Developed by a team of professional engineers, we believe © Ghost - Paranormal Science Toolkit to be the most advanced paranormal research toolkit available.
© Ghost - Paranormal Science Toolkit is an extremely advanced, yet very easy to use, paranormal research toolkit. Don’t let the advanced feature set intimidate you. © Ghost - Paranormal Science Toolkit has been specifically engineered for both the professional and amateur paranormal researcher.
Disclaimer: This toolkit is designed to aid you, the paranormal researcher, in the identification of unexplained phenomena. However, as advanced as this toolkit is, it cannot prove, or disprove, the existence of the paranormal. As a result, this toolkit is provided for entertainment purposes only. We are not responsible for the use, misuse, or interpretation of this software. Please use responsibly.
© Ghost - Paranormal Science Toolkit provides a suite of advanced paranormal research tools that utilize the full spectrum of your device's powerful sensor array.
The Audio instrument utilizes your device’s acoustic to electric transducer to analyze complex audio signals.
The Barometer instrument uses your device's barometric sensor array to detect extremely subtle changes in the environment's ambient barometric pressure.
The Dashboard instrument provides a centralized presentation of your device's sensor array, including the accelerometer, barometer, camera, gyroscope, magnetometer, and microphone.
The EMF instrument utilizes your device’s magnetometer to measure the ambient electromagnetic fields across the electromagnetic spectrum.
The Geoscope instrument utilizes your device’s gyroscope and accelerometer to detect extremely subtle movements and vibrations.
Ghost Box Instrument
The Ghost Box instrument performs a sweep of live streaming audio channels.
*Available with the iPhone 12 Pro (and up) series of devices.
The LiDAR instrument uses the iPhone's LiDAR sensor, driven by advanced CPU, GPU, and Neural Engine processing, to interpret the ambient environment outside of the visible electromagnetic spectrum.
The Luxscope instrument utilizes your device's light sensor array to measure illuminance and spectrographic color distribution.
The Twilight instrument utilizes a combination of GPU driven rendering and hardware configuration to amplify the small amount of light captured by your device’s camera.
The SLS instrument uses an advanced vision machine learning model and neural engine processing to detect human figures in real-time.
The SSEG instrument uses an advanced deep learning vision model and neural engine processing to semantically detect human figures in real-time.