Once in app settings you'll notice a section called "Configuration" with a switch for Bluetooth. Switch it ON. The valid range is 32 – 32767. The value 0xFEEF is a special value that disables advertising altogether, rendering the device unconnectable until the battery is removed and reinstalled. It is used internally for device testing and should not be used under normal circumstances.

Of course, as much as you care about your home, musical instruments, family heirlooms, art or wine collections and other prized possessions, you don't need yet another chore: continually monitoring their thermometer and hygrometer readings. This is why we created a streamlined interface to configure desired conditions and enable alerts. But, then we had a son. We spent a ton of time setting up the nursery. Finding the best crib, the best changing table, and obviously set him up with a child safe purifier. Within the first few months we noticed that he always sounded like he had a cold. A trip to the pediatrician helped us realize that it actually wasn’t a cold… he was dried out. Eazy fix, we just moved one of our test humidifiers into his room to get the relative humidity to a more ideal range. To make sure things didn’t get too humid we also enlisted the help of our favorite thermometer/hydrometer. copy to clipboard curl -X POST "https://api.sensorpush.com/api/v1/samples" -H "accept: application/json" -H "Authorization: " -d @- < curl -X POST "https://api.sensorpush.com/api/v1/samples" \

Specifications

The sensor devices communicate via Bluetooth Low Energy, also known as BLE or Bluetooth 4.x. On iOS the system-provided SDK is CoreBluetooth, while on Android, BluetoothGatt can be used. On Linux systems, the nodejs library noble is a good option. Similar libraries are commonly available for other development environments. To read data, write any 32-bit value to the characteristic (e.g. 0x01000000). This triggers a sensor read. Once the read is complete (typically less than 100ms later), the data will be available to read, in hundredths of Pascals (e.g. 97813.64Pa will read 9781364).

Love data? Export your entire history to CSV for analysis with virtually any spreadsheet or data application. Even at the maximum value of +5dBm, battery life is quite long (over two years depending upon the operation mode and conditions), so this is the value we typically recommend to reduce signal issues. Valid values are: -21, -18, -15, -12, -9, -6, -3, 0, 1, 2, 3, 4, 5 Verify that your WiFi router is set to 2.4GHz or "dual band" mode. 2.4GHz is the most common default setting for WiFi routers, so if you haven't changed that specifically, it's likely okay as it is and probably doesn't need adjusted.If your WiFi network does not appear as an option among available WiFi networks, please verify that the router is communicating via 2.4 GHz or is in "dual band" mode because the Gateway requires 2.4 GHz. If not, then please turn on dual band/2.4GHz and try again. One of the biggest gains in terms of range that you get from using a gateway has to do with the fact that it’s not a mobile device. A gateway doesn’t have to go where you go. The gateway stays with the sensors when you leave and it stays in a location that’s best for communicating with your sensors. In quite a few cases, the best location for a gateway to communicate with your sensors might be some place you don’t visit often even if you are frequently nearby, like in your basement, attic, barn, or storage area. You might want to experiment a bit to find a place that has the best coverage of your sensors and still maintains a stable WiFi connection.

Client / Master: The device you are using to access the sensor (mobile device, desktop computer, etc) You should now be able to monitor your sensors over the internet. You can test this by turning the Bluetooth off on your mobile device. Provided all of the sensors are in range to the Gateway, you should be able to see them update in the app roughly once per minute. A small icon shaped like the Gateway will appear to the right of the sensor's name if the sensor is communicating via the Gateway. You can also verify that the information is up to date by looking at the "Last seen" time right beneath the sensor's name on the list of devices in the main screen of the app. readings should be within the last couple of minutes of the current time if the sensor is communicating normally through the Gateway. This read will also populate the temperature data, so if desired, it can be read immediately after without the need for a separate read command. Overall, the data and warnings Sensor Push provides is miles better than monitoring the nursery manually. It seems like our son is sleeping better, that may be changes brought on by age, but we like to think he’s more comfortable. Additionally, if all of your sensors are within range of a G1 WiFi gateway, you can now disable Bluetooth within the SensorPush app, or even on your phone (once setup is complete) for improved battery life.Give the SensorPush at least 30 minutes to acclimate, be sure you have an updated reading and then adjust the calibration controls so the value reads exactly 32.0°F (0.0°C)

If you love data, SensorPush has it, beautifully graphed in-app or easily exported to CSV for use in software like MS Excel. Either way, you'll be amazed by what you can learn from a complete history of minute-by-minute updates. Add the SensorPush G1 WiFi Gatewayto monitor all of your SensorPush sensors remotely via the internet! Permissions: Read-only (In GATT terms, this field is read/write for internal purposes, however, attempting to write to this field is not allowed and will result in immediate disconnection from the device, so consider it to be read-only) Request a list of sensors. Add the header "Authorization: " using the accesstoken returned in the OAuth Access step. copy to clipboard curl -X POST "https://api.sensorpush.com/api/v1/devices/sensors" -H "accept: application/json" -H "Authorization: " -d @- < curl -X POST "https://api.sensorpush.com/api/v1/devices/sensors" \In the Graph view, sensors are listed and can be toggled on/off by using the switch to the right of the sensor's name. Once toggled on, that sensor's data appears in one of two viewing options: "Layers" or "Streams." SensorPush is the answer. Our Smart Sensors are compact and easy to use. They work with painstakingly designed mobile apps that not only make you love using them, but also require as little use as possible. It takes just a few moments to install our free app and pair your first sensor. After that, it's up to you.