The app offers a user-friendly design with customizable alarm features. Users can configure light buildup times, choose from various alarm sounds, and personalize the clock display.
Measure levels using iPhone camera to calculate luminosity in Lux. Track exposure during waking hours and before bed. Help optimize sleep quality by monitoring ambient conditions.
Control multiple LED lights from brands like Philips Hue, Yeelight, and LIFX through Bluetooth. Adjust brightness, color, and schedules. Create scenes and automate lighting based on time or motion. Sync devices for unified management.
Control LED lamp colors and brightness levels remotely. Adjust hues and intensities to set specific lighting scenes. Save custom color combinations and apply them with a single tap. Sync with smart home systems for integrated lighting control.
Turns device into a customizable with adjustable brightness and chosen colors. Displays falling stars and moons animation. Plays relaxing sounds while active. Includes a timer to auto-lock device. Requires subscription for full features.
Adjust brightness and change colors for connected LED devices. Set dynamic lighting modes and schedule lighting effects. Control multiple devices simultaneously and adjust settings in real-time.
Enhance low- photos with real-time amplification. Adjust between amplification and exposure modes. Capture details in twilight with up to one-second exposure. View enhanced images instantly without additional hardware.
Control centre and lock screen widgets allow quick access to . Adjust brightness and color via a customizable color picker. Use as a reading or mood night . Instant on/off with brightest mode. Supports iOS 18 and iOS 17 widgets.
Detects and removes duplicate photos, blurred images, and low-quality screenshots using machine learning. Automatically frees up storage by deleting unwanted files. Cleans camera roll without manual selection.
For photographers without a built-in . Take readings from camera preview. Adjust measurement area by zooming. Switch between multiple rear cameras. Tap points of interest for precise exposure settings.
Measure spectrum to determine dominant in nanometers, frequency in terahertz, and period length in femtoseconds. Analyze sources to identify primary color wavelengths and associated properties.