How to Evaluate Library Automation Software: Key Factors to Consider

Choosing the right library automation software is one of the most consequential technology decisions a librarian will make. A typical Integrated Library System (ILS) is expected to run for a decade or more, so a poor choice can lock an institution into years of frustration, extra costs, and clunky workflows. The good news is that evaluation does not have to be guesswork. By breaking the decision into a clear set of parameters, you can compare any package on a level field, whether it is a paid commercial product or a free open-source system. This guide walks through the factors that matter most.

Why systematic evaluation matters 🔗

An ILS sits at the centre of nearly every library operation, from acquisitions and cataloguing to circulation, serials control, and the public catalogue. Because the system touches so much, decision-makers must weigh several considerations at once, including functionality, total cost of ownership, patron privacy, and the staffing needed to keep it running. The right choice depends entirely on the specific needs of an individual library, which is why a structured checklist beats a vendor’s sales pitch every time. Many automation projects in India began with simple tools like the UNESCO-developed CDS/ISIS, but the market has matured into a wide range of commercial and open-source options, making careful comparison essential.

Before drafting any shortlist, it helps to analyse your current workflow, list the modules you genuinely need, and identify any “sacred cows” your staff will not give up. A common approach is to build a checklist for each module, covering acquisitions, cataloguing, serials, patron management, circulation, reporting, and administration, and then score each candidate against it.

Generic parameters for evaluation 🔗

Some criteria apply to every system regardless of its price or licensing model. These generic parameters form the foundation of any sound evaluation.

User-friendliness 🔗

Two interfaces, two audiences. A good ILS must serve both staff and patrons. The staff-facing back end should make cataloguing, check-ins, check-outs, and inventory tasks quick and intuitive. The patron-facing front end, usually the Online Public Access Catalogue (OPAC), should allow smooth searching, easy renewals, and access to account information without confusion. The most practical way to judge this is to run a hands-on demo and gather feedback from the people who will actually use the system. Software like SOUL, developed by INFLIBNET, is widely described as user-friendly and standards-compliant, precisely because ease of use directly affects how much time staff spend on routine tasks.

Integration and standards compliance 🔗

The software cannot live in isolation. Your new system must work alongside existing tools such as a discovery layer, RFID hardware, or a digital repository. Compatibility gaps create duplicated work and broken workflows. The deeper test here is standards compliance. Check whether the package supports recognised formats and protocols such as MARC21, MARCXML, Dublin Core, the Z39.50 search protocol, and ISO standards. Koha, for example, stores its catalogue data in MARC and makes records accessible through the Z39.50 protocol, which is what allows different libraries and systems to exchange data reliably. A system that respects open standards is far easier to integrate today and to migrate away from tomorrow.

Scalability 🔗

Plan for the library you will become, not just the one you are. Scalability is the system’s ability to grow with your collection, your user base, and the number of branches you operate. A well-designed ILS should handle a single small library or a multi-branch consortium under one centralised system. When you evaluate this, ask about limits on the number of records, simultaneous users, and connected sites. Koha is built to support a setup for multiple libraries or branches using a single system, which makes it a popular choice for institutions expecting expansion. Designing or selecting an ILS that meets both present and future demands is far cheaper than replacing an outgrown system in five years.

Evaluating a commercial ILS 🔗

Commercial, or proprietary, ILS products are developed and sold by companies. In the Indian market these include packages such as LibSys, NewGenLib (in its commercial form), VTLS, and SLIM++. They typically offer polished features and dependable support, but they come at a price. Three factors deserve close attention.

Cost and total cost of ownership 🔗

The sticker price is only the beginning. Commercial systems usually demand a significant upfront investment plus annual maintenance or subscription fees. The figure that actually matters is the total cost of ownership, calculated over a realistic period. Because libraries run an ILS for 10 to 15 years, experts recommend calculating total cost over at least a five-to-seven-year horizon. Factor in hardware, data migration, training, add-on modules, and recurring support. A cheaper licence that bundles fewer services may end up costing more once you add everything the vendor charges separately.

Vendor support and reliability 🔗

You are buying a relationship, not just a product. One of the strongest arguments for commercial software is dependable, dedicated support and a guaranteed schedule of updates and security patches. When something breaks during circulation hours, a responsive help desk is invaluable. Evaluate the vendor’s track record in the library sector, the support channels offered, the warranty period, and the quality of staff training. A reliable vendor provides ongoing support, regular updates, and strong customer service, which is what justifies the recurring fees. It is also worth asking how long the company has been in business, because if a vendor disappears or is acquired, the ongoing viability of a proprietary product can be jeopardised.

Licensing terms 🔗

Read the fine print before you sign. Most commercial software is licensed on a per-user, per-workstation, or site-wide basis. These terms decide how many people can use the system and on how many machines, which directly affects both cost and scalability. Confirm that you are buying the full version rather than an abridged one, and clarify what happens to your data and access if you stop paying. Restrictive licensing is a hidden form of vendor lock-in that can trap a library long after the initial enthusiasm fades.

Assessing open source and freeware ILS 🔗

Open-source systems such as Koha, NewGenLib, and Evergreen are developed by communities and released under licences like the GNU General Public License. NewGenLib holds a special place here as the first Indian integrated library management software to go open source, released under the GNU GPL in 2008. Libraries often select these systems mainly because of affordability, but cost is only one piece of the picture.

Customisability and vendor independence 🔗

Freedom is the headline benefit. Because the source code is open, libraries can modify the software to fit their exact workflow rather than bending their processes to fit the software. Commercial systems offer a fit-to-all solution that cannot be customised because the source code is not available, whereas open-source ILSs let libraries adapt the code and remain free from vendor lock-in. This vendor independence means you can hire technical expertise whenever you need it instead of depending on a single supplier. The trade-off is that meaningful customisation usually requires in-house IT skills or paid technical help.

Community and commercial support 🔗

Free software is not the same as unsupported software. A mature open-source project is backed by an active global community that contributes code, documentation, and troubleshooting help. The strength of that community is itself a evaluation criterion. One useful framework grades open-source projects on the maturity of both the community and the functionality, ranging from inactive to sustainable. Importantly, a thriving ecosystem of paid support providers usually grows around popular systems, so libraries can buy professional hosting and maintenance if they prefer not to rely on volunteers. For SOUL, INFLIBNET runs a dedicated support cell, combining the economics of low-cost software with assured backing.

Updates, security, and longevity 🔗

Check the pulse before you commit. Active projects release regular updates and new features on a predictable schedule, and the community typically addresses security vulnerabilities quickly. Before adopting any open-source ILS, look at the release history, the frequency of commits, and whether the project still has momentum. A system with steady development is a safer long-term bet than one that has stalled. Practical realities also matter: studies of Koha deployments in developing regions have identified erratic power supply and a shortage of trained staff as the biggest obstacles, which is a useful reminder that infrastructure and people are part of any honest evaluation.

Bringing the criteria together 🔗

No single system wins on every parameter. A small public library on a tight budget may find an open-source package with community support ideal, while a large university library that needs guaranteed uptime might prefer a commercial product or a supported version of SOUL or Koha. The smart approach is to weight each criterion according to your own priorities, score every candidate against the same checklist, and insist on a live demonstration before deciding. The goal is not the most feature-rich system on the market, but the one that best matches your collection, your users, your budget, and your technical capacity.

What do you think? If your library had to pick between a free open-source ILS that demands in-house technical skill and a paid commercial system with guaranteed support, which way would you lean? And which single evaluation criterion, cost, support, customisability, or scalability, would you treat as the deal-breaker?

References

1. https://www.tandfonline.com/doi/abs/10.1080/07317131.2023.2226434
2. https://soul.inflibnet.ac.in/
3. https://ebooks.inflibnet.ac.in/lisp5/chapter/koha-open-source-integrated-library-software/
4. https://www.researchgate.net/publication/236172814_Open_source_solutions_for_libraries_ABCD_vs_Koha
5. https://journals.ala.org/index.php/ltr/article/view/4619/5456
6. https://librarytechnology.org/document/21505
7. https://digitalcommons.unl.edu/cgi/viewcontent.cgi?article=8349&context=libphilprac
8. https://egyankosh.ac.in/bitstream/123456789/35928/5/Unit-3.pdf