About Play Safe
About Play Safe
SafePlay stands out by bridging space-based data with practical, event-oriented applications. Unlike traditional weather apps, it combines predictive alerts, hazard awareness, and live satellite imagery for specific venues and timeframes, enhancing reliability and trust.
- Improves safety by enabling timely preventive actions.
- Reduces economic losses by supporting better contingency planning.
- Offers peace of mind through accurate, science-backed insights.
Its integration of NASA’s open data provides transparency and global scalability, making it adaptable for diverse events and regions worldwide.
Executive Summary
Extreme weather events and natural hazards have increased in both frequency and intensity due to climate change. Such events can disrupt large public gatherings, especially outdoor sporting events, creating risks to participants, fans, and local communities. The challenge we selected focuses on leveraging NASA’s open Earth‑observation data to improve resilience and preparedness against these risks.
Current weather applications often provide general forecasts but lack the context‑aware insights and live satellite information that event organizers and attendees need. For example, during international tournaments, unexpected storms or floods can cause match delays, unsafe travel conditions, and significant economic losses.
Our proposed solution, SafePlay, is a web‑based platform that combines NASA’s POWER API, EONET natural event tracker, and GIBS satellite imagery to deliver venue‑specific forecasts, hazard alerts, and actionable safety tips. It also links to sports event schedules to provide automated weather and hazard assessments for each match.
We chose this challenge because it reflects a tangible opportunity to use space‑based science to directly improve public safety and event planning on Earth. By integrating real‑time and historical climate data with predictive analytics and satellite visuals, SafePlay empowers communities to act early and confidently, fulfilling the hackathon’s objective of turning space data into impactful Earth solutions.
Problem Definition
Extreme weather events and natural hazards — such as storms, heatwaves, floods, and wildfires — increasingly disrupt public gatherings and sports events worldwide, often with little warning. These disruptions not only endanger participants and spectators but also create significant logistical challenges and economic losses.
For example, in recent years, international tournaments — including matches during major championships — have faced delays or cancellations due to severe weather conditions. Traditional weather forecasts often fail to provide hyper‑local, event‑focused insights or integrate satellite‑based observations that can enhance early situational awareness.
Currently, there is no centralized, accessible platform that combines space‑based observation data with real‑time event management needs to offer early warnings and guidance for specific venues. This gap limits preparedness and response efforts. Our project aims to bridge this gap by leveraging NASA’s open data to deliver timely, actionable alerts that enhance public safety and event continuity.