Real-time insights from
every Android sensor.
OmniSense turns your Android smartphone into a live laboratory dashboard. Monitor 3-axis magnetic fields (EMF), acceleration, gyroscope orientation, barometric pressure, and ambient lux in real-time with background threshold alerts.
Free Android App · Offline-First · Zero Ads · Sub-millisecond Sampling
Live Sensor Telemetry
60 Hz PollingMagnetometer
48.2µT
Accelerometer
9.81m/s²
Pressure
1013hPa
Light
320lux
magnetometer · accelerometer · gyroscope · barometer · lux
Your smartphone carries sophisticated MEMS sensors. OmniSense unlocks raw access to all of them.
Most sensor apps flatten your data into basic static numbers or overwhelm you with intrusive video ads. OmniSense provides professional-grade vector telemetry, high-frequency waveforms, and background alerts with zero telemetry.
Deep telemetry across every sensor modality
Engineered for precision measurement, scientific analysis, and ambient field auditing.
Central Sensor HUD & Real-Time Magnetometer
A unified telemetry screen featuring a live 360-degree compass centerpiece alongside simultaneous real-time data feeds from every hardware sensor embedded in your device.
High-Frequency Waveform & Vector Visualizations
Every sensor has its own dedicated analysis page with live vector decomposition (X, Y, Z axes), rolling time-series line graphs, and peak frequency indicators.
Light (Lux), Pressure (hPa) & Ambient Temperature
Measure luminous flux, barometric atmospheric pressure, and ambient ambient conditions for weather prediction, altitude estimation, and workspace lighting audits.
3-Axis Accelerometer, Gyroscope & Gravity Vectors
Track linear acceleration, angular rotation rates (rad/s), and orientation vectors with sub-millisecond precision for mechanical and motion analysis.
Magnetic Field (µT) & EMF Source Detection
Calibrated magnetometer telemetry that detects magnetic flux density changes, assisting in locating concealed wiring, metallic studs, and magnetic interference.
Background Monitoring with Custom Trigger Alerts
Configure customizable sensor thresholds that continue monitoring in the background even after closing the screen, delivering instant notifications on critical trigger events.
Supported Sensors & Measurement Units
Detailed breakdown of scientific units, typical hardware ranges, and diagnostic applications.
| Sensor Type | Measurement Unit | Typical Range | Primary Use Cases |
|---|---|---|---|
| 3-Axis Magnetometer (EMF) | Microteslas (µT) | ±4900 µT typical | EMF detection, metal stud locator, compass orientation, magnetic field mapping |
| 3-Axis Accelerometer | Meters / second² (m/s²) | ±2g to ±16g dynamic | G-force measurement, tilt calculation, vehicle acceleration, vibration analysis |
| 3-Axis Gyroscope | Radians / second (rad/s) | ±250 to ±2000 °/s | Angular velocity, rotational physics experiments, spatial orientation tracking |
| Barometric Pressure | Hectopascals (hPa / mbar) | 300 to 1100 hPa | Barometric altitude calculation, micro-climate weather forecasting, storm tracking |
| Ambient Light Sensor | Lux (lx) | 0 to 65,535+ lx | Ergonomic workspace lighting audits, photography exposure checks, screen testing |
| Proximity & Step Detector | Distance (cm) / Steps | Binary / Integer Counter | Physical obstruction detection, human cadence analysis, pedometer verification |
Practical use cases for science and industry
See how researchers, students, technicians, and outdoor explorers leverage OmniSense.
Physics Education & STEM Classrooms
Transform every student's phone into a portable physics lab. Measure gravitational acceleration (g = 9.81 m/s²), observe centripetal force, and demonstrate harmonic motion in real-time.
Active Sensor Pipeline:
EMF Auditing & Electrical Diagnostics
Inspect workspaces, server racks, and home electronics for stray electromagnetic fields. Identify live transformers and high-flux motors using vector flux density readings.
Active Sensor Pipeline:
Automotive & Industrial Vibration Testing
Mount your phone to machinery, engine mounts, or suspension systems to record high-frequency vibration spikes and resonance frequencies.
Active Sensor Pipeline:
Outdoor, Alpinism & Weather Tracking
Track subtle atmospheric barometric drops that precede impending storms and calculate precise relative altitude changes without GPS latency.
Active Sensor Pipeline:
Generic Sensor Apps vs. OmniSense
Why developers, students, and technicians choose OmniSense for reliable telemetry.
| Feature / Capability | Generic Sensor Utilities | OmniSense |
|---|---|---|
| Hardware sensor coverage | Fragmented across 4-5 single-purpose apps | Unified multi-sensor dashboard in one app |
| Data privacy & telemetry | Ad-trackers, location harvesting, third-party SDKs | Zero telemetry, zero data collected, offline-first |
| Background threshold alerts | Foreground only (stops when app closes) | Custom threshold triggers in background service |
| Axis vector decomposition | Single scalar value or basic number | Real-time 3D vector graphs (X, Y, Z) + RMS |
| App weight & speed | Heavy with full-screen banner video ads | Instant launch, ultra-lightweight, 100% ad-free |
100% On-Device Sensor Processing
OmniSense performs all sensor sampling, mathematical vector transformations, Fourier transforms, and threshold comparisons entirely on your local device CPU. Zero data is recorded or sent to any remote server.
Everything you need to know about OmniSense
Detailed technical answers on Android hardware compatibility, sensor precision, and monitoring.
01.What sensors does OmniSense support on Android?+
OmniSense detects and visualizes all available hardware sensors exposed by the Android SensorManager API, including the 3-Axis Magnetometer (Magnetic Field / EMF), 3-Axis Accelerometer, Gyroscope, Barometer (Pressure), Ambient Light Sensor, Proximity Sensor, Gravity Sensor, Linear Acceleration, Rotation Vector, and Step Counter.
02.Does OmniSense collect or upload my sensor readings to any server?+
No. OmniSense follows a strict zero-telemetry architecture. All sensor sampling, vector math, charts, and background threshold triggers occur 100% on your local device CPU. No sensor data, location telemetry, or device identifiers are ever recorded, stored remotely, or transmitted to any server.
03.How does the background monitoring and alert system work?+
You can configure threshold triggers for specific sensors (e.g., alert when magnetic field exceeds 75 µT, or when acceleration spikes above 2.5g). When enabled, OmniSense utilizes an optimized Android background service to sample sensor states and triggers an on-device push notification when your threshold is breached.
04.Can I use OmniSense as an EMF / Metal detector?+
Yes. OmniSense provides real-time Microtesla (µT) telemetry from the device's built-in magnetometer. Ferrous metals, live electrical cables carrying high current, transformers, and magnetic speaker drivers distort the ambient geomagnetic field (~30–60 µT), causing detectable spikes in OmniSense.
05.Why are some sensors disabled or showing 'Not Supported'?+
Sensor availability depends directly on your device's hardware specifications. While almost all modern smartphones include accelerometers and magnetometers, barometers and ambient temperature sensors are typically found on premium flagship devices. OmniSense dynamically detects your hardware and gracefully disables missing sensors without crashing.
06.Can I use OmniSense for physics classroom lab experiments?+
Yes! OmniSense is widely utilized by students and educators for mechanics experiments (measuring free fall, pendulum periods, centripetal acceleration) and electromagnetism demonstrations due to its high sampling frequency and clean vector graphs.
07.Is OmniSense completely free to download?+
Yes, OmniSense is free to download on the Google Play Store for Android devices with no subscriptions or mandatory in-app purchases.
08.Who developed OmniSense?+
OmniSense is engineered and maintained by Desi Script, a software studio creating high-performance developer tools, business software, and mobile applications.
Unlock the sensors inside your phone
Download OmniSense on Android for free today. Monitor magnetic fields, kinematics, pressure, and ambient light with sub-millisecond precision.
Requires Android 8.0+ · Free · Zero Ads · Zero In-App Purchases
Built by Desi Script
OmniSense is part of the Desi Script product ecosystem — alongside Ace Interview, Chat Launch, and custom enterprise software systems.