World Solve

evacuation plans that fail remains one of the most urgent challenges of our time. Systems currently in place are inadequate for the scale and complexity of the problem. A successful approach must work where resources are scarcest and demonstrate clear, measurable results. It should identify possible harms, respect local agency, and show how the solution can be maintained and expanded by the communities it is meant to serve.

Urban growth, migration, and climate change will outpace traditional master planning. The challenge is designing governance that can revise land use, service delivery, and infrastructure priorities continuously without becoming arbitrary. This becomes particularly difficult in post-conflict institutions, because public institutions must remain fair, resilient, and accountable while adapting to new risks.

Human presence and warming conditions may introduce new diseases to previously isolated species and communities. Robust biosecurity protocols, surveillance tools, and response plans are required.

Extreme events cause health impacts and infrastructure damage, testing adaptation plans. Urban heat and flood-risk modelling tools plus nature-based solution marketplaces can support responses.

Mining plans advance without full understanding. Baseline research is essential.

Minibus taxis and motorcycle cabs are central to mobility but often ignored in formal planning, causing congestion and safety issues. Data-driven integration of informal transport into city plans could improve systems.

Rising seas and storms may force relocation of neighborhoods, but proactive plans are rare. Scenario-based urban resilience planning and relocation frameworks are urgently needed.

Rural residents often pay more for slower internet, limiting access to e-commerce, remote work, and online education. Community Wi-Fi cooperatives and subsidized rural data plans could help close this gap.

Create practical inventories, cryptographic transition plans, testing frameworks, and procurement standards for government systems vulnerable to future quantum attacks.

Develop materials, inspection methods, protective coatings, financing, and maintenance plans for roads, ports, bridges, and water systems exposed to salt and humidity.

Develop cost-effective seismic upgrades, risk prioritization, financing, and phased construction plans that preserve educational continuity.

Design affordable resilient school infrastructure, continuity plans, safe routes, and learning systems for children facing repeated climate disruptions.

Create practical risk models and investment plans for fast-growing cities that lack detailed maps, weather records, asset inventories, or technical staff.

Create transition plans for towns dependent on coal jobs, tax revenue, rail infrastructure, and related industries as plants and mines close.

Develop equitable restoration plans that improve water quality without simply displacing low-income residents or relocating pollution downstream.