Aeris Weather is a leading provider of weather data and analytics, offering comprehensive solutions for businesses to leverage real-time and forecasted weather information.
Create powerful AI agents that can automatically respond to weather conditions, optimize operations, and deliver predictive insights.
Aeris Weather delivers precise, real-time weather insights and forecasting. Relevance AI transforms this data into intelligent actions through AI agents that can automatically respond to and predict weather-related events.
Dynamic Route Optimization
The agent adjusts delivery routes in real-time based on current weather conditions.
Proactive Weather Alerts
The agent sends timely notifications to users about severe weather changes.
Increased Operational Resilience
The agent helps businesses adapt quickly to weather-related disruptions.
Relevance AI gives you access to Aeris Weather's comprehensive weather data and analytics capabilities within your AI agent workflows.
What you’ll need
You don't need to be a developer to set up this integration. Follow this simple guide to get started:
- An Aeris Weather API account
- A Relevance AI account with access to your project
- Authorization credentials (API ID and Secret Key from Aeris Weather)
Security & Reliability
The integration uses secure OAuth authentication, ensuring only authorized workflows access your AerisWeather data. Relevance AI handles API operations (like GET, POST, PUT, DELETE) in the background—so you don't have to worry about authentication, formatting, or rate limits.
Built-in validation and path handling ensure your weather data workflows run smoothly, even when request parameters vary.
No training on your data
Your data remains private and is never utilized for model training purposes.
Security first
We never store anything we don’t need to. The inputs or outputs of your tools are never stored.
Best Practices for Non-Technical Users
To get the most out of the AerisWeather + Relevance AI integration without writing code:
- Use precise locations: Provide accurate coordinates or location names for best weather data results.
- Optimize API calls: Bundle related weather queries together to minimize separate requests.
- Set proper intervals: Configure appropriate update frequencies based on your weather data needs.
- Validate responses: Check weather data completeness before processing in workflows.
- Monitor usage: Track API consumption to stay within plan limits and optimize requests.
