Commute Logger vs All Sensors

Are you moving and shortlisting homes based on the commute duration between your new home and work? Or are you trying to figure out what's the best time of the day to leave to work/home so that you spend less time in traffic? CommuteLogger automatically checks for the realtime commute duration between the source and the destination. It periodically logs the commute time every 30 minutes for up to 14 days even when the app is closed. You can create up to 19 loggers where each logger is recording the commute duration between the source to the destination. The result is a trend graph based off time of the day and the commute duration to the destination. If you are moving, you can refer the graph to shortlist home based on the shortest commute trend. If you just want to save time in traffic, you can refer the graph to know the best time to leave to work or home so that you spend less time in traffic. How does it work? 1. Create a new logger by entering the source and the destination address 2. Sit back and relax for a couple of days until the logger captures all the realtime traffic data 3. Open the app and look at the traffic trend and decide if this is the best place to move (If you are moving), or look at the graph to decide the best time to leave to work/home based on the shortest commute duration Save time in traffic!

All Sensors is a focused utility for seeing — really seeing — what every sensor on your iPhone or iPad reports, in real time. Twenty-one sensors, one clean dashboard: • Motion: accelerometer, gyroscope, magnetometer, device motion (fused IMU), pedometer, altimeter, motion activity classifier • Location: GPS coordinates, speed, altitude, heading (true & magnetic), barometric pressure • System: battery level & charging state, thermal state, CPU cores & load, memory pressure, storage usage, screen brightness • Connectivity: Wi-Fi network type, cellular carrier & radio technology, Bluetooth state and discovered peripherals • Hardware: camera capabilities, lens enumeration, microphone audio levels, ambient light estimate, proximity, torch level Each sensor has its own detail screen with three-axis charts, gauges, raw value readouts, and a live magnitude calculation. Tap into any sensor to see what's actually being read by the underlying iOS APIs (CMMotionManager, CLLocationManager, CMAltimeter, CMPedometer, CMMotionActivityManager, CBCentralManager, NWPathMonitor, AVCaptureDevice, ProcessInfo, UIDevice, HKHealthStore). ▼ Show-Off Mode Tap the Show-Off banner on any sensor detail screen and the device transforms. The sensor takes over the full screen with a theatrical visualization — flight HUDs, compass roses, gravity wells, oscilloscopes, gauges, lighthouses. There are 74 unique full-bleed visualizations across 21 sensors. Swipe horizontally to switch sensors, swipe vertically to cycle variants, tap the grid icon to jump to any of them. It's a great way to demo what your phone is doing right now to a friend, a class, or yourself. ▼ Logger A real recorder. Pick any subset of sensors, set a sample rate (60 Hz down to 1 Hz, per sensor), tap record, walk around. When you stop, your session shows up in a browser with timeline, sensor-by-sensor breakdown, and one-tap export to CSV or JSON for analysis in Numbers, Excel, Python, R, or whatever you use. Logs are stored in a local SQLite database under your app's Documents folder; nothing is uploaded. ▼ HealthKit The Health tab shows HealthKit metrics such as heart rate, blood oxygen, respiratory rate, steps, energy, distance, body measurements, and profile values when you grant read access. The app does not write to HealthKit. ▼ Siri & Shortcuts "Get Sensor Reading", "Start Sensor Recording", "Stop Sensor Recording", and "Export Sensor Data" are wired as App Intents. Add them to a Shortcut, ask Siri, automate from Focus modes. ▼ Privacy Every reading stays on your device. There is no analytics SDK, no ad SDK, no crash reporter, no remote backend. The app makes no outbound network requests except a single optional ping to 1.1.1.1 when you ask the Network sensor to test connectivity. Built for developers, makers, students, hardware hobbyists, geocachers, weather watchers, and anyone who's ever wondered what their phone really knows about itself.