Tool Calling and Plugins for Satellite Communications

What the data for this category looks like

Satellite communications intelligent due diligence reports address aerospace asset compliance and risk due diligence needs in finance, insurance, and wealth management sectors. Data sources include publicly available orbital position data from satellite operators, ground station communication traffic logs, spectrum usage monitoring reports, and aerospace industry compliance filing documents.

Update frequencies vary: core orbital parameters are updated weekly, link traffic data is archived hourly, and spectrum occupancy data is refreshed every minute. Each report uses a fixed document structure, including satellite identifier, orbital arc parameters, communication frequency band range, ground station access node list, link stability logs, and compliance filing number.

Fields and their units are as follows: orbital parameters use kilometers, communication bandwidth uses Mbps, traffic data uses GB/hour, and filing numbers use string format.

What constraints these characteristics impose on tool calling and plugins

The multi-frequency update characteristics of satellite communications due diligence data, combined with due diligence compliance requirements in finance, insurance, and wealth management sectors, require tool calling to configure differentiated caching strategies based on data type.

For orbital parameters updated weekly, corresponding tools must set a cache expiration time of no more than 7 days. This avoids using outdated data that compromises due diligence report compliance. For link traffic archived hourly, plugins must enable incremental pull logic. This logic only synchronizes new logs from the past hour, reducing interface call volume and bandwidth consumption to support batch due diligence requirements in financial scenarios.

For spectrum occupancy data refreshed every minute, streaming calls must support minute-level incremental data synchronization. This ensures real-time performance of due diligence reports. Additionally, the fixed field structure of reports requires that tool calling specify precise field filter parameters to avoid returning redundant content. The compliance filing number must be included as a verification basis. Otherwise, the interface will return a verification failure, which fails to meet the archiving requirements of financial institutions.

How to set the configurations

Configuration Item	Recommended Value	Rationale
`streamResponseInterval`	`1000–2000 milliseconds`	Matches the minute-level update rhythm of satellite communications spectrum data, balances front-end loading smoothness and data real-time performance
`pluginIconUrl`	`https://your-domain.com/custom-icon.svg`	Complies with vector icon specifications for FastGPT plugins and Chrome plugins, adapts to display scenarios with different resolutions
`workflowPluginName`	`Unique identifier bound to the business scenario`	Facilitates precise calling of the specified plugin via interfaces, avoids calling errors caused by name conflicts
`pluginCallTimeout`	`300 seconds`	Covers common latency of cross-regional satellite communications data interfaces, prevents normal calls from being terminated early
`pluginFieldFilter`	`["satelliteId", "orbitParams", "bandwidth"]`	Matches core fields of satellite communications due diligence reports, reduces returned data volume and improves tool calling efficiency
`pluginCacheTTL`	`604800 seconds (7 days)`	Matches the weekly update frequency of orbital parameters, ensures the validity of cached data

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

Three common errors

Phenomenon: Streaming output returns data at a fixed 4-second interval, and cannot be adjusted to 1-2 seconds. Cause: The streamResponseInterval parameter is not configured, and the platform's default 4-second interval is used.
Phenomenon: The Chrome plugin displays the default FastGPT icon after packaging. Cause: The pluginIconUrl parameter is not set correctly, or a non-vector format icon file is used.
Phenomenon: The workflow/plugin name returned by the interface call is empty or does not match expectations. Cause: A unique identifier is not used as the workflowPluginName parameter, or the parameter spelling does not match the backend configuration.

How to confirm the configuration is complete

Initiate a streaming call, observe the content interval returned by the front end, and adjust the streamResponseInterval parameter to a duration that meets business requirements.
Access the link pointed to by the pluginIconUrl parameter, verify that the vector icon can be loaded and displayed normally.
Call the interface for obtaining the workflow list, check whether the returned results include the configured workflowPluginName parameter value.
Initiate a plugin call, check whether the fields returned by the interface only include the content specified by the pluginFieldFilter parameter.

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.