Intelligently processes images from camera traps in the field and immediately flags to rangers the presence of an elephant or human, allowing those protecting wildlife to identify poaching threats in real time and respond more immediately. The tool is not actively maintained or available for use at this time.

Triton analyzes the ownership structures of the world’s industrialized fishing fleets, revealing the linkages between fishing vessels at sea and the companies who profit from their activities. While free to use, Triton is still invite-only – it may be accessed by submitting a form linked on the tool’s webpage.

Ocean Aero has created the world’s first and only environmentally powered Autonomous Underwater and Surface Vehicle (AUSV), the TRITON, that collects data both above and below the ocean’s surface and relays it to you from anywhere, at anytime. TRITON is fully wind and solar powered, eliminating the use of environment-polluting fuel and is fully autonomous, eliminating the need for on-board or nearby crews. This autonomy allows for extended deployment and broad scope mission execution in remote ocean domains for longer periods of time.

Autonomous uncrewed surface vehicle that can collect data for a year without fuel.

Wildlife Alert wasdesigned for military personnel, who often purchasewildlife products as souvenirs, to determine if a productis made from a protected species. Both the United States Department of Defense and Wildlife Conservation Society agreed to make the app available to the public in an effort to better combat illegal trade, particularly in Afghanistan. The app’s database allows for over 75 species to be identified, including all species of cat from around the world. Despite its ease of use, it doesn’t allow users to report the vendor. It does, however, inform and raise awareness of the types of items that could potentially be confiscated.

China-based technology to confirm species identity through a series of questions. It takes an extra step to outsource initially unidentifiable items to external scientists. If the product is identified as illegal by the user or external scientists, steps are taken to track down the product and trader/trafficker. The app was specifically developed to support forest police, customs officers, and others in the field to address trafficking across China.

Maritime risk analytics platform used to identify illicit activity through inconsistent or “risky” behavior.

The Global Fishing Watch map is the first open-access online tool for visualization and analysis of vessel-based human activity at sea. Anyone with an internet connection can access the map to monitor global fishing activity from 2012 to the present for more than 65,000 commercial fishing vessels that are responsible for a significant part of global seafood catch.

An open-source web application to monitor global forests in near real-time. GFW is an initiative of the World Resources Institute, with partners including Google, USAID, the University of Maryland, Esri, Vizzuality and many other academic, non-profit, public, and private organizations.

AI-driven detection algorithm for computed tomography scanning systems using bespoke Microsoft AI to curb the trade. Currently, there are no integrated, multi-species illegal wildlife algorithms on the market. The project can be analysed to build a comprehensive and detailed picture of illegal wildlife trafficking across the world. It has been developed in collaboration with the United Kingdom Border Force’s Convention on International Trade in Endangered Species (CITES) team, London Heathrow Airport, as well as the Duke of Cambridge’s Royal Foundation.