Nawmi vs DarkSight App

A premium alarm clock that actually respects you. No paywall on the basics. No data collection. No ads. No account required. Nawmi gives you a complete, thoughtfully designed alarm experience for free: - Soothing built-in sounds designed for gentle wake-ups - Record your own alarm sounds - Spoken text alarms — wake up to words that matter, or use it as a way to schedule spoken reminders instantly - Per-alarm volume control - Clear countdown to your next alarm - Simple, intuitive alarm editing - Wake Up alarms that pair bedtime and wake time together For those with a compatible smart home setup, Nawmi can gradually brighten your lights before your alarm sound begins — a natural way to ease into the morning. Sunset dimming is also available to help you wind down at night. Nawmi is private by design. Everything stays on your device. We don't sell your data, we don't track you, and we don't operate servers to collect it. Every core alarm feature is free to use. Light automation is available separately for compatible setups.

DarkSight helps you understand nearby space in low light with a simple spatial night view. Using ARKit and LiDAR on supported devices, DarkSight draws a clean real-time mesh over nearby surfaces, walls, floors, furniture, and detected planes so you can quickly read the shape of the space around you. A large distance readout and short calm status keep the interface focused and easy to understand. Features: • Real-time LiDAR mesh view • Distance awareness for nearby surfaces • Clean low-light spatial interface • Adjustable mesh colors • Moving-object dot overlay on iPhone and iPad • Flashlight control on supported devices • Reality view capture • Surface detection for walls, floors, tables, doors, windows, and more • visionOS immersive spatial scanning with a compact control window • Subtle haptics for nearby objects DarkSight is designed to feel quiet, minimal, and native across iPhone, iPad, and Apple Vision Pro. DarkSight is not a safety or navigation device. Details may differ depending on lighting, device capability, and available spatial sensing.