You Won't Believe How Satellite Tech is Saving Mexico's Water Crisis—Discover the Shocking Numbers!

A groundbreaking technology initially developed to search for water on Mars is now proving invaluable in Mexico, where it is helping to recover millions of liters of water lost through leaks and theft. The system, known as Asterra Recover, employs L-band Synthetic Aperture Radar satellites that orbit over 600 kilometers above Earth to detect underground moisture that is otherwise invisible to the naked eye.

In Mexico, the system is operated exclusively by Integrored, a Puebla-based company that utilizes data from two Earth-observation satellites—one from Japan and the other from Argentina. These satellites pass over Mexico every 15 days, providing critical information that can pinpoint areas of water loss within a 100-meter range.

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— INTEGRORED LATAM (@ISuolet) January 7, 2026

According to Carolina Villacís Espinoza, CEO of Integrored, the technology identifies areas of humidity, which can indicate not only water leaks but also theft and waste. She stated, “When we find humidity, it’s due to many things, not only water leaks, but also theft and waste.”

Experts estimate that between 60% and 70% of Mexico’s drinking water is lost before it reaches consumers, a significant issue attributed to outdated infrastructure, clandestine connections, and poor metering. This means that only three to four out of every ten cubic meters of water extracted actually reaches the people who need it.

In Irapuato, Guanajuato, this innovative technology has already identified 793 hidden leaks and more than 2,000 illegal taps within just three months, as reported by La Jornada. The rapid identification and subsequent repairs have already generated about 25 million pesos (approximately US $1.5 million) in recovered water, according to Milenio.

After potential leaks are mapped, Integrored deploys ground teams, predominantly composed of women, to confirm and repair them. The teams utilize geophones, sound sensors that detect vibrations in pipes, in collaboration with municipal, state, and private water-operating agencies.

Villacís Espinoza noted that 95% of her workforce is female, aiming to empower women in a field traditionally dominated by men. Interestingly, blind individuals are also involved in pinpointing leaks, relying on their acute sense of hearing to detect water flowing underground. “The difference, when you don’t have Asterra, is that the range is immense; you don’t know where to start looking,” she explained. “But when you have Asterra, they give you a 100-meter radius; and then we go to find the exact spot with the geophone, which gives you the sound of the water. Once we detect it, we’ll break through to repair the leak.”

However, the project is not without its challenges. Villacís Espinoza emphasizes that field workers sometimes face threats from criminal groups that have illegally tapped into water lines. Additionally, there is skepticism among some locals regarding metering, with concerns that companies might exploit their water supply. “If there is no water tomorrow, it is not the operating agencies that will not have water,” she urged. “It is all the citizens who will suffer.”

This innovative application of satellite technology not only demonstrates the potential for improving water management in Mexico but also highlights the urgent need for effective solutions in addressing the nation’s water crisis. As technology continues to evolve, the hope is that these advancements will play a crucial role in ensuring that more water reaches communities across the country.

With reports from Excélsior, La Jornada, and Milenio