In the fields where digital tools matter most — healthcare, education, environmental research, public policy — the tools themselves are often locked behind paywalls, institutional subscriptions, or procurement processes that take months.
A hospital system in a high-income country can afford a Salesforce Health Cloud subscription. A regional health authority in West Java probably can't. A university in the UK has access to research databases that a university in Nigeria doesn't. The organisations doing the hardest work in the hardest places are systematically underequipped.
Open-access digital tools are one answer to this problem. Not the only answer — but a meaningful one.
What Open Access Actually Means
Open access means different things in different contexts. For academic publishing, it means research papers are freely available rather than behind journal paywalls. For software, it means source code is publicly available. For digital tools and instruments, it means anyone can use them without paying — and without jumping through bureaucratic hoops.
The UMAS platform we built for Universitas Padjadjaran is an example of the third category. The UNPAD Medication Adherence Scale is a validated research instrument — a tool that healthcare researchers can use to measure patient medication adherence. Making it open access means a researcher in Bangladesh can use the same instrument as one in Germany. The playing field is levelled, at least for this one tool.
The Compounding Effect
The economic argument for open access is often made in terms of cost savings — organisations don't have to pay for tools they now get free. That's real, but it understates the impact.
The more important effect is compounding. When more researchers use a validated instrument, more studies get published. More studies mean more citations, more replications, more refinements. The instrument gets better. The field advances faster. Knowledge compounds.
This is why open access matters beyond charity. It's not just about helping resource-limited organisations — it's about accelerating the production of knowledge itself.
What Good Open-Access Platform Design Looks Like
Open access is not just a licensing decision. It's a design philosophy. A platform can be technically open access while still being practically inaccessible — if it's slow, confusing, requires registration, or doesn't work on mobile.
Building the UMAS platform pushed us to think carefully about what real accessibility means:
- Performance on low-bandwidth connections, not just fibre
- Minimal friction to access — no account creation required to view the instrument
- Clear, plain language — accessible to non-native English speakers
- Stable, long-lived URLs — links shared in papers need to work in ten years
These are not complicated decisions. But they require thinking about users whose context is fundamentally different from the developers building the tool.
The Business Case for Building Open-Access Tools
For organisations considering whether to build open-access versions of their tools or research: the answer is almost always yes, when the goal is impact rather than revenue.
Open-access platforms generate citations, recognition, and credibility that closed platforms don't. They attract collaborators. They demonstrate mission alignment to funders. And increasingly, they attract the kind of talent that wants to work on things that matter.
The UMAS platform is a small example of what this can look like in practice. A validated instrument, freely available, reaching researchers globally — with a platform designed to make that access as frictionless as possible. That's what good open-access digital tools can do.