World Solve

Independent software developers and small studios can lose significant revenue to piracy networks that distribute their work without payment, and enforcement remains difficult and inconsistent across different countries. Protecting smaller creators specifically remains an underaddressed issue.

Counterfeit medications sold through unauthorized online channels can be difficult to distinguish from legitimate products without lab testing, putting patients at serious risk. Scalable, affordable detection at the point of purchase remains an unresolved challenge.

Some companies design cancellation processes to be far more complicated than sign-up, discouraging customers from leaving even when they want to. Consistent regulation or design standards preventing this practice remain unevenly enforced across countries.

As AI tools become more capable of providing real-time answer suggestions, detecting this kind of undisclosed assistance during interviews or exams remains technically difficult. This creates growing concerns about the integrity of remote assessments.

Without standardized measurement, it's difficult to compare the true environmental cost of different AI systems or hold companies accountable for improving efficiency. A consistent, transparent measurement standard remains undeveloped.

It's often unclear exactly what data went into training a given AI model, making it difficult to audit for bias, copyright issues, or harmful content. Greater transparency into training data remains technically and legally unresolved.

Robots can now handle many industrial tasks well, but tasks requiring soft, adaptable touch, like handling fabric or fragile objects, remain surprisingly difficult. Closing this dexterity gap would open robotics to far more everyday uses.

Long distances and extreme conditions mean accidents can be difficult to manage. Shared SAR coordination tools and capacity-building are needed.

Sub-glacial lakes and channels affect ice dynamics and unique ecosystems, but access is difficult. Remote sensing and careful drilling campaigns can expand knowledge.

Sub-glacial lakes and channels affect ice dynamics and unique ecosystems, but access is difficult. Remote sensing and careful drilling campaigns can expand knowledge.

South American economies grow around 2% per year on average, below global trends, making poverty reduction and fiscal sustainability difficult. Scenario-modelling tools and inclusive industrial-policy platforms can help governments design more resilient growth strategies.

Simulations predict substructure that observations only partly confirm. Strong lensing and stellar stream measurements can probe these scales.

Deep flows and core structure are difficult to infer. Gravity and magnetic measurements from orbiters can improve models.

Remote and mountainous areas remain costly to connect to national grids, leaving villages without reliable power. Off-grid solar mini-grids tailored to difficult terrain could close this gap faster.

Villages in the Himalayas, Central Asia, and parts of Southeast Asia remain cut off for parts of the year due to weather and terrain. All-weather road construction techniques suited to difficult terrain are needed.

Students and workers often face difficulty having degrees or certifications recognized when moving between Asian countries. Regional credential-recognition frameworks could ease labor mobility and study-abroad access.

Many streets and buildings lack formal addresses, making delivery difficult and costly for online retailers. Digital addressing apps using GPS pins could solve this cheaply.

Weak civil registration and statistical systems make policy planning difficult, as governments often lack reliable population and economic data. Mobile-based census and survey tools could modernize data collection affordably.

Robotic planetary landers are restricted by payload weight and power, making complex lab chemistry difficult on site. Micro-fluidic lab-on-a-chip biosensors are required to analyze Martian or icy moon soil in-situ.

Lava tubes offer natural radiation shielding for habitats, but traditional wheeled rovers cannot enter steep vertical entrances. Tethered, legged, or flying drone swarms designed for dark micro-gravity caves are needed.