get closer to that position. 

UWA removed 40–50 unused applications. Coventry reduced a catalog of nearly 1,000 packages to around 300. York uncovered duplicate purchasing across faculties. All these are different aspects of the same larger waste problem, due to the lack of evidence and visibility of actual demand. 

 
For institutions looking to reduce software licensing waste, the next steps are practical: measure what is being used, challenge what is not, right-size what remains and redirect software spend where students will benefit from it. 

See how AppsAnywhere and LabStats can help your institution understand application usage, right-size software licenses and get more value from every software investment.