Students Build 47 New Climate Solutions In Hackathon
Winning teams used satellite data to develop tools for agricultural flood alerts and biodegradable materials.
Updated on Oct. 15, 2026 in Environmental
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More than 280 students from Australia, New Zealand, the Pacific, and the EU developed 47 climate prototypes during a 60-hour online hackathon. The winning project uses satellite data to provide flood alerts for farmers, with all results announced on October 12, 2026.
Why it matters
The event serves as an incubator for youth-led climate action designed to maintain momentum following COP31 discussions. By leveraging standardized Earth observation data, participants are bridging the gap between raw research and functional environmental tools.
The winning team, Draki, developed a flood alert system for agriculture using Copernicus satellite data. These solutions were created during a 60-hour window, resulting in 47 total prototypes aimed at translating climate research into actionable environmental monitoring tools.
The players
Draki
The winning student team that developed a flood-warning system using satellite data.
Copernicus
The European Union's Earth observation program that provided the satellite data used in the hackathon.
The details
Teams utilized data from the Copernicus program—the European Union's Earth observation satellite constellation—to inform their prototypes. The winning project, Draki, functions by ingesting these satellite observations to generate localized flood alerts, providing farmers with early warning capabilities. Other projects included WasteWise, an interactive educational game, and SweatShell, a biodegradable material designed for roofing applications.
Timeline
October 2-4, 2026: Students participated in the 60-hour online Climate Hack-tion event.
October 5-8, 2026: Pre-COP meetings took place in Fiji.
October 12, 2026: Competition winners were formally announced at an awards ceremony.
The Tech Race
This initiative follows the momentum generated by the COP31 climate conference to translate international policy into technical output. It shifts the focus from high-level diplomatic agreements to the rapid prototyping of environmental monitoring tools using existing satellite infrastructure.
The flood alert tool developed by the winning team aims to improve agricultural risk management for farmers in flood-prone regions. These prototypes currently exist as research-stage tools, meaning they are not yet commercially available for public or private deployment.
The takeaway
The hackathon demonstrates how readily available satellite data can be applied to niche environmental challenges if given a short, intensive development window. Watch for future integration of these prototypes into established agricultural monitoring platforms to see which designs achieve sustained utility.
Further reading
Explore more climate-focused developments in the Environmental section.
Source note: This article includes information reported by Empower Stories | Build Authority - Drive Impact | Amplify | Influence | Lead | Inspire.
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