Sustainable Water Impact Maps (SWIM)

AI-native water stewardship platform, where projects are found and funded.

Clean water for everyone, everywhere.

Connecting corporates, governments and NGOs with the partners, funding and credible projects needed to improve access to clean drinking water and protect the world's most stressed water basins. Reduce, reuse, replenish and WASH projects, from engineered infrastructure to nature based solutions.

Join SWIM

Free to join and use. Every access request is reviewed by the SWIM team.

01The Engine

Moving from Question to Action.

Water data is fragmented across satellite feeds, corporate disclosures and NGO reports. SWIM brings these sources together in one place, with SWIM AI to help you:

01

Understand water risk

See your sites and priority basins against more than 100 water risk and data layers from recognised sources, down to sub catchment level.

02

Basin Insights

Identify water stressed basins around your sites using recognised global data sources, with an AI summary of the main water challenges in each sub catchment.

03

Project Matching

Define your budget, region and impact targets. SWIM shows you the projects that best match your criteria, with reported estimates and independently evaluated impacts distinguished.

02Case Studies

Connecting funders and implementers to accelerate impact.

Funders lack credible projects to back. Implementers lack funders ready to move. SWIM is the layer between them, built on the same basin level data.

A child in Bela village holds a glass of clean drinking water beside a glass of unsafe water in Nagpur, India.
21.14° N, 79.08° E, Bela, Nagpur

Funder, Corporate

Nagpur, India Implementing, 2026

From a 2030 commitment to a project designed to deliver 60 million litres a year in India.

WASH Replenish

The challenge

Microsoft pledged to be water positive by 2030. The harder part was finding credible projects in the basins where they were needed most, scattered across databases, cold introductions and informal networks.

How SWIM helped

SWIM cross referenced basin level water stress with active project pipelines worldwide. It surfaced a fundable opportunity in central India: a water stressed village of 16,000, four and a half kilometres from a processing facility with a recoverable water stream, and Botanical Water Technologies ready to install.

The outcome

In build through 2026. A 4.5 kilometre pipeline is being commissioned from the facility to Bela, with a Water ATM and RFID access at every household, designed to deliver sixty million litres a year, with delivery to be tracked litre by litre.

60M Target litres / year
16,000+ Intended residents
4.5 km Planned pipeline
A resident in California's San Joaquin Valley fills jugs from a community water tank during the drinking-water crisis.
37.06° N, 120.85° W, Los Banos, CA

Funder, Government

California, USA Funding, 2026

A proposed new drinking water source for Los Banos, California.

WASH

The challenge

Agricultural communities in California face drinking water challenges as systems come under pressure from contamination and drought. Implementers know what needs to be built. What they lack is funders ready to move at the same speed as the need.

How SWIM helped

SWIM helped Self-Help Enterprises locate California's most underserved water systems and the funders mandated to act on them. It put the Los Banos opportunity, a new local source from Botanical Water Technologies, in front of a shortlist of credible funders, and matched it to the State Water Resources Control Board's SAFER drinking water programme.

The outcome

Funding, 2026. A proposed local water source for Los Banos, designed to bring supply closer to the communities it would serve, reduce water haulage and diversify a supply vulnerable to drought.

WASH Project focus
Local Proposed water source
Funding Current stage

03SWIM

Water Challenges, Projects and Partners. Mapped.

SWIM maps water risk, organisation sites and water projects together, from engineered infrastructure to nature based solutions, giving every funding decision full spatial context.

01

One Map

Basin level risk, organisation sites, project locations and basin boundaries brought together on one map.

02

Deep Drill Down

Drill down to Level 7 sub catchments for water quality, resilience and access data, with an AI summary of each sub catchment's main water challenges.

03

SWIM Alerts

Set up SWIM Alerts to be notified when a new partner, project or funding opportunity appears in your priority basins.

SWIM platform tour

See the full picture.

Chapters

04Solution Agnostic

The Best Solution for the Basin. No Bias.

SWIM is solution agnostic. Engineered systems and nature based solutions (NBS) sit side by side across the four key water project types: Reduce, Reuse, Replenish and WASH. Whether the most effective intervention is advanced desalination, wetland restoration, atmospheric water generation or floodplain reconnection, SWIM helps you compare options using the same data.

i Reduce Cut demand at the source
ii Reuse Close the loop on process water
iii Replenish Return water to stressed basins
iv WASH Safe water, sanitation, hygiene

To build a transparent ecosystem where the most effective solution wins, engineered or natural.

05Collective Action

Same Basin. Same Goals.

SWIM maps organisations, sites and projects to their basins, revealing where corporates and NGOs share the same water challenges and turning isolated efforts into coordinated collective action.

Discover shared basins

See which corporates, NGOs, and projects overlap in your priority water basins.

Align investments

Coordinate with funders and project implementers already active in your regions.

Amplify impact

Collective action multiplies outcomes through shared data, pooled resources and joint reporting.

The water crisis won't be solved in isolation.

06Enterprise Grade

Your Data, Your Rules.

Collective action requires trust. SWIM gives you full control over what you share and what stays private.

You control visibility

Choose whether your information is Public, Restricted to organisations you select, or Private to your organisation. Sharing controls also apply to individual fields. Check your settings before saving or publishing.

Traceable AI insights

SWIM AI uses platform records and your access permissions to answer questions, with source links so you can check the underlying information.

Platform security

SWIM uses encrypted connections, authenticated access, organisation permissions, activity logging and database backups. Uploaded files and AI workspace storage are encrypted at rest.

07Impact Scenarios

Built for the people who move the needle.

Scenario A

The Corporate ESG Officer

"How do we find credible projects to deliver our 2030 water commitment?"

SWIM Solution

See your operational sites overlaid on water stressed basins, discover WASH and replenishment projects nearby with reported estimates and evaluated impacts shown, and find collective action opportunities with partners already in your regions.

Scenario B

Foundation or Impact Funder

"I want to fund water access projects in Sub Saharan Africa."

SWIM Solution

Search projects by region, type, stage and cost, and review the evidence for their reported and independently evaluated impacts. See who else is funding in the same basins and where collective action can multiply your impact.

Scenario C

The Conservation Director

"We need to compare the water security benefits of our wetland restoration programme with engineered alternatives."

SWIM Solution

Compare nature based and engineered projects on the same map, using reported metrics such as beneficiaries reached, volumetric benefit and basin level water stress.

Scenario D

Water Stewardship Consultant

"How can I help my clients move from water risk assessment to real projects faster?"

SWIM Solution

Use SWIM's maps, data layers and project marketplace alongside your own tools and methods to identify credible projects for your clients. SWIM supports your work: service as a software that accelerates your advice.