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GLONASSsoft - UMKa310 Protocol

This page explains the public protocol context for using the GLONASSsoft UMKa310 tracker with Plaspy. It describes how the device communicates and what role the tracker reporting protocol plays in delivering GNSS coordinates, telemetry and event data to a fleet management platform such as Plaspy. The content focuses on public, non sensitive details needed to understand connectivity, configuration options and integration expectations.

Plaspy uses shared connection settings across supported devices and automatically detects the tracker protocol when a device reports to the Plaspy endpoint. Exact protocol behavior and available features can vary by device firmware version, hardware revision and manufacturer implementation, so this page provides practical guidance while encouraging verification against manufacturer documentation.

Protocol Overview​

The UMKa310 uses open and standardized reporting approaches to send GNSS navigation, telemetry and event data to cloud hosts and fleet platforms. Its low traffic design relies on batch transfer principles to keep data usage efficient while still providing frequent position updates. The protocol layer is responsible for identifying the device, carrying navigation and sensor payloads, and signaling events or status changes to the receiving server.

  • Enables regular GNSS position, speed and heading updates to a server for live tracking and history playback.
  • Carries telemetry for auxiliary sensors such as accelerometer events and optional RS‑485 fuel sensors.
  • Supports well known open protocols used in telematics including Wialon Combine and EGTS as public options for interoperability.
  • Allows the device to forward data to multiple servers simultaneously for redundancy or parallel services.
  • Reduces network usage via batch or combined transfer modes while preserving actionable update frequency.

How Plaspy Detects the Protocol​

Plaspy listens on a single shared endpoint and automatically determines the incoming tracker protocol when a device is configured to report. In most cases you do not need to select a protocol manually inside Plaspy if the UMKa310 is pointed at the Plaspy endpoint and using an accepted transport. Proper device configuration on the UMKa310 side ensures the server can ingest location and telemetry without extra per device setup.

  • Devices should be configured to report to the Plaspy endpoint which is d.plaspy.com or the equivalent server IP 54.85.159.138.
  • Plaspy listens on port 8888 and all devices supported by Plaspy use the same port.
  • The UMKa310 may be set to use UDP or TCP toward the destination depending on device configuration and network considerations.
  • When the device reports correctly to the Plaspy endpoint, Plaspy automatically detects the tracker protocol and begins ingesting data.
  • Manual protocol selection inside the platform is typically unnecessary if reporting settings on the device are correct and the manufacturer firmware supports the chosen protocol.

Transport and Connection Context​

Transport and addressing are part of the setup that determines whether the device reaches Plaspy reliably. The UMKa310 supports common mobile network transports and flexible server targeting, so understanding the connection context helps ensure stable reporting and simpler troubleshooting.

  • The UMKa310 can be configured to use either UDP or TCP for data forwarding depending on firmware options and desired reliability.
  • Plaspy’s public endpoint is d.plaspy.com and the platform also accepts connections directed to 54.85.159.138.
  • Plaspy receives device data on port 8888; this is the same port used across all devices supported by Plaspy.
  • Network rules and carrier APN settings must allow outbound connections to the Plaspy endpoint and port for successful reporting.
  • Where available, configure the device to forward to multiple servers if you require redundancy or simultaneous cloud ingestion.

Protocol Compatibility Notes​

  • Firmware revisions can introduce protocol variations or additional features; confirm the UMKa310 firmware level when validating compatibility.
  • Hardware revisions and optional interfaces such as RS‑485 for fuel sensors may affect which telemetry fields are reported.
  • The UMKa310 supports open formats including Wialon Combine and EGTS which improves interoperability, but manufacturer settings determine the active format.
  • Transport choice (UDP vs TCP) affects delivery characteristics; ensure the selected transport is supported by both the device firmware and your network.
  • Multi server forwarding is supported; verify server address configuration slots on the device if you plan parallel forwarding to Plaspy and other hosts.
  • Always cross check device configuration examples and command formats against the official GLONASSsoft documentation for firmware specific instructions.

Why Protocol Understanding Matters​

Understanding the UMKa310 communication protocol helps streamline setup, reduce integration time, and improve operational reliability when using Plaspy. Knowing which transports and reporting modes are available makes it easier to align device behavior with fleet monitoring goals and to troubleshoot connectivity or data quality issues.

  • Ensures correct device addressing and transport selection so data reaches d.plaspy.com or 54.85.159.138 on port 8888.
  • Helps configure telemetry options such as batch transfer, accelerometer events and RS‑485 sensor reporting for consistent data in Plaspy.
  • Supports informed decisions about redundancy by using the device’s simultaneous multi server forwarding capability.
  • Shortens troubleshooting by narrowing potential causes to transport, firmware, APN, or configuration mismatches.
  • Improves data efficiency planning by understanding how batch transfer modes balance update frequency and data consumption.

Why Use Plaspy with This Protocol​

Using the UMKa310 with Plaspy gives fleet operators consolidated visibility into vehicle location, movement and telemetry while benefiting from Plaspy’s automatic protocol detection and shared port handling. The UMKa310’s support for open reporting formats, multi server forwarding and optional fuel sensor connectivity makes it a practical device for integration into Plaspy driven workflows such as live dispatch, fuel monitoring and anti‑theft alerts.

To learn more about connecting devices and onboarding trackers, visit Plaspy at https://www.plaspy.com. Please note that protocol support, firmware behavior and device implementation details can change over time; verify the latest device specific protocol and firmware information with the manufacturer at https://glonasssoft.ru/.

Tracker Communication

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