Why Water Data Matters


Well Water Finders CEO Andrew Vandekop using patented groundwater detection device in field, showing high-resolution data collection.

Why Water Data Matters: Power, Conflict and the Future of Water Access

Water is not just a local issue, it's the next strategic global resource driving conflict, shaping international agreements, and determining economic stability.

The UN is predicting a global water shortfall by 2030 and more than half of the global population will live in water-stressed areas. Already, entire regions from the Colorado River Basin to the Nile Delta are in crisis. Wars have been fought, borders contested, and industries reshaped by the need for water.

At Well Water Finders, we’re not just detecting water. We’re mapping its depth, movement, and flow, creating a first-of-its-kind water intelligence platform that will ultimately be able to help inform:

✔ Government policy
✔ International treaties
✔ Corporate strategies
✔ Landowner rights
✔ Climate adaptation efforts

Global Flashpoints: Where Water Drives Conflict

  • United States → The shrinking Colorado River threatens 40 million people, sparking state battles over allocation and federal water rights.
  • Mexico & U.S. → The 1944 Water Treaty over Rio Grande and Colorado River water is under stress as drought intensifies in the American Southwest.
  • Africa → The Grand Ethiopian Renaissance Dam has sparked diplomatic conflict between Ethiopia, Sudan, and Egypt over Nile access.
  • Middle East → The Tigris-Euphrates, Jordan, and Nile basins are major sources of tension as upstream countries control flows to downstream neighbors.
  • India & Pakistan → The Indus Waters Treaty remains a fragile peace mechanism amid tensions over shared river systems.
  • Japan → Reliant on desalination and complex water import systems, Japan faces long-term water security risks in a shifting climate.

Why Our Data Matters

Graphic showing Well Water Finders data indicating a perched aquifer vs. a flowing aquifer.

Our patented groundwater detection technology provides more than static snapshots:

  • We map underground flows → because knowing the current volume of water outperforms dated records.

  • We build data layers → critical insight to help governments, corporations, and landowners model long-term water access.

  • We create actionable intelligence → enabling smarter policy, better infrastructure planning, and more sustainable resource use.

Hard-Hitting Stats

  • 70% of global freshwater withdrawals go to agriculture (World Bank)

  • 1 in 3 people globally lack access to safe drinking water (UNICEF)

  • Global water demand is expected to exceed supply by 40% by 2030 (WEF)

  • Water scarcity could displace 700 million people by 2030 (UN)

  • $3.65 billion/year is spent in the U.S. just to pump groundwater (U.S. Geological Survey)

The database we're collecting today is the beginning of our water intelligence platform of tomorrow and our goal is clear: to deliver cutting-edge groundwater insights that drive smarter water decisions locally, nationally and globally.