About this app

IpSensorMan Manages talking to various sporting sensors using ANT+™ or Bluetooth or Bluetooth Low Energy interfaces. Using a separate app allows multiple client apps to access to the sensors simultaneously. Most of the hard work for talking to the various standard sensors is provided by the app simplifying the client apps. Simplified information is broadcast to any registered application that wants access to the sensor data.

This product is ANT+ certified and complies with the following specified ANT+ device profiles:

Bicycle speed data
Bicycle cadence data
Bicycle combined speed and cadence data
Bicycle power data
Heart rate data

The following are supported but have not gone though certification yet.

Stride Based Speed and Distance (footpod)
Environment (Garmin Tempe)
Running dynamics
Bike Radar
Fitness equipment control (FEC). Trainer control.
Shifting
Suspension
Dropper post
Remote control
Muscle Oxygen
Bike Light

Polar Wearlink®+ transmitter with Bluetooth® and Zephyr HxM BlueTooth Heart rate monitor support added with 1.2.6

Bluetooth Low Energy / Bluetooth Smart support for the following.

Heart rate
Bike speed and cadence
Bike power (Only a single sensor not dual pedals transmitting independently)
Running speed and cadence (footpod)
Stryd running power.

IpSensorMan should recognize other ANT+ sensor types although full decoding support is not currently implemented.

Currently the applications using IpSensorMan are:

IpBike an ANT+ sensor based bike computer. https://market.android.com/details?id=com.iforpowell.android.ipbike

IpPeloton an app to show details from other ANT+ heart rate monitors and power sensors. So you can easily compare your effort with your riding companions effort. https://market.android.com/details?id=com.iforpowell.android.ippeloton

IpWatts an application to log the data from multiple power sensors simultaniously with a single timebase. Also logs a single Speed, Cadence and Heart rate source. The app you need if you want to compare Power meters.
https://market.android.com/details?id=com.iforpowell.android.ipwatts

Other applications may well be added.

If you are a developer and want to use this interface then please feel free to email me.

Permission reasons.


Network communications - full Internet access. The crash reporting system want this. Also I collect usage stats via flurry.com. I am really interested what phones it is installed on and what ANT+ sensors it is used with. You can switch this off from the options.


Hardware controls - ANT radio access. I won't be able to do much without this one.


System tools - modify global system settings, prevent phone from sleeping. There is an option to keep ANT active when the phone is in airplane mode which us useful for saving power, this needs to modify the system settings. You still need to do the airplane mode entry yourself. This feature needs at least version 2.6 of ANT Radio Services. If we are actively monitoring the ant radio the phone will not sleep, the screen may still go off though.

Bluetooth - in order to support the Bluetooth Heart rate monitors.
Location - is needed to be able to access Bluetooth low energy sensors. This is because theoretically you can then see beacons which can be used to get your location. I do not have any Beacon support.

For details on USB Host mode and using an ANT usb stick please see

http://www.iforpowell.com/cms/index.php?page=usb-ant-stick

New features

Fix crash related to Android 12 and 13 changeing permissions for Bluetooth.
If on Android 12 or 13 open IpSesnorMan and press the search button to re-do the permissions.
Add in generic battery state message for all sensors with some battery information.
Use and target api level 33.
Android 13 don't try switching off BT as no longer possible by none system apps.
Switching on BT will bring a system dialog up and require the user to interact with it.

App Permissions

Allows using PowerManager WakeLocks to keep processor from sleeping or screen from dimming.
Allows applications to open network sockets.
Allows an application to access data from sensors that the user uses to measure what is happening inside his/her body, such as heart rate.