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GalileoSky - 10 Protocol

This page provides public protocol context for using the GalileoSky 10 tracker with Plaspy. It summarizes how the device communicates in broad, non sensitive terms, and highlights the aspects of the tracker that matter for integration: GPS GLONASS positioning, flexible sensor inputs including low level analog signals, and dual CAN bus data capture with J1939 parameter decoding.

Plaspy uses shared connection settings across supported devices and automatically detects the tracker protocol when a device reports to the platform. Plaspy listens on the public endpoint and port used by all devices, while exact protocol behavior and available fields can vary by firmware version, hardware revision, and the manufacturer implementation on the device.

Protocol Overview​

The protocol is the set of rules and message flows the GalileoSky 10 uses to deliver telemetry, identity, and sensor data to a server like Plaspy. In practice, the tracker gathers GNSS location, sensor inputs, and CAN bus parameters and sends that information to Plaspy so it can be parsed, stored, and presented.

  • Carries position and timing data from the device to the server for mapping and tracking
  • Transmits sensor inputs and digital inputs used for monitoring and control
  • Conveys CAN bus derived parameters when the device reads vehicle bus data such as J1939 values
  • Allows the tracker to identify itself so Plaspy can associate the incoming stream with an asset record
  • Provides a transportable format so Plaspy can ingest and translate telemetry into usable platform fields

How Plaspy Detects the Protocol​

Plaspy receives incoming device traffic on the shared Plaspy endpoint and automatically identifies the tracker protocol from that traffic so most users do not need to select a protocol manually. Devices that are configured to report to Plaspy will be matched to the correct parser and asset record when their data reaches the platform.

  • Plaspy listens for device reports on the shared server endpoint d.plaspy.com and its public IP 54.85.159.138
  • All devices use the same platform port so configuration is simplified across models
  • Plaspy automatically detects the tracker protocol when valid telemetry reaches the endpoint
  • Typically the user configures the device to report to the Plaspy endpoint and does not need to pick a protocol inside the platform
  • If a device uses nonstandard firmware or unusual reporting settings, additional configuration or testing may be advisable

Transport and Connection Context​

Connection details cover how the GalileoSky 10 reaches the Plaspy endpoint rather than the internal structure of messages. The device may use either UDP or TCP on the common Plaspy port depending on its firmware and configuration. Knowing the transport and destination is important for firewall settings and device provisioning.

  • Devices may be set to report to the domain d.plaspy.com or directly to the IP 54.85.159.138
  • The supported transport can be UDP or TCP on port 8888 depending on device support and configuration
  • Plaspy uses the same port for all devices so port configuration is consistent across models
  • Choose UDP or TCP on the device according to the firmware recommendations and network conditions
  • Ensure network routing and firewall rules allow outbound connections to the Plaspy endpoint on the shared port

Protocol Compatibility Notes​

  • Firmware revisions can change message fields, reporting intervals, and optional features available to Plaspy
  • Hardware revisions and optional expansions may add or alter sensor inputs and CAN bus behavior
  • The device can read two CAN buses and decode many J1939 parameters but CAN mapping to platform fields depends on firmware and configuration
  • Selecting UDP versus TCP on the device affects transport behavior and may need to match what the device expects
  • Always configure the tracker to report to the Plaspy endpoint and shared port to allow automatic detection
  • Validate compatibility and supported features against the official manufacturer documentation and your device firmware release

Why Protocol Understanding Matters​

Having a clear, practical understanding of the device protocol helps ensure a smooth setup, accurate data mapping, and reliable operation of the tracker with Plaspy. It focuses troubleshooting efforts and reduces integration time by aligning device configuration with platform expectations.

  • Speeds initial setup by confirming the device reports to the correct Plaspy endpoint and port
  • Helps diagnose connectivity issues related to transport selection or network blocking
  • Assists in mapping sensors and CAN parameters to the fields you need in Plaspy
  • Reduces uncertainty when firmware updates change available telemetry or message timing
  • Supports long term maintenance by clarifying which features are device side and which are handled by Plaspy

Why Use Plaspy with This Protocol​

Using the GalileoSky 10 with Plaspy gives organizations a unified way to ingest GNSS position, sensor telemetry, and CAN bus derived parameters into a single fleet management platform. Plaspy’s automatic protocol detection and shared endpoint simplify deployment, so vehicles and assets can begin reporting with minimal platform configuration once the device is pointed to the Plaspy server.

To learn more about how Plaspy works with a wide range of trackers and to review platform capabilities, visit https://www.plaspy.com. For the latest device specific protocol details, firmware notes, and manufacturer implementation guidance verify information on the official GalileoSky website at https://galileosky.com/. Protocol support and firmware behavior can evolve over time so checking the manufacturer documentation helps ensure accurate, current integration details.

Tracker Communication

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