MOBILINC RADIUS NETWORKS RADBEACON BLUETOOTH

To connect to the PiBeacon using SSH, you will need basic Linux command line skills, an ethernet cable, and access to a router. Transmitting with AltBeacon standard at 10.00 Hz Run the command with the help option to see the proper ~ $ sudo beacon -i hci0 transmit -A Now you can use the beacon command to control your PiBeacon. Log in to the Raspberry Pi with the default credentials: username: pi, password: raspberry. You can do this by attaching a monitor and keyboard to the Raspberry Pi (before you power it on) or by connecting the Pi to your local network and accessing it from another computer via SSH (see the section on connecting via SSH for more info). To use this tool, you need access to a terminal in the Raspberry Pi. The PiBeacon’s beacon capabilities are powered by the beacon command line utility, which can be used to transmit beacon signals and scan for other nearby beacons. Note: if you change to a custom UUID you will need to add this UUID to your ‘Locate Beacon’ iOS appįor it to be visible (iOS devices can only detect beacons with known UUIDs). Properly save the file and eject it from your computer. Once you enter your beacon type, identifiers, and frequency be sure to When you open this file, you should see two blocks like the one below, these give the parameters and identifiers for each transmitter (Note: changing the second set of identifiers does nothing unless you have the dual model).Įxport ID1_UUID_1=2F234454-CF6D-4A0F-ADF2-F4911BA9FFA6 Alternatively, you can edit the file directly on the Pi with either a keyboard and monitor or via SSH (see section below). This can be done by removing the SD card and placing it in your computer’s card reader slot. These initial parameters can be easily configured by editing the /boot/nf file on the PiBeacon.

The PiBeacon will begin transmitting at boot with the default identifiers. For more information on AltBeacon (the open and interoperable proximity beacon specification) visit. In addition, it can scan for other nearby beacons using both technologies. It can transmit as a beacon with fully customizable identifiers and transmit frequency.

MOBILINC RADIUS NETWORKS RADBEACON BLUETOOTH

It is designed to work with multiple Bluetooth Low Energy (BLE) proximity beacon specifications, including iBeacon™ technology and AltBeacon technology. The PiBeacon is the ultimate BLE beacon tool. Click here to check out more proximity beacon tools from Radius Networks. To verify the PiBeacon is transmitting, use a beacon test tool like Radius Networks’ “Locate Beacon” (iOS). If your PiBeacon doesn’t boot properly (you should see a red LED illuminated and a green LED that flashes intermittently) try a different charger. Note: The Raspberry Pi can be sensitive to poorly performing chargers. As soon as it is plugged in, it will boot up and begin transmitting automatically after about a minute. There is no power switch for the PiBeacon. It requires a standard 5V power supply with a micro USB connector. The PiBeacon consists of a Raspberry Pi computer, Bluetooth Low Energy (BLE) USB adapter, and an SD card preloaded with BLE beacon utility software. PiBeacon Instructions (Version 4.0) Getting Started

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