The same stream. The same village. The story behind FairAction.

FairAction International is registered with the Australian Charities and Not-for-profits Commission as a water charity, established as a Public Benevolent Institution with the charitable purpose of advancing public welfare, and later endorsed as a Deductible Gift Recipient.

From 2017, FairAction is operating on the ground in Nigeria, working directly with local partners. Nigeria is where the work begins. As the most populous country in Africa, with one of the most severe and operationally complex water poverty contexts in the world, it offers a strong test environment for a sustainable model. A solution that holds here forms a foundation that can be adapted to other regions globally.

FairAction's first organisational push is to align the funding side of the mission with the cause itself. In partnership with Essential Need Projects, an Australian NGO with a Clean Water for All mission, FairAction launches the Conscious Business Campaign in New South Wales: an advocacy initiative educating Australian businesses on the global water crisis and inviting them into structured partnerships in support of UN SDG 6.1. The network grows to include over 2,000 Australian businesses.

FairAction conducts its first diagnostic study in Nigeria: a community mapping pilot covering 204 communities. Each is assessed for water access, infrastructural condition, and functional reliability. The pilot establishes the data instrument that all later field research will be built on, and produces the first hard evidence that the question for the sector is not whether infrastructure exists, but whether it lasts.

The pilot mapping had made one fact unavoidable: most water infrastructure was already there, just non-functional. FairAction begins repairing donor-built boreholes flagged by the data. Pumps come back online. Communities celebrate. Within months, the same systems break again. The pattern is clear, and it is the same one that has failed the sector for decades. Fixing what was never built to be sustainable will always fail again.

FairAction expands the diagnostic across three Nigerian states, surveying 1,700+ communities with GPS, household interviews, and a deeper instrument. The findings are unsparing: 49.8% have no improved water source, and half of those that do are dealing with broken systems. Community ownership correlates strongly with functionality. Toward the end of 2020, FairAction begins designing an algorithmic system with Essential Need Projects: a sector-wide planning tool that would later become the Target 6.1 Map. The same year, the realisation lands. FairAction stops repairing. It starts designing infrastructure to last from day one.

After four years of working through local partners, FairAction registers FairAction Nigeria as a formal local entity headquartered in Nigeria. The decision is deliberate. To do this work properly, governance, employment, community accountability, and infrastructure ownership all have to sit on the ground in Nigeria, not in Sydney. FairAction Nigeria is the team that will conduct the field research, employ kiosk attendants from each community, build the infrastructure, and stay with every project long after construction is complete.

FairAction commissions its first Smart Water Kiosk in Abeku, Nigeria, serving roughly 1,000 people. Solar-powered, IoT-monitored, and operated by a community-nominated kiosk attendant employed full time, with the water source independently safety-tested against the Nigerian national drinking water standard. Water is sold at a community-set price that funds ongoing maintenance, so the system pays for its own operation rather than waiting for the next round of donor funding. Abeku is also the first installation that becomes a long-term research site, with operational data collected continuously from launch and analysed in the work that follows.

FairAction enters an Industry Doctorate Programme with the University of Technology Sydney (UTS), formalising its work as a live applied-research programme. The arrangement places FairAction's field research under peer review, embeds it inside Australia's research infrastructure, and gives the model academic standing alongside its operational evidence.

FairAction partners with Clean Water for All (CWFA), an organisation that shares FairAction's clean-water-for-all mission, with a complementary focus on building the algorithmic systems and AI tools the sector needs to scale sustainable water service. CWFA needs research-grounded data and live community evidence; FairAction needs the engineering capacity to turn its research into instruments the sector can actually deploy. The partnership formalises a mission-aligned exchange that empowers both organisations: FairAction conducts the field research, CWFA helps build the tools, and both advance the same outcome. Within the year, full development begins on the Target 6.1 Map, which will develop into an end-to-end system for water project management.

By 2023, FairAction had years of field evidence on water infrastructure sustainability challenges. The team brought that together with two decades of research from the wider water sector and worked through it systematically. The picture that emerged was clear: 265 sustainability challenges, falling into 52 themes and six root causes.
That picture laid the foundation on which the Sustainability Framework for Water Infrastructure is built. It is the first framework of its kind grounded in Nigerian field evidence and designed for the wider sector to use, and it is the standard every FairAction project is designed against.

FairAction's research team operationalises years of field evidence into the Predictive Iterative Sustainability Model (PISM): a diagnostic framework that asks not whether a community deserves a water project, but what each community needs to reach a sustainable one. PISM produces a Viability Rating that surfaces readiness, a Sustainability Rating that predicts long-term operation, and an iterative refinement loop that turns operational data into better future designs. For some communities, readiness means infrastructure goes in next. For others, readiness means education, governance, or capacity-building must come first. PISM tells the difference. From 2024 forward, every FairAction project is shaped by PISM, and the model is designed for sector adoption: a diagnostic logic any water-sector organisation, anywhere in the world, can apply to design the right solution for each community they serve.

On 17 August 2024, FairAction commissions a Smart Water Kiosk of an entirely new kind in Isale-Oja, Nigeria: the Smart Mobile Water Kiosk, equipped with full water treatment infrastructure. The mobile design is a direct response to a finding from Abeku's three-year operational dataset: when an uncoordinated donor project lands inside a community already served by a sustainable kiosk, the existing system collapses through what FairAction's team would later name aid overlap. The mobile kiosk solves the problem structurally. It can be relocated when conditions change, when aid overlap occurs, or when a community's needs shift. Isale-Oja is also FairAction's first project commissioned alongside the Australian High Commission in Abuja, and it serves roughly 500 people while feeding live data back into the model.

On 12 October 2024, FairAction commissions a Smart Water Kiosk in Alabata, Nigeria, a community that had relied on unprotected wells and rainwater for generations. The kiosk, with full water treatment and IoT monitoring, serves roughly 500 people. PISM informs the design, and the Australian High Commission supports the build.

On 19 December 2024, FairAction is admitted as a member of the Australian Council for International Development (ACFID), the peak body for Australian aid and development organisations. Membership signals that FairAction has met the standards of the ACFID Code of Conduct: governance, financial accountability, child safeguarding, complaints handling, and ethical fundraising. The Code is the Australian sector's benchmark for good practice, and FairAction signs it in full.

Three years of operational data from Abeku, alongside research at Isale-Oja, surface two dynamics the water sector had observed but never formally documented.

The first is aid overlap: when an uncoordinated donor installs free-water infrastructure inside a community already served by a sustainable kiosk, the existing system collapses. Residents migrate, water sales evaporate, and a project on track to fund its own operation needs external support to survive. Documented for the first time in the academic literature, with direct implications for how donors and governments coordinate at scale.

The second is the Water Infrastructure Underutilisation Principle, drawn from Isale-Oja: even when safe, treated water is available, adoption is governed by proximity and perception, not access. The principle gives the sector a transferable framework for diagnosing underutilisation risk before construction.

On 31 May 2025, FairAction commissions a Smart Water Kiosk in Aba Apapa, Nigeria, the first kiosk designed in direct response to the Underutilisation Principle findings from Isale-Oja. The Isale-Oja research had shown that a community may perceive its existing water source as safe, even when it is unhygienic and unsafe by health standards, and decline to switch when treated alternatives are available. Aba Apapa adds a new methodological step: community perception is now assessed as a diagnostic input before construction, alongside infrastructural and environmental conditions. PISM informs the design, the kiosk launches, and continues to serve its community.

On 31 July 2025, FairAction commissions the Smart Mini Water Kiosk in Boni, Igboho, a community that had waited over 200 years for safe water access. The Mini design is engineered specifically for extremely remote communities, where logistics, supply chain, and ongoing service maintenance pose distinct challenges that the standard model is not designed to address. With the launch, FairAction now operates three distinct kiosk types: standard, mobile, and mini, each engineered against a specific operational reality the research had surfaced.

In August 2025, FairAction launches Safe Water, Safe Lives, a water education and advocacy campaign developed in collaboration with the University of Ibadan. The campaign advances SDG 6.1 by building community knowledge of water safety, hygiene, and the practices communities can adopt to protect their own access. Subsequent editions are planned in partnership with universities across Nigeria.

FairAction, with UTS and partners, closes a gap the sector had been delivering around: water access without water safety. The research establishes that Nigeria's public boreholes, including federal installations, cannot meet SDG 6.1 on the current handpump model. It delivers a field-testable proxy that reduces the cost of water safety monitoring in settings where conventional laboratory testing is impractical, and proves that affordable treatment, integrated into Smart Water Infrastructure, can deliver health-critical compliance at scale. The proxy is now being further developed for adoption in other contexts where the cost of monitoring has been a barrier, including remote Australian communities. With this work, water safety becomes a core component of FairAction's model for SDG 6.1, alongside the diagnostic mapping, the Sustainability Framework, and PISM.