precip.ai: Hyperlocal Weather Intelligence for Precision Decisions

precip.ai is a cutting-edge weather analytics platform that delivers highly accurate, hyper-local rainfall and snowfall data with 1km precision, empowering users to monitor real-time precipitation accumulation and soil conditions without the need for physical weather stations. Leveraging advanced machine learning models, it outperforms traditional forecasts like NOAA by 60%, offering actionable insights for agriculture, urban planning, and environmental management. The platform is designed for professionals and individuals who demand reliable, localized weather data, with a free mobile app for on-the-go access and a powerful API for developers to integrate real-time weather analytics into their applications. Its hosted dashboard enables multi-location monitoring, while customizable rainfall notifications help users stay ahead of weather changes.

Key Features:

• Hyper-local rainfall and snowfall data with 1km precision
• 60% more accurate than NOAA forecasts using machine learning
• Real-time, up-to-the-hour rainfall estimates
• Soil temperature and soil texture data by zip code and state
• Weather station information accessible by location
• Multi-location monitoring with synchronized data display
• Rainfall notifications based on observed vs. forecasted conditions
• Free mobile app available on iOS and Android
• Chrome extension for easy access
• Developer API with Bearer token authentication at https://api.precip.ai/v1/location
• Hosted dashboard for visualizing precision weather data
• Custom demo scheduling for tailored product walkthroughs
• Comprehensive support and documentation resources

Pricing: precip.ai offers a Free tier with its mobile app and basic data access, along with premium options available through API and dashboard subscriptions, making it accessible for both casual users and enterprise clients.

Conclusion: With its unmatched accuracy and hyper-local focus, precip.ai is an essential tool for anyone needing precise, real-time weather insights—especially in agriculture, environmental science, and urban planning—delivering data-driven confidence in every decision.