IT Efficiency: 8 Ways to Cut Costs, Improve ROI and Unlock More Value

Doing more with less has become the operating reality for higher education IT: budgets are under pressure, teams are stretched, and the demand for better digital access continues to grow.

The strongest savings come from removing waste, making better use of existing assets and reducing administrative burden and repetitive, time-consuming tasks. When executed as part of a holistic strategy and backed by evidence, this approach can unlock savings and release human and system capacity for innovation, cybersecurity or AI, while uplifting the student experience.

AppsAnywhere and LabStats work together as an end-to-end solution to solve these challenges. AppsAnywhere simplifies how software is packaged, delivered, managed and accessed. LabStats provides evidence of how applications, devices and computer labs are being used. Together, they help institutions move from “just in case” provisioning to decisions based on real demand.

Here are eight areas where that shift can create direct savings, avoid future spend and add measurable institutional value.

1. Reduce hardware costs

Rows of expensive computers sitting idle while students use their own laptops are difficult to justify.

LabStats shows which devices are actually being used, while AppsAnywhere reduces dependence on high-spec local machines by delivering applications through the most suitable method. This allowed York University to remove 500 seats over several years, replacing underused labs with computer kiosks in high access areas, and better BYOD support. This resulted in CAD 1.7 million in hardware savings.

2. Right-size software licenses

Software licenses are often provisioned for “just in case” scenarios rather than actual demand.

Usage, session and concurrency data gives institutions a stronger basis for removing unused applications and renegotiating contracts. UWA removed 40–50 unused applications, while Coventry University reduced its software catalog from close to 1,000 packages to around 300.

That also means fewer applications to package, patch and support.

3. Consolidate labs and reclaim space

Many institutions are still maintaining computer rooms students barely use. While computer labs still play an important role in campus IT, the era of on-demand learning requires a new model.

Usage data can identify spaces that should be reduced, repurposed or invested in, while centralized software delivery makes any application available on any device. Coventry University closed 13 underused open-access rooms, while UWA released around 3,000 square meters for more flexible teaching and student activity.

This also solved the complex issue of timetabling or accommodating last minute schedule changes.

4. Release IT capacity

Too much specialist IT time still goes into repetitive administration: rebuilding images, counting devices, producing reports and maintaining parallel environments.

Centralized software delivery and automated reporting remove much of that work. At BCIT, activity previously spread across around 20 people is now managed centrally by four or five.

That capacity can move into infrastructure, cybersecurity, AI and service improvement instead.

5. Reduce support costs

Support teams need to know whether a problem sits with the application, device, license, network or user entitlement.

Centralized software delivery and device-health data make diagnosis faster and allow IT to fix problems before teaching is disrupted. Anglia Ruskin University used LabMaps to help students find available computers and reduced hardware availability complaints by 80% without buying more devices. Manchester University got rid of virtually all software related complaints from staff and student following AppsAnywhere rollout.

6. Make VDI the last resort

VDI still has a role for applications and workflows that require a persistent virtual environment. But using it as the default delivery method, leads to high infrastructure, consumption and specialist staffing costs.

AppsAnywhere can prioritize local execution, application virtualization, Cloud Delivery or remote access before falling back to VDI. These are not only cheaper alternatives, but also better performing than streaming full desktops just to launch a Word or Excel application. BCIT moved away from general-purpose cloud VDI toward remote access to existing campus machines and expects to reduce VDI reliance by around 60%.

7. Reduce cybersecurity cost and exposure

Every endpoint, locally installed application and parallel environment adds another thing to secure.

Centralized application management reduces that footprint, makes patching easier and allows vulnerabilities to be isolated at source. Fewer managed devices can also mean fewer endpoint security, monitoring and management licenses.

A leaner estate is cheaper to protect and easier to recover.

8. Improve student access

Cost reduction can backlash if it shifts the burden onto students.

Commuters, working students, carers and those using Chromebooks or lower-spec devices still need reliable access to course software. AppsAnywhere and LabStats allow institutions to provide the same seamless experience to all users, regardless of the power of their device or ability to work from campus.

This flexibility and equity can make a difference in student attainment and retention rates.

Cut waste before cutting service

Big ticket digital transformation cannot happen without a solid foundation, which is where most of the inefficiencies exist. The accumulated cost of over-provisioned hardware, unused licenses, underused rooms, duplicated infrastructure and repetitive IT work can unlock significant savings. It can also set the foundation for future innovations through AI and new technologies.

AppsAnywhere and LabStats give institutions the evidence to find that waste and the flexibility to remove it while boosting student access.

Keen to find out how AppsAnywhere and LabStats can help you optimize your IT estate? Get in touch to book a free consultation.

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