Spatial Delivery provides a Mixed Reality platform that enables immersive 3D spatial design and real-time collaboration for retail environments. By integrating spatially contextual data and simplifying layout adjustments, the platform reduces the time and cost associated with traditional physical mock-ups and enhances design decision-making.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional retail space design relies on physical mock-ups and CAD designs, which are costly, time-consuming, and struggle to accurately convey the sense of scale and real-world interaction. Collaboration among stakeholders is often difficult due to geographical distances and the limitations of remote work.
Solution
Spatial Delivery offers a Mixed Reality platform that enables immersive 3D spatial design and real-time collaboration for retail environments using devices like the Apple Vision Pro. The platform allows users to experience designs at human scale, improving communication and shared understanding while reducing the need for expensive physical mock-ups. Users can easily adjust digital designs with intuitive hand gestures, and integrate critical analytic data into virtual layouts to gain timely insights. The platform supports remote collaboration, allowing stakeholders to create, ideate, and review designs in real-time from anywhere.
Target Audience
The primary users are retail space designers, visual merchandisers, and retail operations teams seeking to optimize customer experience, operational efficiency, and business impact.
Features
- Immersive 3D spatial design using Mixed Reality on devices like Apple Vision Pro.
- Intuitive user interface with simple hand gestures for effortless layout adjustments.
- Real-time, remote collaboration, enabling stakeholders to participate in the design process from anywhere.
- Integration of spatially contextual data, visualized as labels, graphs, or heat maps, for timely insights.
- Easy import of CAD files for stores and products.
- Option to scan physical spaces and products to recreate them in digital space.