ceven

Stormglass Io

Pulls high resolution weather, tide, and solar data into your workflows to automate environmental monitoring and risk alerts.

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Why use Ceven?

  1. AI native Stormglass Io integration

    • Describe the outcome and Ceven picks the right Stormglass Io calls, fills the parameters, and checks the result.
    • Structured, agent friendly tool schemas so each call runs reliably instead of by guesswork.
    • Rich coverage for reading, writing, and querying your Stormglass Io data, across all 6 of its actions.

  2. Managed auth

    • Built in OAuth with automatic token refresh and rotation.
    • One place to manage, scope, and revoke Stormglass Io access.
    • Per user and per environment credentials instead of shared keys.

  3. Agent optimized design

    • Actions are tuned from real success and error rates so reliability climbs over time.
    • Full execution logs so you always know what ran in Stormglass Io, when, and on whose behalf.
    • The agent pauses and asks when Stormglass Io is unclear instead of plowing ahead.

  4. Enterprise grade security

    • Fine grained access so you control which agents and people can reach Stormglass Io.
    • Least privilege by default, read scopes first and only the writes a workflow needs.
    • A full audit trail of every Stormglass Io action to support review and sign off.

Supported tools

Every action Ceven's agents can run on Stormglass Io, and when to use it.

Get elevation
Use this when you need bathymetry or topography for a specific latitude and longitude point.
List tide stations
Pull a catalog of all available tide stations before querying specific tide data for a region.
Get solar data
Fetch solar irradiation and sun position data for a coordinate using iso formatted dates.
Get weather data
Pull marine and land weather data for a specific coordinate and set of parameters.
Check wave height
Pull current wave height and period for a point to assess sea state safety.
Monitor wind speed
Fetch wind speed and direction at specific heights for wind farm or crane safety.
Query water temperature
Pull sea surface temperature for a specific coordinate to track thermal currents.
Get atmospheric pressure
Fetch pressure data for a point to predict rapid weather changes or storm fronts.
Fetch cloud cover
Pull cloud cover percentages to determine visibility or solar energy potential.
Get humidity levels
Pull relative humidity for a specific location to assess environmental conditions.
Retrieve visibility
Fetch visibility distance in meters for aviation or maritime navigation safety.
Get precipitation
Pull rainfall or snowfall data for a point to track flood risk or storm impact.
Get Elevation for Point
Tool to fetch elevation data for a single geographic point. use when you need bathymetry or topography for a specific latitude/longitude.
List All Tide Stations
Tool to list all available tide stations. use when you need a catalog of stations before querying tide data.
Get solar data for a point
Tool to fetch solar irradiation and sun position data for a specific coordinate. use after confirming lat/lng, desired parameters, and optional iso formatted start/end.
Get weather data for a point
Tool to fetch marine and land weather data for a specific coordinate. use after confirming latitude, longitude, and desired parameters.

16 actions · scroll to see them all

Frequently asked questions

Stormglass Io uses a credit based system where every single parameter requested in a call consumes a credit. Ceven optimizes this by allowing you to define exactly which parameters you need in the workflow settings. If you only need wind speed and wave height, the agent will not request temperature or pressure, saving your credit balance. We provide a usage dashboard within the Ceven interface so you can see exactly how many credits your active workflows are consuming per hour. This prevents unexpected bill spikes when running high frequency polling agents on large sets of coordinates.
The update frequency depends on the source model provided by Stormglass Io. Most global models update every few hours, while some high resolution regional models update more frequently. Ceven allows you to set the polling interval for your agents, but we recommend aligning your workflow triggers with the underlying model update cycles. If you poll every minute but the data only changes every three hours, you will waste credits without gaining new information. The agent can be configured to only trigger a downstream action if the returned value differs from the previous cached value.
Yes, Stormglass Io provides access to historical data through specific API endpoints. Ceven can pull this data and push it into your data warehouse or a spreadsheet for analysis. You can set up a workflow that fetches the weather state for a specific coordinate at a precise timestamp in the past. This is particularly useful for insurance claims or incident reports where you need to prove the sea state or wind conditions at the time of an event. The agent handles the date formatting and pagination required to pull large historical sets.
The limit is primarily governed by your Stormglass Io plan and the rate limits of their API. Ceven manages these limits by implementing a smart queue. If you have a workflow tracking five hundred different vessels, Ceven will stagger the requests to ensure you do not hit the rate limit and receive a 429 error. If you reach your daily credit limit, the agent will pause and send you a notification. You can then upgrade your plan in the Stormglass Io dashboard, and the agent will automatically resume processing the queue.
The elevation tool in Stormglass Io provides bathymetry data for points in the ocean and topography for points on land. When the agent calls this tool, it returns the height of the ground or the depth of the seabed relative to sea level. This is critical for maritime workflows where you need to ensure a vessel has enough clearance over a specific underwater feature. Ceven can compare this elevation value against a vessel draft value to trigger a depth warning if the clearance falls below a safe margin.
While Stormglass Io is heavily optimized for marine and coastal environments, it does provide land based weather data. The API aggregates data from multiple global sources to provide forecasts for inland coordinates. In Ceven, you use the same weather data action regardless of whether the point is in the middle of the ocean or inland. The agent will pull the available parameters for that specific coordinate. Note that the precision of land based data may vary depending on the proximity to official meteorological stations in that region.
If a specific tide station returns an error or no data, Ceven can be configured with a fallback logic. You can tell the agent to look for the next closest station from the list of available stations retrieved by the list tide stations action. This ensures your workflow does not break if a single sensor fails. The agent will log the failure of the primary station and notify the administrator while continuing to provide the best available estimate from the secondary source to keep the operation running.
Stormglass Io allows you to specify which meteorological models you want to use for your forecasts. In the Ceven action configuration, you can leave this as default or specify a preferred model if your industry requires a specific source. Some models are better for short term coastal forecasts while others excel at long term global trends. The agent passes this preference directly to the API. If you are unsure which to use, the default setting provides a blended average that is generally sufficient for most operational monitoring tasks.

Alternatives to Stormglass Io

Other tools that solve a similar problem. Ceven supports these too, so you can switch or run more than one at once.

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