A raccoon population can vanish by 99 percent and most people will never notice. That’s roughly what happened across parts of the Everglades after Burmese pythons moved in. It’s why South Florida built the snakes a decoy that thinks.
The South Florida Water Management District and the University of Florida have deployed solar-powered robot rabbits across South Florida wetlands. The devices mimic real prey, using heat signatures and scent simulation to lure pythons out of hiding. An AI-powered camera then flags them.
How the Decoys Actually Work
Burmese pythons hunt largely by thermal sensing and smell, so the robots are built to exploit exactly that. Each one produces a heat signature and emits a scent designed to draw a python close.
Once a snake approaches, the robot’s camera detects it and alerts district officials. A trained python removal agent is then dispatched to the location.
“These innovative robots produce a heat signature and emit a smell designed to attract pythons,” the district said in a statement. “The robots are equipped with cameras that monitor for pythons and notify District officials when a snake is detected.”
The district and University of Florida are placing the robots at sites chosen specifically because pythons are known to hide there. That targeting matters more than raw robot count. A decoy in the wrong wetland does nothing.
Why the Everglades Needed Another Tool
Is monitoring even the hard part of this problem? For years, yes. Wildlife officials could estimate how many pythons were out there. Locating individual snakes in dense, waterlogged terrain was the real bottleneck.
Burmese pythons entered the Everglades in the 1970s and have since become the region’s dominant invasive predator. Researchers estimate 100,000 to 300,000 are now spread across Florida’s subtropical wetlands. Adult females can lay more than 70 eggs per clutch.
The damage compounds. A 2012 U.S. Geological Survey study found raccoon and opossum populations had collapsed by nearly 99 percent in parts of the Everglades. That thinned out food that panthers, bobcats and birds of prey also depend on.
Dense vegetation and difficult terrain make the swamp hard to search by hand. That’s the specific gap the robot rabbits are built to close, covering ground human patrols struggle to reach.
The approach fits a broader pattern in South Florida conservation work. Agencies increasingly pair AI detection tools with the same contractors and hunters who’ve done this work for years. The technology augments the search. It doesn’t replace the person doing the removal.
A Second Tool, Not a Replacement
The robots supplement an existing program rather than replacing it. The annual Florida Python Challenge draws professional and amateur hunters for a 10-day removal competition. The 2026 edition brought 907 participants from 30 states plus Vietnam and Canada. They removed 280 pythons, pushing the challenge’s cumulative total past 1,600 snakes.
“The Florida Python Challenge shows what is possible when we all come together around a shared conservation goal,” said Nick Wiley, executive director of the Fish & Wildlife Foundation of Florida.
Since 2017, the Florida Fish and Wildlife Conservation Commission and district contractors have removed more than 19,000 snakes combined. The robotic rabbit program is designed to extend that count. It reaches parts of the swamp neither hunters nor contractors can easily cover.
South Florida’s AI experiments usually involve fintech platforms or hospital search tools. This one runs on batteries in the swamp, and it’s already working.