Ericsson Innovation challenge

1. How can India ensure that connectivity translates into usage, given low awareness, limited digital skills, and socio-cultural barriers in rural communities?
2. How can rural populations fully participate in digital services such as telemedicine, online education, and digital finance that require high bandwidth and low latency
3. How can digital inclusion efforts ensure equitable access across gender, income, and social groups in rural India?
4. How can rural businesses, farmers, and entrepreneurs be connected to digital markets to drive economic growth and reduce income disparity?
5. How can rural India be enabled to adopt next-generation use cases (IoT, smart agriculture, remote services) rather than being limited to basic connectivity?

Some of the areas that the participants could look at amongst others could be :

1. How can India ensure equitable access to specialist care for rural populations despite severe shortages of doctors, infrastructure, and diagnostic capacity?
2. How can emergency response systems be redesigned to enable real-time diagnosis and intervention during transit, reducing mortality caused by delays?
3. How can high-quality diagnostics (imaging, pathology, specialist consultations) be made available in underserved regions without requiring physical infrastructure expansion?
4. How can healthcare systems ensure continuous patient monitoring and follow-up, especially for chronic diseases, beyond hospital settings?
5. How can telemedicine platforms evolve from basic consultation tools into high-quality, real-time clinical care systems that match in-person effectiveness?

1. How can India protect food security and farmer livelihoods from climate volatility (erratic rainfall, rising temperatures, extreme events) through real-time, data-driven agricultural systems?
2. How can India optimise water usage across agriculture, cities, and industry in the face of groundwater depletion, erratic monsoons, and pollution. Smart water grids can also be a solution.
3. How can India monitor, manage, and reduce air pollution in real time to protect public health and reduce climate-related disease burden?
4. How can India strengthen early warning, real-time monitoring, and rapid response systems for climate disasters such as floods, cyclones, landslides and heatwaves
5. How can India build a unified, real-time environmental monitoring ecosystem (air, water, soil, biodiversity) to enable data-driven climate action?

1. How can small and marginal farmers optimize the use of water, fertilizers, and pesticides in real time to reduce waste and improve yields?
2. How can farmers access accurate, real-time data on soil health, weather, and crop conditions to enable informed decision-making? Can precision farming be a solution.
3. How can India move from reactive to predictive pest and disease management to minimise crop losses?
4. How can fragmented, small-scale farms improve productivity despite limited access to technology, capital, and expertise?
5. How can small farmers access timely, personalized, and localized agricultural advisories at scale?
6. How can emerging technologies (AI, IoT, drones) be made accessible and scalable for millions of small farmers?

1. How can Indian factories transition from labor-intensive, low-productivity operations to highly automated, precision-driven manufacturing systems
2. How can manufacturers reduce unplanned downtime and improve asset utilization through predictive maintenance?
3. How can factories overcome limitations of legacy networks (Wi-Fi, wired systems) that restrict automation, scalability, and real-time operations?
4. How can manufacturers ensure consistent product quality and reduce defects in complex production environments?
5. How can India bridge the skill gap required for advanced, digital, and automated manufacturing environments? How can manufacturers undertake automation for scale
6. How can India reduce high logistics costs and improve efficiency in manufacturing supply chains?