World Solve

Build authentication, redundancy, anomaly detection, and governance systems that prevent manipulation or denial of critical Earth-observation data.

Create affordable security monitoring, backup, staff training, and recovery systems for hospitals without dedicated cybersecurity teams.

Develop detection, enforcement, platform, customs, and demand-reduction systems for illegal wildlife sales shifting into encrypted and cross-border digital channels.

Develop monitoring approaches that work despite persistent cloud cover, fragmented enforcement, local economic dependence, and rapidly changing extraction routes.

Develop affordable inspection tools and retrofit guidance for millions of older homes vulnerable to earthquakes, floods, corrosion, and progressive failure.

Build verification systems that detect double counting, non-additional projects, coerced land deals, and misleading claims across carbon markets.

Create detection, maintenance, technician training, and replacement financing systems for high-global-warming refrigerants in food and medicine storage.

Build cross-platform methods that identify influence operations moving among local apps, messaging networks, social media, and video platforms.

Develop standards and tools that detect manipulation, preserve provenance, and improve reproducibility across increasingly complex scientific workflows.

Build datasets, models, human networks, and distribution interventions for misinformation in languages poorly represented in major technology platforms.

Design assessment, pedagogy, attribution, and institutional norms that preserve genuine learning without relying solely on surveillance or unreliable detection tools.

Build privacy-respecting systems that identify transport, health, safety, family-care, work, and disengagement causes behind persistent student absence.

Create low-cost continuous monitoring and repair systems for dispersed wells, pipelines, compressors, and storage sites that evade satellite and regulatory oversight.

Combine satellite observations, smart metering, community reporting, and fair enforcement to identify unauthorized pumping without penalizing subsistence users.

Build robust sensors that can alert utilities and communities to microbial contamination before outbreaks occur, even in turbid and intermittently supplied networks.

Map and mitigate heavy metals, flame retardants, acids, and other pollutants leaching from informal electronics-processing sites into drinking-water aquifers.

Develop credible worker-centered systems that identify recruitment abuse, debt bondage, and wage theft in supply chains that currently rely on superficial audits.

Create cheap, reliable detection and mitigation systems for aflatoxin contamination in maize, groundnuts, and other staples before they enter diets and markets.

Develop low-cost ways to map and manage rising soil salinity before farms become economically unviable due to over-irrigation, seawater intrusion, or poor drainage.

Create affordable, rapid diagnostics and clinical protocols for agricultural poisonings where symptoms overlap with infections and chemical testing is inaccessible.