0x83xx¶

0x8300 - Soft Reset¶

Type: void

Name: soft-reset (1)

0x8301 - Factory Reset¶

Type: void

Name: factory-reset (1)

0x8302 - Request Property Reporting¶

Type: void

Name: request-property-reporting (1)

Upon receiving this command, a device will start reporting all its reportable properties. If a device receives this command while a reporting operation is in progress, it will report a busy error response.

0x8303 - Start Upstream Throughput Test¶

Name: start-upstream-throughput-test (5)

JSON Example:

{
  "packets": 1000,
  "interval": 250,
  "burst": 3,
  "priority": 2
}

Upon receiving this command, the device will send n throughput test packets upstream (to the gateway) at the specified interval and priority. Burst size is the number of packets sent back-to-back each interval. Burst size must be greater than 0 and the maximum burst size is device dependent. The gateway will increment 0x8305 - Throughput Test Packet Counter for every test-packet received.

To stop an ongoing throughput test, set n to 0. Starting a new throughput test (n > 0) while there is an ongoing test will fail.

0x8304 - Start Downstream Throughput Test¶

Name: start-downstream-throughput-test (5)

JSON Example:

{
  "packets": 1000,
  "interval": 250,
  "burst": 3,
  "priority": 2,
  "target": "AABBCCDDEEFF"
}

Upon receiving this command, the gateway will send n throughput test packets downstream to the target device at the specified interval and priority. Burst size is the number of packets sent back-to-back each interval. Burst size must be greater than 0 and the maximum burst size is device dependent. The target device will increment 0x8305 - Throughput Test Packet Counter for every test-packet received.

0x8305 - Throughput Test Packet Counter¶

Type: u32

Name: throughput-test-packet-counter (5)

This counter will be incremented for each throughput test packet received.

0x8306 - Start Uplink Quality Test¶

Name: start-uplink-quality-test (17)

JSON Example:

{
  "duration": 10,
  "flags": {
    "up": true,
    "down": false  
  }
}

0x8307 - Uplink Quality Test Result¶

Name: uplink-quality-test-result (17)

JSON Example:

{
    "up": 970,
    "down": 950
}

0x8308 - Try Ethernet¶

Type: void

Name: try-ethernet (5)

Upon receiving this command, a gateway on LTE/3G will reboot and try to establish connection using Ethernet.

This command will only work when the gateway is not already connected using Ethernet.

0x8309 - Try LTE¶

Type: void

Name: try-lte (6)

Upon receiving this command, a gateway on Ethernet will reboot and try to establish connection using LTE.

This command will only work when the gateway is not already connected using LTE.

0x830A - Run Uplink Quality Tests¶

Name: run-uplink-quality-tests (17)

JSON Example:

{
  "duration": 10,
  "flags": {
    "ex": true,
    "up": true,
    "down": true
  }
}

This gateway command property is used to initiate link test for all extenders and/or nodes in the network tree. This is effectively a broadcast write of 0x8306 - Start Uplink Quality Test.

All cached 0x8307 - Uplink Quality Test Result property values are purged. As devices complete their link test, new result values are reported.

The time required to run all tests will be approximately equal to duration x max_children, where max_children is the maximum number of children of any extender in the network.

NOTE: ex and/or nd flag must be set.

0x8310 - Reset Battery Status¶

Type: void

Name: reset-battery-status (1)

This is used to reset the battery relay configuration when replacing batteries in MT AirMesh 1011.

0x8311 - Shutdown¶

Type: void

Name: shutdown (12)

Shutdown gateway.

0x8320 - Destroy Network Below¶

Type: void

Name: destroy-network-below (1)

0x8321 - Destroy Network Below Child¶

Type: mac-address

Name: destroy-network-below-child (1)

Destroy network below and including child with provided MAC address.

0x8322 - Network Tree¶

Type: UTF-8 encoded JSON object. Object structure is described below.

Name: network-tree (8)

Current network tree and unconnected devices.

The format of the returned object is as follows:

The networkTree devices are returned as a nested structure with the gateway as the root. Version is incremented if new properties and/or values are added to the device objects or other parts of the structure. All changes will be backwards compatible.

The networkTree device objects contain the following properties:

The unconnected device objects contain the following properties:

Example

{
  "version": 3,
  "networkTree": 
    {
      "id": "E4EBC3F77F09",
      "type": "gateway",            
      "children": [
        {
          "id": "DD19D3F413E7",
          "type": "extender",
          "rssi": -70,
          "children": [
            {
              "id": "CFA724721A24",
              "type": "extender"
            }
          ]                 
        },
        {
          "id": "000000000000",
          "type": "unknown"                           
        },
        {
          "id": "E0E70B2EC9BF",
          "type": "node",
          "rssi": -84
        }
      ]      
    },
    "unconnected": [
        {
          "id": "C97C04CE99A8",
          "lastSeen": "2025-10-28T15:23:35Z"
        },
        {
          "id": "ED9D831F7569",
          "lastSeen": "2025-10-28T15:23:30Z"
        }
    ]
}

0x8330 - Flush Property Cache¶

Type: void

Name: flush-property-cache (1)

Flush device property cache.

When property throttling is enabled in gateways, the data-consumer client(s) must issue a flush at start-up to sync up. This will cause all gateways to send the next property updates even though the values might not have changed.

When property throttling is enabled (using 0x8220 property), property updates are normally only sent when the gateway detects the value has changed.

0x8331 - Flush Backfill¶

Type: void

Name: flush-backfill (15)

Flush backfill data samples.

0x8340 - Sleep¶

Type: u16

Name: sleep (1)

Go to sleep for a period of time. After the specified period, the device returns back to its previous mode of operation.

In sleep mode the device operates like in storage mode, but does not advertise.

The value is the sleep period in minutes. The values 0 and 65535 cannot be used.