Apps Like Mini Spectrometer (NIR) for iPhone and iPad
Measure spectra with Bluetooth and battery power
Perform spectral analysis in the 750 nm to 1050 nm range using a 64-channel NIR sensor. Measure reflectance and absorbance for material identification. Include chemometric models for BRIX, Dry Matter, and cocoa content in fruits and chocolate.
by ams AG★ 0.00 ratingsUtilitiesFreeData updated 2026-09-06
Control lights via Bluetooth with on/off switches, dimming adjustments, and fade rate customization. Set internal timers and energy-saving modes with minimum light level thresholds.
Access satellite imagery and geospatial data for real-time analysis. Select location, sensor, and date to retrieve archived images or task satellites. Receive automated analysis for applications like crop health, deforestation, and wildfire tracking.
Create 3D layouts with precise measurements. Measure distances and surface areas using augmented reality. Export scans as PDF or other file formats for easy sharing and reference.
Measure angles using your iOS device's camera and sensor. Adjust and calibrate measurements. Save and share readings. Display measurements in degrees, radians, or gradians. Switch between horizontal and vertical modes.
Measure using AR and TrueDepth sensor technology. Place device at eye level, follow on-screen prompts, and receive accurate PD measurement. Save and share results for eyewear purchases or customization.
Measure angles, check flatness, take real-size measurements
Measure angles with real-time sensor precision. Check surface flatness in horizontal and vertical orientations. Use an on-screen ruler for real-size measurements. Support both metric and imperial units.
Displays sound frequencies using a Fast Fourier transform. Users can visualize incoming sound as individual sine waves. The shows frequency spectrum displays to analyze audio components.
Tools for professionals include real-time analysis with SPL display, tone and noise generation, wavelength calculation, UHF frequency reference, antenna line loss assessment, microphone gain calculation, and recording/playback of test signals.
Detect and microphones using device sensors. Scan surroundings for covert surveillance devices. Alert users to potential privacy risks. Provide real-time sensor data for security assessment.
Analyze spectra in real time using a microphone. Display waveforms and FFT data with adjustable frequency scales. Measure noise levels for approximate readings. Adjust FFT size for varying frequency accuracy.