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Choose a source connector to extract data
Choose a source connector from 400+ integrations available on Airbyte to start the data extraction process - without deep technical expertise.
The OpenWeather integrations syncs data from the OpenWeather One Call API, which provides current weather and forecast data based on geolocation coordinates (latitude and longitude). This enables users to access comprehensive weather information for any specified location.
Choosing Airbyte for OpenWeather data integration offers a simple setup process, robust features for syncing data, and flexibility to accommodate various data workflows. Its open-source nature ensures that you have control over the integration process, along with community support for troubleshooting and enhancements.
With Airbyte's OpenWeather integration, you can extract data from a single stream,openweather_one_call. This stream includes comprehensive weather data, such as current conditions, forecasts, and other related weather metrics, which can be utilized for various analytical purposes.
With Airbyte's OpenWeather integration, you can extract data from a single stream,openweather_one_call. This stream includes comprehensive weather data, such as current conditions, forecasts, and other related weather metrics, which can be utilized for various analytical purposes.
Airbyte allows syncing with OpenWeather data at a frequency that aligns with the API's rate limits, which permit 60 calls per minute and 1,000,000 calls per month. This ensures that users can effectively manage their data updates without exceeding API restrictions.
No coding experience is necessary to use the OpenWeather integrations with Airbyte. The user-friendly interface facilitates easy setup and management of data synchronization, making it accessible for users of all technical backgrounds.



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OpenWeather is a weather data provider offering APIs for current and forecast weather information. Integrating OpenWeather data empowers data engineers to enhance applications with real-time weather insights, optimize resource allocation, and improve decision-making based on environmental conditions, ultimately fostering data-driven strategies in various domains.



