FireBug Night Vision vs Spatial Continuum

Now, experience REAL night vision! No gimmicks. No silly filters or simulated effects. Navigate the night with confidence. See in low light. See in total and complete darkness. Developed by a team of professional engineers, we believe © FireBug Night Vision to be the most advanced night vision camera available. © FireBug Night Vision offers two modes of operation: LIDAR Night Vision The LIDAR infrared laser scanner is used to create depth-mapped imaging, which allows you to see in total and complete darkness. *This mode is only available on devices equipped with the LIDAR sensor (iPhone Pro devices). • Choose the minimum and maximum focal distances for the depth imaging. • Smooth the depth data to minimize variations in the depth imaging frame. • Use GPU processing to improve the resolution of the depth image map. • Render both depth-oriented and surface-oriented data field maps. TWILIGHT Night Vision By leveraging GPU-driven rendering, hardware configuration, and advanced digital image processing, faint light sources are enhanced permitting you to see in extraordinarily low-light conditions. • Adjust sensitivity of underlying camera hardware. • Adjust sensitivity of GPU and CPU image processing. • Enhance the resolution through advanced image processing. Enhanced Capabilities • Unparalleled night and twilight vision. • Unparalleled, world-class, professional series software. • Record, analyze, and share photos and video recordings. • Intuitive, professional, easy-to-use design. • Extensive help section. • Easy access to customer support. • Lifetime free updates. Frustration Free • No Ads • No Gimmicks • World-Class Customer Support If you have any questions, comments, or concerns about this app, please contact us at: JedaSoftwareSystemsHelp@gmail.com

Spatial Continuum™ is a differential magnetometer visualization and directional-awareness system that transforms live electromagnetic field data into persistent, spatially positioned orb markers — encoding magnitude, direction, rate of change, and event persistence into a readable field narrative that a conventional spike graph cannot provide. A baseline reference state is established at the beginning of each session. Every subsequent event is measured as a deviation from that anchor, with lateral axes amplified for spatial expressiveness and the vertical axis damped to reduce noise caused by normal device handling. Each generated orb carries its own event information, including timestamp, directional heading, magnitude, and tier classification — Minor, Anomalous, Rare, and Extreme — with classifications governing on-screen persistence from approximately 3.5 to 30 seconds. The CPI Engine produces a continuous anomaly score between 0.0 and 1.0. Higher-scoring events generate increasingly persistent visual markers, allowing investigators to identify significant field changes and observe where activity developed, how rapidly it changed, and how long it remained present. This is not visualization for atmosphere. It is a differential field-awareness instrument built to turn changing magnetometer data into a persistent spatial record. The field has direction. Now you can see it. Not made for entertainment. Patent-pending EMF and cognitive phase instrumentation — USPTO Provisional #63/942,408 & #63/947,185. --- BONUS INSTRUMENTS — INCLUDED FREE EMF Entropy™ A physics-driven electromagnetic visualization instrument that applies real-time entropy mapping to live magnetometer data. EMF Entropy™ analyzes changing magnetic-field behavior and generates a continuously evolving waveform rather than displaying a prerecorded or randomly animated signal. A 7.83Hz Schumann Resonance reference is incorporated into the visualization system to give investigators an additional comparative reference during field sessions. Coherent, turbulent, and fragmented waveform behavior can be observed as environmental magnetic conditions change. On Site Metrics™ A location-aware environmental and astronomical intelligence panel providing investigation context including temperature, cloud cover, UV index, solar radiation, irradiance, sunrise and sunset, moonrise and moonset, moon phase, and lunar illumination percentage. Location is used for local environmental data requests and astronomical calculations. Investigation data is not transmitted. Both bonus instruments are included at no additional cost. This is instrumentation. This is research. This is Ghost Hunter Apps.