Innovation in superannuation is not simply about generating ideas — it is about the ability to evaluate those ideas, run controlled experiments, align stakeholders, and reach a demonstrable outcome. For a major Australian industry superannuation fund managing millions of members, building that capability from scratch required more than a team and a mandate. It required a platform, a process, and a methodology that could move from concept to tested outcome in weeks rather than months — without touching member data or production systems.
Desda was engaged to help establish this capability end-to-end: designing the innovation playbook and experiment framework, fitting out a dedicated collaboration space, standing up a cloud-native isolated proof-of-concept platform, and launching the first cohort of concurrent experiment streams across the fund's key capability uplift areas.
The Challenge
The fund had a clear strategic mandate to innovate — to lift digital capability, improve member and employer experiences, and explore emerging channels and services. But the internal structures to do this systematically did not yet exist. Innovation was occurring in pockets, with each initiative approached on its own terms: no common methodology, no repeatable mechanism to move an idea from hypothesis to validated outcome, and no safe environment to run experiments without risk to production systems or member data.
There were several compounding challenges:
- No established process for evaluating and prioritising ideas against strategic horizons — core incremental improvements competed with transformational bets without a common framework.
- No isolated platform on which to build and test proof-of-concept experiments — the only available environments were production or near-production, creating unacceptable risk for experimental work.
- Experiments, when they did run, were not structured around defined hypotheses, success criteria, or exit conditions — making it difficult to draw clear conclusions or decide whether to proceed, pivot, or discontinue.
- Innovation knowledge was concentrated in a small central team rather than distributed — limiting the organisation's ability to embed lean improvement practices across business units.
The fund needed to stand up an innovation capability that was genuinely operational: a playbook, a platform, a space, and a set of running experiments — all within a defined timeframe.
Our Approach
The Platform Architecture
- No production integration — The platform had zero integration with systems that mastered member, employer, or adviser data. Experiment participants could not inadvertently access or modify real member records.
- Cloud-native on GCP — Hosted on Google Cloud Platform using NGINX web server, NGINX API gateway (with API key authentication, JWT support, and rate limiting), and a microservices application layer. GCP was selected over Azure for this workload due to native Google Tag Manager and Analytics 360 integration enabling real-time behavioural analytics on experiments.
- Invitation-only access — Entry to each experiment was controlled via a dedicated labs microsite. Participants were invited individually and required to establish credentials. No public access.
- Credential hygiene — The experiment credential store was physically and logically separate from the fund's identity and access management platform. All credentials were securely erased at the conclusion of each experiment — no retention of participant data.
- 12-month review cadence — The hosting platform was subject to a scheduled review after 12 months, aligned to the fund's broader cloud platform migration timeline, to assess whether the architecture remained fit-for-purpose.
The Innovation Framework
- Horizon 1 — Core (Incremental): Solving existing business problems with readily available technology. Improving what already exists. The "do" horizon — where most ongoing experiment volume sits.
- Horizon 2 — Adjacent (Architectural): Sensing what the next major transition looks like and building capability for it. Extending into adjacent markets or channels with proven technology.
- Horizon 3 — Transformational (Disruptive): Scanning for ways to push into new markets alongside technology advancement. Radical innovation bets that require a longer horizon to evaluate.
- Define — Clearly scope the experiment and state the success criteria
- Design — Formulate how the idea will be delivered and identify necessary touchpoints
- Collaborate — Identify and include the relevant parts of the organisation
- Build — Construct the designed solution on the POC platform
- Test — Run sample tests and validate before proceeding — rebuild if required
- Launch & Measure — Take it to the agreed audience and capture the defined metrics
Outcomes
Within the engagement period, the fund moved from no formal innovation infrastructure to an operational innovation lab: a documented playbook, a live cloud platform, a fitted collaboration space, and four active experiment streams producing measurable results.
Early experiments validated hypotheses that were subsequently productionised — demonstrating that the incubation model could close the loop between idea and BAU delivery, not just generate interesting results. Experiment learnings that did not meet success criteria were equally valuable, providing structured evidence to discontinue a direction rather than letting initiatives drift.
The organisational immersion programme extended the methodology beyond the central team — creating the conditions for lean experimentation to become part of how the fund approached capability uplift across business units, rather than a specialist activity conducted in isolation.
"Innovation is not only about ideation — it is about the ability to evaluate, experiment, align, and reach an outcome."
— Innovation Playbook, defining principle
Why Desda
This engagement required the ability to operate across a wide span: from strategic methodology design to physical space planning to cloud platform architecture to running live experiments. Desda brought that breadth alongside deep familiarity with the superannuation context — understanding the data sensitivity constraints, regulatory environment, and organisational dynamics that shaped every design decision, particularly around the isolation of the POC platform from member data.
- End-to-end delivery spanning strategy, platform, process, and live experimentation
- Superannuation-specific understanding of the data and regulatory constraints that shaped the architecture
- Experience designing innovation operating models that are adopted by the wider organisation, not just the central team
- Ability to stand up a cloud-native platform and run it in parallel with methodology and capability uplift work