World Solve

Many countries lack timely, granular data on who is poor and why, leading to mistargeted interventions. Mobile and satellite-based poverty-mapping could improve program design.

Development encroaches on parks and open areas. Urban greening policies and protections are needed.

Weak monitoring allows IUU operators to thrive. Satellite and AI tools can improve detection.

Restrictions on NGOs limit advocacy. Legal protections for civil society are needed.

Mobile coverage and services often bypass nomadic populations, limiting access to markets and services. Tailored mobile solutions and satellite connectivity could include them.

Weak enforcement in contested and remote maritime zones allows unsustainable and unlicensed fishing to continue. Satellite-based vessel tracking and community-managed marine reserves could help restore stocks.

Rivers originating from the Himalayas feed major agricultural regions across Asia, and their flow patterns are becoming increasingly unpredictable. Better glacier-monitoring satellite systems could improve long-term water planning.

Most countries in the region depend on foreign satellites for communication, weather monitoring, and navigation. Regional satellite-sharing consortiums could give smaller nations affordable access to space-based data.

Rapid construction is consuming parks and open land, reducing residents' access to recreation and worsening urban heat. Green-corridor urban planning policies could preserve livability as cities expand.

Weak monitoring networks mean swarms are often detected only after major damage occurs. AI-based satellite tracking combined with SMS alerts to farmers could enable faster response.

Weak coastal surveillance lets unlicensed vessels strip fish stocks that local communities depend on. Low-cost satellite and drone monitoring systems could help enforce maritime boundaries.

Unregulated borehole drilling for agriculture and cities is drawing down aquifers faster than they recharge. Satellite-based groundwater monitoring tools could inform sustainable extraction limits.

Laying fiber to remote areas is costly, so many villages rely on expensive, slow mobile data instead. Community network cooperatives and satellite backhaul could bridge the rural-urban digital divide.

Current radioisotope thermoelectric generators rely on scarce Pu-238, limiting mission frequency and payload capacity. Developing miniaturized, high-efficiency nuclear or alternative power sources is vital for continuous outer-planet exploration.

Millions of untracked fragments threaten operational satellites and crewed stations via the Kessler Syndrome. Scalable active debris removal mechanisms and real-time sub-centimeter tracking are required to maintain orbital usability.

Long-duration missions to Mars risk irreversible DNA damage, cognitive decline, and cancer in astronauts. Lightweight, high-efficiency passive shielding or active electromagnetic deflectors remain undeveloped.

Indirect gravitational measurements confirm dark matter's existence, but direct detection experiments have failed to identify the constituent particle. Solving this is necessary to complete our fundamental model of physics.

Dark energy accounts for roughly 68% of the universe, yet its equation of state and microscopic nature remain complete mysteries. Precise mapping of cosmic expansion over time is crucial for predicting the ultimate fate of space-time.

Carrington-level space weather events can destroy global electrical grids, communication satellites, and orbital stations. Advanced space-based magnetometers and AI predictive models are required for early warning systems.

Transit times to Mars and the outer planets require months to years of flight, increasing risk and cost. Breakthrough high-thrust, high-Isp propulsion systems—such as nuclear thermal or plasma engines—are critical.