Tool Calling and Plugins for Satellite Communications

What the Data for This Category Looks Like

Data related to satellite communications comes from link signals collected by ground measurement and control stations, connection status reported by user terminals, and delivery records of content distribution nodes. Update rhythms vary: link signal parameters update every 30 seconds, terminal connection status updates every minute, and marketing content delivery logs are archived hourly.

The document structure is a flat structured time-series dataset. Each entry corresponds to collection results for a single satellite during a single time period. It includes fields such as satellite_id (string, unique satellite identifier), signal_strength (unit dBm), uplink_bandwidth (unit Mbps), connected_terminals (unit count), content_delivered (unit count), with no nested levels.

Constraints Imposed on Tool Calling and Plugins

The multi-dimensional update rhythms, specialized units, and time-series structure of satellite communications data impose multiple constraints on tool calling and plugins.

First, differing update cycles exist for link parameters and terminal data. Plugins must not use fixed polling cycles. Match collection intervals to field types to avoid obtaining expired or redundant data.

Second, fields such as signal strength and bandwidth use specialized communication units including dBm and Mbps. Plugins must include built-in unit validation logic to block malformed input parameters.

Third, each data entry corresponds to one satellite and one time period. When calling tools in batches, group by satellite ID and time window to prevent data matching confusion.

Additionally, marketing content delivery fields connect to distribution node APIs. Plugins must configure timeout retry mechanisms.

Configuration Settings

Configuration Item	Recommended Value	Rationale
`batch_poll_interval`	`10-30 seconds`	Matches the update cycles of satellite communications link parameters and terminal data to avoid redundant requests or expired data
`plugin_param_unit_check`	`Enabled`	Satellite communications data includes specialized units such as dBm and Mbps. Enabling validation blocks malformed input parameters
`batch_group_key`	`satellite_id`	Each satellite communications data entry corresponds to one satellite. Grouping by satellite ID prevents data matching confusion during batch calls
`plugin_timeout`	`600 seconds`	Satellite communications data collection involves multi-node synchronization. Reserve sufficient response time to cover normal collection processes
`max_retry_times`	`3 times`	Addresses short-term fluctuations in satellite communications links. 3 retries cover most temporary failures
`mcp_export_path`	`Local specified directory`	Adapts to the local storage requirements of MCP tool exports. Ensure the directory has write permissions

The parameter values provided on this page are common recommended starting points for configuration. Actual values are affected by material form, data volume and business rules. Specific issues require targeted analysis. It is recommended to test on your own samples before finalizing settings.

Three Common Errors

Phenomenon: Batch execution node online debugging completes the workflow, but API calls fail to finish all tasks. Cause: batch_poll_interval is not configured to match the satellite data update cycle, and the API call timeout period is shorter than the actual execution duration of the batch task, causing the task to be forcibly terminated.
Phenomenon: After calling the interface workflow, the running data in the conversation log is empty. Cause: batch_group_key is not set to satellite_id. Batch calls are not grouped by satellite, leading to data matching failure and no valid running logs generated.
Phenomenon: In version V4.12.3, after a custom plugin runs, the output download address keeps jumping before returning a result. Cause: plugin_timeout is not configured for the plugin. Satellite communications data collection requires waiting for multi-node synchronization. Repeated request retries before timeout cause address refreshing until complete data is obtained.

How to Verify Correct Configuration

Execute a single tool call for one satellite, check that the returned data field units match the specialized satellite communication format, and confirm that plugin_param_unit_check is active.
Initiate a batch call task, verify that the grouping information in the running log is categorized by satellite_id, and confirm that batch_group_key is configured correctly.
Simulate an API call scenario, verify that the task execution duration matches the plugin_timeout setting, and confirm that the timeout threshold fits business requirements.
Export the MCP tool configuration, check that the local storage path matches the mcp_export_path setting, and confirm that the export function works properly.

Question material comes from public community discussions. Configuration values are common starting points and should be measured against your own samples. Verified on 2026-09-14.