![]() ![]() Open the message and expand ZigBee Network Layer Data -> ZigBee Security Header.Ĭopy the key value, as shown above and go to Edit -> Preferences -> Protocols -> ZigBee -> Edit and add the key with Byte Order Normal. Pair a new device to the network (or re-pair an existing one) and grab the message where the Info is Device Announcement. If you don't want to translate the numbers, the network encryption key is also exposed when a device joins the network. PS: Of course it gets not sent anywhere, just a local in-browser converter. You can paste your network_key below to convert it. If you changed your network_key, then convert each number into its 2-digit hexadecimal value, and combine them all with : between. There are two ways to do this:īy default, if you haven't changed network_key in your configuration.yaml this will be 01:03:05:07:09:0B:0D:0F:00:02:04:06:08:0A:0C:0D. Next we need to figure out the network encryption key (Transport Key). NOTE: The Hue bridge uses a different Trust Center link key open in new window Set Security Level to AES-128 Encryption, 32-bit Integrity Protection and click on Edit. The second one is the network encryption key (Transport Key).Īdd the Trust Center link key by going to to Edit -> Preferences -> Protocols -> ZigBee. The first one is the Trust Center link key, which is the same for (almost) every Zigbee network. ![]() As these messages are encrypted we need to add 2 encryption keys. Wireshark will start and log the Zigbee messages. ![]() For ZBOSS make sure the correct Zigbee channel is set, by default it will sniff on channel 0x0C (12) but the default Zigbee2MQTT channel is 11 ( 0x0B (11)). For Windows run the ZBOSS executable in gui\zboss_sniffer.exe, enter the path to your Wireshark executable and click on the Start button. ![]()
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