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nils-a/rgregg--meshcore-proxy

Analysis updated 2026-08-15 · repo last pushed 2026-03-26

Audience · generalComplexity · 2/5MaintainedSetup · moderate

TLDR

MeshCore Proxy bridges a MeshCore companion radio to your local network, letting multiple apps and devices talk to the radio over TCP instead of requiring a direct USB or Bluetooth connection.

Mindmap

mindmap
  root((repo))
    What it does
      Shares radio over network
      USB or Bluetooth bridge
      TCP port 5000
      Event logging and debugging
    Tech stack
      Python
      Docker
    Use cases
      Smart home integration
      Remote radio management
      Mobile app access
    Audience
      MeshCore radio users
      Home automation users
      Hobbyists

Code map

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What do people build with it?

USE CASE 1

Share a MeshCore radio across multiple devices on your local network without moving the physical connection.

USE CASE 2

Integrate a MeshCore radio into Home Assistant when the radio is plugged into a different machine.

USE CASE 3

Monitor and debug radio communication by viewing decoded event logs of messages flowing through the proxy.

USE CASE 4

Control your radio remotely from a mobile app or laptop elsewhere on the same network.

What is it built with?

PythonDocker

How does it compare?

nils-a/rgregg--meshcore-proxy000madz000/rfid-attendance00kaku/gallery-slider-block
LanguageTypeScriptJavaScript
Last pushed2026-03-262024-07-222021-05-19
MaintenanceMaintainedDormantDormant
Setup difficultymoderateeasyeasy
Complexity2/52/52/5
Audiencegeneraldevelopergeneral

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · moderate Time to first run · 30min

Requires a physically connected MeshCore radio via USB or Bluetooth, and macOS Bluetooth setup needs a device name or UUID instead of a MAC address.

No license information was provided in the repository documentation, so usage rights are unknown.

In plain English

MeshCore Proxy lets you put a MeshCore companion radio on your network so that other apps and devices can talk to it even if they are not physically plugged into it. Normally, the radio connects to a single computer via a USB cable or Bluetooth. This tool bridges that connection, exposing the radio over a standard network port (TCP) so that multiple clients on your local network can interact with the radio as if it were directly connected to them. At a high level, you run this tool on the computer that is physically tethered to the radio. The proxy software connects to the radio via USB or Bluetooth and then starts listening for network traffic on port 5000. When another program on your network wants to send a command to the radio, it sends data to that port. The proxy receives it, translates it, and forwards it to the radio, passing any responses back to the requesting program. The proxy also includes an event logging feature that decodes and displays the messages flowing between the radio and your apps, which is helpful if you are trying to debug a connection or monitor activity. This is useful for people running MeshCore radios who want to integrate them into broader smart home setups or manage them remotely. For example, if you use Home Assistant to automate your home, you can use this proxy to let your Home Assistant server talk to a radio plugged into a different machine. It also supports command-line tools and mobile apps, so you can check on your radio from your phone or laptop without having to be in the same room as the hardware. The project is built in Python and can be installed easily via standard package managers. It also offers a ready-to-use Docker container, which is convenient if you want to run it continuously on a small server like a Raspberry Pi. The documentation notes a few platform specifics, such as the fact that macOS handles Bluetooth differently than Linux or Windows, requiring a device name or UUID rather than a standard MAC address.

Copy-paste prompts

Prompt 1
Write a Python script that connects to a MeshCore Proxy running on my local network at port 5000 and sends a simple command to the radio, then prints the response.
Prompt 2
Set up a Docker Compose file that runs MeshCore Proxy on a Raspberry Pi, connecting to the radio via USB serial device and exposing port 5000 to my local network.
Prompt 3
Create a Home Assistant custom integration that communicates with a MeshCore radio through the MeshCore Proxy TCP port 5000 on another machine.
Prompt 4
Help me configure MeshCore Proxy to connect to my radio over Bluetooth on macOS, including finding the correct device name or UUID.
Prompt 5
Write a small Python listener that connects to MeshCore Proxy on port 5000 and prints out all decoded event log messages for debugging radio activity.

Frequently asked questions

What is rgregg--meshcore-proxy?

MeshCore Proxy bridges a MeshCore companion radio to your local network, letting multiple apps and devices talk to the radio over TCP instead of requiring a direct USB or Bluetooth connection.

Is rgregg--meshcore-proxy actively maintained?

Maintained — commit in last 6 months (last push 2026-03-26).

What license does rgregg--meshcore-proxy use?

No license information was provided in the repository documentation, so usage rights are unknown.

How hard is rgregg--meshcore-proxy to set up?

Setup difficulty is rated moderate, with roughly 30min to a first successful run.

Who is rgregg--meshcore-proxy for?

Mainly general.

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