Creating an Effective Request for Proposal (RFP) for Library Automation

Buying a library automation system is a big decision. It involves significant money, affects daily operations for years, and shapes how readers interact with your collection. Yet many libraries jump straight to vendor demos without first defining what they actually need. This is where a Request for Proposal (RFP) changes everything. A well-prepared RFP acts as the blueprint for the entire automation project, turning a vague wish to “go digital” into a structured, comparable, and defensible procurement process. Let us break down what an RFP is, what goes into it, and how to develop one that protects your library from costly mistakes.

What is an RFP and why libraries need one 🔗

A Request for Proposal is a formal document a library issues when it wants to purchase a product or service, such as an Integrated Library System (ILS), from an external vendor. The document describes the library’s mission, needs, and expectations, and invites vendors to submit detailed proposals explaining how their system would meet those requirements. According to the American Library Association, the RFP sits at the heart of a library system purchase and represents a coordinated effort by staff to state the library’s needs clearly while promoting competitive proposals among vendors.

The RFP does more than help you shop. It becomes the foundation of the working relationship between the library and the chosen vendor. Once a vendor wins the contract, the RFP and the vendor’s response together define the agreed solutions, requirements, and timelines that both sides must honour. In other words, the document you write today becomes the reference point you fall back on two years later when something does not work as promised.

Libraries need this structure because automation is expensive and rarely reversible in the short term. A study of health sciences libraries published in the National Center for Biotechnology Information noted that institutions often invest several hundred thousand units of currency in integrated systems, and that the RFP is the standard method for shortlisting vendors before committing. Skipping the RFP means relying on sales pitches, which tend to highlight strengths and hide gaps. A structured proposal process forces every vendor to answer the same questions, making fair comparison possible.

Key components of a library automation RFP 🔗

A strong RFP is comprehensive but not bloated. Each section serves a purpose: it either tells vendors what you need or tells them how you will judge their answers. The following components appear in almost every effective library RFP.

Background and institutional profile 🔗

This opening section introduces your library to vendors who have never visited it. Include the type of library (academic, public, special, or school), the size of the collection, the number of branches, annual circulation figures, the number of registered members, and current staffing. If you already use software, mention it. Vendors use this profile to gauge whether their system fits your scale. A solution built for a multi-campus university library may be overkill for a single college library, and vice versa.

Objectives and scope 🔗

Here you state what the project is meant to achieve. Are you automating for the first time, migrating from an old system, or adding new modules such as a discovery layer? Be specific about scope. Mention whether the project covers data migration from existing records, hardware procurement, training, and ongoing maintenance. Clear objectives prevent vendors from quoting for different things, which would make their proposals impossible to compare.

Technical and functional requirements 🔗

This is the largest and most important part of the RFP. It lists the features the system must provide. Typical modules for an ILS include acquisitions, cataloguing, circulation, serials control, and the OPAC (Online Public Access Catalogue). You should also specify support for international standards such as MARC 21 for bibliographic records and protocols for resource sharing and interoperability.

A useful technique is to phrase mandatory features as closed questions so evaluators can quickly mark a vendor as compliant or not. The guidance from Responsive recommends meeting stakeholders first, sorting features into must-haves, nice-to-haves, and not-needed items, and converting the must-haves into clear questions. Library RFPs often go further. A published Integrated Library System RFP from a public library required vendors to respond “Not Planned” to any function they could not deliver, and demanded the system operate around the clock with staff and patron access maintained even during backups. This level of detail leaves little room for ambiguity later.

Vendor information and submission instructions 🔗

Ask vendors to describe their company: years in the library automation field, the length of time they have supported the specific product being bid, ownership, and financial stability. You should also lay out exactly how proposals must be submitted, the deadline, the contact person, and the format required. The procurement guidance from Planergy stresses that clear submission instructions prevent misunderstandings and late entries that delay the process.

Evaluation criteria 🔗

Tell vendors how you will score their proposals. Transparent criteria make the selection fair and defensible. Common criteria include price, the vendor’s experience and reputation, technical fit with your stated requirements, the quality of support and training, and the degree of customisation available. Publishing these criteria signals to vendors what matters most, encouraging them to focus their responses where it counts.

Steps to developing a library automation RFP 🔗

Writing the RFP is one part of a larger process. The work before and after the document is just as important as the document itself.

Step one: assess your needs 🔗

Before writing a single requirement, study how your library actually works. Talk to circulation staff, cataloguers, and readers. Document current pain points, workflows, and volumes. Involving stakeholders early is widely recommended; Bridgepointe Technologies notes that collaboration among internal stakeholders helps clarify requirements and ensures the chosen solution supports future growth, not just present needs. A needs assessment grounds the RFP in reality rather than in a feature wish-list copied from a brochure.

Step two: choose between commercial and open-source options 🔗

The market offers two broad paths. Commercial systems come with vendor support and warranties but carry licensing costs. Open-source systems such as Koha and NewGenLib reduce licence fees but require local technical capacity. A study using the analytic hierarchy process across college libraries weighed cost, reliability, and user-friendliness as the key criteria for choosing among technologies, offering a structured way to compare alternatives. Both indigenous and global products operate in this space; a survey in the DESIDOC Journal of Library and Information Technology documented systems like E-Granthalaya from the National Informatics Centre alongside commercial offerings from vendors such as LibSys and Softlink. Deciding your preferred path early helps you write requirements that the right vendors can actually meet.

Step three: write, review, and distribute the RFP 🔗

With needs assessed and options understood, draft the document using the components described earlier. Circulate the draft internally so different departments can confirm their requirements are captured. Once finalised, distribute the RFP to qualified vendors and set a realistic deadline that gives them time to prepare considered responses.

Step four: evaluate proposals objectively 🔗

When proposals arrive, score them against your published criteria rather than gut feeling. A common approach is weighted scoring, where each criterion is assigned a point value reflecting its importance. Inventive AI describes a typical software RFP weighting technical fit around 40 percent, cost 30 percent, implementation approach 20 percent, and references 10 percent. Many technology RFPs also use multi-stage evaluation: an early round filters out vendors who fail to meet basic requirements, and later rounds assess cost, demonstrations, and final offers in depth, as outlined by Euna Solutions. Structured demos with realistic scenarios let you see whether the system performs as promised before you sign.

Best practices and lessons from real projects 🔗

Experience from actual implementations highlights what separates a smooth automation project from a troubled one.

First, define evaluation criteria before the RFP goes out, not after proposals arrive. Ivalua lists neglecting to define criteria upfront and choosing vendors purely on cost as common and avoidable mistakes. Cost matters, but functionality, security, and vendor expertise usually deserve greater weight.

Second, learn from hindsight. The health sciences library study mentioned earlier interviewed institutions about what they would do differently, which is a reminder that talking to libraries who have already automated reveals practical gaps a checklist might miss. Asking peer libraries about their migration experience, support quality, and hidden costs is one of the most valuable forms of research available to you.

Third, plan in phases rather than attempting everything at once. The DESIDOC survey observed that libraries need not move to advanced models like cloud platforms in a single leap, and can instead prioritise needs and follow a carefully drawn road map. Identifying which services most improve the reader experience, and adopting those first, keeps the project manageable.

Finally, remember that the RFP is a living agreement. Because it forms the basis of the contract, every promise you capture in writing becomes enforceable, and every requirement you forget becomes an expensive change request later. Investing time in a thorough, honest RFP is the cheapest insurance a library can buy against a disappointing automation project.

What do you think? If your library were preparing to automate today, which would you weight more heavily in your evaluation criteria: the upfront cost of the system, or the quality of long-term vendor support and training? And how would you balance the appeal of a low-cost open-source system against the convenience of guaranteed commercial support?

References

1. https://libguides.ala.org/librarytech/rfp-writing
2. https://pmc.ncbi.nlm.nih.gov/articles/PMC227166/
3. https://www.responsive.io/blog/rfp-evaluation-criteria
4. https://librarytechnology.org/docs/librfp-75-main.pdf
5. https://planergy.com/blog/rfp-procurement/
6. https://bridgepointetechnologies.com/blog/rfp-best-practices/
7. https://publications.drdo.gov.in/ojs/index.php/djlit/article/download/8895/5461
8. https://www.inventive.ai/blog-posts/rfp-evaluation-criteria-best-practices
9. https://eunasolutions.com/resources/rfp-evaluation-criteria-everything-you-need-to-know/
10. https://www.ivalua.com/blog/vendor-selection-process/