XPHERA provides precision spatial positioning and digital twin technology as an alternative to GPS in complex indoor and outdoor environments. The platform delivers spatial intelligence to sectors including airports, logistics, and emergency services. This technology enhances navigation, accessibility, and user engagement through augmented reality overlays.
Funding
Funding not disclosed
Founders
Product
Problem
Navigating large, complex spaces such as airports, museums, and downtown areas can be challenging and disorienting for visitors. Traditional navigation systems often lack the precision and real-time information needed to provide a seamless and intuitive experience, especially indoors. This can lead to frustration, wasted time, and a diminished sense of autonomy for individuals exploring unfamiliar environments.
Solution
XPHERA offers an augmented reality (AR) mobile platform that enhances navigation and exploration within complex environments. By overlaying relevant information and wayfinding cues onto a user's real-world view, XPHERA empowers individuals to navigate with confidence and discover points of interest. The platform leverages a proprietary Visual Positioning System (VPS) that combines high-precision laser scanning, computer vision, and machine learning to provide accurate indoor and outdoor positioning, overcoming the limitations of GPS. XPHERA enables facilities to offer immersive, interactive experiences that deepen visitor engagement and understanding of their surroundings.
Target Audience
XPHERA primarily serves venues such as museums, international airports, and arboretums, as well as municipalities seeking to improve navigation in downtown corridors.
Features
- Augmented reality overlays that provide real-time directions and information
- Visual Positioning System (VPS) for accurate indoor and outdoor navigation, independent of GPS
- High-precision laser scanning to capture detailed spatial data
- Computer vision algorithms for real-time image and video processing
- Machine learning models for object detection, scene understanding, and motion tracking
- Integration with facility databases to provide curated tours and personalized experiences
- Accessibility features to enhance inclusivity for users of all abilities