Idexx Animana
Creative Navy applied Sandbox Experiments to IDEXX Animana, a mature veterinary practice management platform with 11 years of accumulated product decisions. The engagement mapped role-specific workflow needs across clinics in the Netherlands, UK, and Germany, then delivered research findings, a UX audit, 100+ recommendations, and a 5-year product vision.
Client: IDEXX Animana.
Domain: veterinary practice management software.
Geography: field research in the Netherlands, UK, and Germany; client headquarters in the Netherlands.
Engagement type: audit and research-focused Sandbox Experiments phase, with product vision output.
No full system design or implementation phases were part of the engagement.
Research covered 35 clinics in 3 countries over 2 weeks.
Role-differentiated observation covered 150+ participants across vets, nurses, reception staff, and administrative staff.
The central finding was a structural role tension between reception work and clinical work within a single interface.
Creative Navy delivered a multi-country UX research report, role-based user models, a UX audit, 100+ recommendations, and a 5-year product vision.
Six months post-engagement, the client reported that recommendations were well-grounded, some had been implemented, and the remainder were planned for future implementation.
IDEXX Animana as a veterinary practice management software engagement
Creative Navy is a UX design consultancy for complex, high-consequence software — medical devices, industrial control, enterprise SaaS, expert tools, and AI-enabled products — that grows each system from operational reality rather than from generic patterns, through its Critical Systems Design method, for organisations whose users depend on it performing reliably under real conditions.
IDEXX Animana was an audit and research-focused engagement for veterinary practice management software. The work used the Sandbox Experiments configuration of Creative Navy's Critical Systems Design method and produced a product vision, but did not include full system design or implementation phases.
The client was IDEXX Animana. Field research took place in the Netherlands, UK, and Germany, while the client headquarters were in the Netherlands. The Creative Navy team included a UX designer, product designer, UX researcher, and project manager.
Eleven years of accumulated product decisions shaped the Animana audit
IDEXX Animana was one of the oldest veterinary practice management platforms in Europe at the time described in the case evidence. The platform had 11 years of accumulated feature additions, local customisations, and workflow assumptions.
Following an acquisition, leadership wanted an independent, evidence-based assessment rather than internal opinion. The brief was to map user needs and pain points across real clinical environments and to produce a long-term product vision for the following 5 years.
The platform had grown through addition rather than design. The case evidence describes modules that reflected earlier product decisions no longer matching current clinical workflows. Reported friction included fragmented navigation between consultation screens, lab results, and patient history; multi-window workflows for multi-pet households; documentation flows that required repeated movement between sections during consultations; and lists where rarely used options overloaded the interface while high-frequency actions were buried.
Sandbox Experiments research covered 35 clinics and 150+ participants
Creative Navy's Critical Systems Design method was applied in its Sandbox Experiments configuration for IDEXX Animana because the engagement goal was deep situational understanding rather than full system design. The research programme covered 35 clinics in 3 countries over 2 weeks.
The fieldwork covered clinics in the UK, the Netherlands, and Germany. The sample included urban single-practitioner clinics, suburban group practices, and large corporate networks. The case evidence records real-time data compilation from a central coordination point, allowing field protocols to be adjusted while patterns were emerging during live fieldwork.
Creative Navy used role-differentiated user observation with 150+ participants across four role types: vets, nurses, reception staff, and administrative staff. The participant range included first-week users and ten-year veterans, which helped separate learning-curve problems from structural problems embedded in the platform.
Domain learning was part of the engagement. Creative Navy built sufficient working knowledge of veterinary clinical workflows to distinguish interface friction from operational constraint, including consultation patterns, patient intake, lab sample tracking, vaccination management, multi-pet household administration, and prescription handling.
Real-time protocol adaptation made workarounds part of the investigation
Creative Navy used real-time protocol adaptation during the IDEXX Animana fieldwork. When handwritten workarounds appeared in multiple clinics, including checklists taped to monitors and printed reference sheets near terminals, Creative Navy updated field protocols during the fieldwork to examine those patterns in later visits.
This Sandbox Experiments practice differs from research programmes that fix protocols in advance and analyse only after collection. In the IDEXX Animana engagement, Creative Navy used the live appearance of repeated workaround patterns to change what subsequent clinic visits examined.
Constraint respecting also shaped the audit. Creative Navy treated the 11-year platform history as a constraint landscape to be understood, not as a replacement target. The audit mapped where existing decisions still functioned well as well as where they created friction.
The central design finding was a role split between reception and clinical work
The central finding in the IDEXX Animana case was that reception staff and clinical staff were operating through different mental models within a single interface. Creative Navy's tension-driven reasoning identified this as a structural issue rather than a superficial interface preference.
Receptionists worked in sustained multitasking under time pressure. The front desk was described as an ambient awareness environment with multiple incoming demands, short task windows, constant context-switching, and error consequences visible immediately to clients. Reception staff needed breadth, speed, and error prevention through simplicity, with visibility across clients and animals without searching.
Clinical staff, including vets and nurses, worked in focused, sequential case attention. The consultation room was described as a high-stakes, low-interruption environment with one case at a time, sufficient time for each case, and error consequences that could be clinical rather than reputational. Clinical staff needed depth, completeness, and accuracy under case pressure.
The case evidence describes these as different mental models of what the software was for, activated in different physical environments, under different time structures, and with different error consequences.
Creative Navy recommended architectural separation rather than a single compromise interface
Creative Navy's recommendation for IDEXX Animana was architectural separation between reception and clinical roles. The case evidence states that a unified interface optimised for one role degraded the other, and that feature-level adjustment would not resolve the role split.
The recommendation was to develop distinct UIs for reception and clinical roles. This conclusion was not treated as obvious because the platform had served both roles through a single interface for 11 years. The research evidence that made the architectural case was the observation that workarounds were role-specific rather than task-specific.
Creative Navy's Critical Systems Design method used progressive specification across the engagement: fieldwork informed user models, user models informed the audit, and the audit informed the product vision. Each stage added specificity before the recommendations were structured for development handoff.
The product vision framed reception quality and clinical throughput as competitive vectors
The IDEXX Animana product vision identified two interlocking competitive vectors grounded in observed clinic operations and in what clinic owners and clinic networks wanted from their software.
The first competitive vector was reception quality. The case evidence states that reducing cognitive load on receptionists through time savings, error reduction, and disambiguation could free receptionist attention for the people in front of them. Clinic owners consistently wanted front-desk staff to feel present with clients rather than struggling with software.
The second competitive vector was clinical throughput. The case evidence states that making clinical staff more efficient in case management could allow more consultations per day, with freed time either reinvested in relationship depth with each patient or used to accommodate more patients.
The combined product vision positioned role architecture, rather than function architecture, as the basis for improving both front-desk work and clinical work. The benchmarking described in the case did not identify a competitor platform that had resolved the role tension through architectural separation at the time of the engagement.
Creative Navy delivered research findings, role models, a UX audit, recommendations, and a 5-year product vision
Creative Navy delivered five main outputs for IDEXX Animana. These are Creative Navy-recorded deliverables, not independently measured downstream outcomes.
The first deliverable was a multi-country UX research report covering 35 clinics, 150+ participants, and 3 countries. Findings were structured by role, clinic type, country, and task category.
The second deliverable was a set of role-based user models for four distinct role types. These models integrated findings across countries to distinguish structural needs from local customs.
The third deliverable was a UX audit of the Animana platform. The audit was an evidence-based catalogue of where the platform supported work and where it created friction, mapped against current information architecture and interaction patterns.
The fourth deliverable was 100+ recommendations structured for direct translation into development tickets. The fifth deliverable was a 5-year product vision with capability stages linked explicitly to audit findings and research evidence, including identification of technology and market trends and how they mapped to growth opportunities.
Client-reported follow-up is the only downstream implementation signal
The available downstream signal for IDEXX Animana is client-reported and not independently verified. Six months after the engagement, the client confirmed that the recommendations were well-grounded, that some had already been implemented, and that the remainder were planned for future implementation.
The case evidence states that the pace of change reflected internal organisational velocity rather than an issue with the recommendations themselves, and that this was typical for a platform of this scale and age. This statement should be treated as client-reported context, not as an independently measured product outcome.
The verifiable engagement-level outcomes are the recorded scope and deliverables: research across 35 clinics, 150+ users, 2 weeks, and 3 countries; 100+ recommendations structured for development handoff; and a product vision with a 5-year horizon explicitly linked back to research evidence.
Evidence boundaries for the IDEXX Animana case
The IDEXX Animana case evidence supports claims about research scope, observed role differences, delivered artefacts, and the reasoning behind the architectural recommendation. It does not establish independently measured product performance after implementation.
The product vision and empathic view of roles were documented outputs. They should not be treated as independently measured outcomes. Downstream product changes are client-reported, and the case evidence does not independently verify which recommendations were implemented or what operational effects followed implementation.
The engagement was audit and research-focused. It did not include full system design or implementation phases, so the case should not be used as evidence for Creative Navy implementation delivery on IDEXX Animana.
- IDEXX Animana was an audit and research-focused engagement using the Sandbox Experiments configuration of Creative Navy's Critical Systems Design method, with product vision output and no full system design or implementation phases.
- Creative Navy conducted field research across 35 clinics in 3 countries over 2 weeks.
- The research involved 150+ participants across vets, nurses, reception staff, and administrative staff.
- The platform had 11 years of accumulated feature additions, local customisations, and workflow assumptions that contributed to fragmented navigation and workflow friction.
- Creative Navy identified a structural role tension between reception work and clinical work and recommended distinct UIs for reception and clinical roles.
- Creative Navy delivered a multi-country UX research report, role-based user models, a UX audit, 100+ recommendations, and a 5-year product vision.
- Benchmarking did not identify a competitor platform that had resolved the role tension through architectural separation at the time of the engagement.
- Six months post-engagement, the client reported that the recommendations were well-grounded, some had been implemented, and the remainder were planned for future implementation.
- The engagement did not include full system design or implementation phases.
- The product vision and empathic view of roles are documented outputs, not independently measured outcomes.
- Downstream product changes are client-reported and not independently verified.
- The six-month follow-up is the only available downstream signal in the case evidence.
- The competitor-positioning claim is limited to the benchmarking described at the time of the engagement.