UX Research Repository: Build Evidence People Can Actually Reuse
Design a UX research repository with clear taxonomy, consent boundaries, atomic insights, human review and a maintenance workflow teams will trust.
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- Define the questions the repository must answer
- Separate sources, findings and decisions
- Design a minimum metadata schema
- Write atomic, qualified insights
- Handle recordings and consent by design
- Control raw data and sensitive access
- Use AI as a draft, not an authority
- Build retrieval around real vocabulary
- Connect evidence to decisions
- Establish intake and quality review
- Measure usefulness, not repository size
- Launch small and maintain deliberately
A useful UX research repository is not a warehouse of slide decks. It is a governed system that helps someone answer: What do we know, from whom, under which conditions, how confident are we, and which decision used the evidence? Build the retrieval and review workflow before choosing software.
Define the questions the repository must answer
Interview likely users: researchers, designers, product managers, support, marketing and compliance. Ask what they search for before planning or making a decision. Common questions include “Have we studied onboarding?”, “Which customer segment reported this?” and “Is this finding still current?”
Choose two or three retrieval jobs for the first version. A focused repository that answers them consistently is more valuable than a universal taxonomy nobody maintains.
Separate sources, findings and decisions
Keep three layers distinct:
| Layer | Contains | Key question |
|---|---|---|
| Evidence | Approved quote, observation, survey result or artefact | What was actually observed? |
| Finding | Researcher interpretation across evidence | What pattern might this indicate? |
| Decision | Product or policy choice with owner and date | What did the organisation do? |
Do not present a polished finding as raw fact. Link each finding to supporting and contradictory evidence, then connect decisions to the findings considered.
Design a minimum metadata schema
Start with fields people can maintain:
- study title and research question;
- owner and completion date;
- method and participant criteria;
- product area and journey stage;
- market, language or segment where relevant;
- finding, confidence and limitations;
- controlled evidence links;
- consent and reuse boundary;
- decision links and review date;
- status: active, superseded or archived.
Use controlled values for high-value filters, but allow free-text summaries. A taxonomy with dozens of mandatory fields will decay quickly.
Write atomic, qualified insights
An atomic insight should express one reusable idea and preserve its boundary. Use this structure:
Observation: what participants did or said. Interpretation: what it may mean. Scope: study, segment and context. Confidence: strength and limitations. Evidence: controlled source links. Implication: decision the team could consider.
Avoid “Users want…” when five recruited participants described a behaviour. State the sample and context. The guide to objective summaries can help separate description from evaluation.
Handle recordings and consent by design
Before any interview recording, give explicit advance notice describing purpose, access, reuse and retention, then obtain agreement. Provide a fully equal no-recording/manual-notes alternative with no reduction in participation, compensation, service or influence. Confirm permission for quotations and future repository reuse separately when needed.
The voice recorder for interviews guide covers practical capture controls. Recording laws, data protection, contracts and sector rules vary; this is general process information, not legal advice.
Need overt capture for authorised in-person interviews? Kuno is a physical AI recorder designed and developed in Munich, with EU-hosted processing and storage. Its core marketed features work without a subscription. Explore Kuno
Control raw data and sensitive access
Do not make broad repository access synonymous with access to raw recordings or identifiable transcripts. Store controlled links when possible, separate identity keys, redact unnecessary details and give people the minimum access required for their role.
Document retention by data type. A reusable finding may outlive the legitimate need for raw audio. Test deletion across source storage, transcripts, exports and backups. Record restrictions prominently so a future user does not mistake “searchable” for “approved for any purpose.”
Use AI as a draft, not an authority
AI can help draft transcripts, tags, summaries and candidate clusters. It can also merge distinct experiences, miss negation, invent a quotation or flatten disagreement. Require a researcher to compare every quote and consequential claim with the authorised source.
Document which material the draft covered and preserve uncertainty. AI must not determine participant eligibility, legal compliance, employee outcomes or medical conclusions. For the underlying text workflow, see what transcription is.
Build retrieval around real vocabulary
Repository users may search “sign-up,” “registration,” “account creation” and “onboarding” for the same topic. Add synonyms and test searches from actual project questions. Results should show the finding, scope, date, confidence and owner without requiring the user to open five decks.
Create landing views for product area, journey stage and recent decisions. Avoid one folder tree as the only navigation: a study can concern multiple products, segments and themes.
Connect evidence to decisions
Add a small evidence section to decision records: repository links considered, limitations, conflicting signals, decision owner and review trigger. This prevents “research says” from becoming an untraceable appeal to authority.
After a research readout, capture confirmed actions and owners in a consistent meeting minutes format. Human verification is required before consequential use; a repository supports judgement rather than making the decision.
Establish intake and quality review
Use a lightweight publishing checklist:
- study purpose and sample are clear;
- consent and reuse boundaries are recorded;
- quotes match approved sources;
- interpretation is labelled;
- limitations and contradictions are visible;
- taxonomy uses current controlled terms;
- access and retention are correct;
- owner and review date are assigned;
- related research and decisions are linked.
Peer review high-impact findings. Allow provisional entries, but label them clearly so speed does not masquerade as confidence.
Measure usefulness, not repository size
Counting uploaded studies rewards accumulation. Better measures include successful searches, time to answer recurring questions, findings reused with correct context, decisions linked to evidence, and outdated insights reviewed before reuse.
Sample failed searches monthly. If users repeatedly ask colleagues instead of searching, investigate trust, access, naming and result quality before buying another tool.
Launch small and maintain deliberately
Begin with one product area and twenty to forty high-value studies. Migrate metadata and durable findings first; archive duplicates and expired raw data rather than copying everything. Train users on one search task and one contribution workflow.
Assign a repository steward, but distribute ownership of study accuracy. Review frequently used findings, mark superseded evidence and publish a short change log. A meeting follow-up process helps ensure maintenance actions receive owners and dates.
The repository succeeds when teams can find trustworthy evidence quickly, understand its limits and trace how it informed a decision.
Keep evidence review human. Kuno can support agreed interview capture and draft notes; researchers must verify quotes, context and findings before repository publication. See Kuno