The problem ReScape 3D solves

Some of the key problems the team has identified:

Indoor/Outdoor Navigation Challenges:
Traditional navigation apps or maps can be difficult to use for navigating complex indoor environments like large buildings, malls, museums etc. Rescape's AR overlays could provide turn-by-turn guidance customized to the user's surroundings.

Enhancing Location Awareness:
By tying digital AR information to specific physical locations, Rescape could help users better understand and interact with their surroundings compared to just looking at a 2D map.

Engaging User Experiences:
Navigation using AR has the potential to be more interactive and engaging compared to following typical map directions. The AR overlays allow for gamification, interactive elements, and richer multimedia content.

Accessibility for the Vision Impaired:
AR navigation guidance that leverages the device camera and overlays could potentially provide an more intuitive way to navigate for users with visual impairments.

Indoor Mapping & Positioning:
Rescape's spatial mapping capabilities could help build better indoor maps and positioning data, which many navigation services currently struggle with.

New platform for creators:
Rescape's AR navigation capabilities creates thhe rails for a new platform that enables creators to share immersive, interactive experiences with their communities in engaging ways. Digital elements can be overlayed on physical locations and linked to rewards as mintable rewards and NFTs.

Challenges I ran into

As a team we encountered three major challenges that significantly impacted our development efforts:

1. Achieving Accurate Spatial Mapping without LiDAR:
   The lack of dedicated depth-sensing hardware like LiDAR on most mobile devices proved to be a significant hurdle. We had to go the extra mile to access LiDAR enables tablets to construct spatial maps of real-world environments.

Despite implementing algorithms the mapping accuracy often suffered in challenging conditions like low-light, texture-less surfaces, or dynamic scenes with moving objects.

2. Ensuring a Polished and Visually Compelling AR Experience:
   Creating an immersive and visually appealing augmented reality experience was crucial for Rescape's success. However, achieving a high level of graphical fidelity and seamless integration of virtual objects with the real environment was a daunting task.

Additionally, designing intuitive user interfaces and navigation elements for AR environments required extensive iterations and user testing. Factors like occlusion, depth perception, and user attention had to be carefully considered to ensure optimal visibility and usability of UI components.

3. Maintaining Cross-Platform Compatibility and Performance:
   Targeting multiple mobile operating systems and their respective AR frameworks was a significant challenge. We initially attempted to maintain separate codebases for iOS and Android, but quickly realized the inefficiency and maintenance overhead involved.

To streamline our development efforts, we transitioned to using Vuforia as our cross-platform engine. However, even with Unity, we encountered subtle differences in AR framework behavior, sensor data handling, and performance characteristics between platforms.

4. Integrating a seamless blockchain experience: Establishign seamless integration with Ethereum is currently on the roadmap andn the ideal sceanrio. hyperlinking to and external mint page is the current solution as we work towards full integration.