The Lunar Light: Discovery

In collaboration with Back To Space, Devhouse conceptualized, engineered, and deployed a location-based virtual-reality experience that simulates an authentic lunar mission. The installation was designed to transform a physical venue into a shared journey beyond Earth, allowing groups to participate in the same experience together. It combined immersive storytelling, spatial design, and real-time technology to make the scale and wonder of a lunar mission feel immediate.

Develop a networked VR experience simulating a lunar mission, achieving high visual fidelity and real-time networking for 10 users. Every participant needed to remain synchronized while moving through a shared physical and virtual environment, with enough visual detail to sustain a convincing sense of place. The experience also had to remain understandable and engaging for visitors with different levels of familiarity with virtual reality.

The shared virtual environment needed to align with a physical venue while meeting the client's timeline and budget and supporting up to 10 simultaneous visitors. Virtual architecture, tracked movement, hardware placement, networking, and guest flow all had to work within the dimensions and operating realities of the installation. Changes to the physical plan could affect the software experience directly, making early spatial validation essential.

The team used Unreal Engine, supporting tools, and plug-ins to build custom solutions for the experience. A to-scale analog of the venue helped map the virtual experience accurately to the physical site. By testing the relationship between real and virtual space throughout development, the team could identify movement, visibility, and alignment issues early while refining the networked experience for groups of simultaneous visitors.

The experience was developed and deployed against the client's venue schedule, linking software milestones to the realities of a physical installation. Concept development, spatial planning, networked prototyping, content production, and on-site validation had to progress in a coordinated sequence. Maintaining that connection helped the team arrive at deployment with both the virtual experience and its real-world setting working as one system.

Modeling the physical venue alongside the virtual experience made spatial constraints testable early and guided custom technical solutions. Treating the installation and software as one product gave the team a clearer way to evaluate movement, networking, guest flow, and environmental scale. The project demonstrated that location-based VR benefits from validating real-world assumptions continuously rather than waiting until final on-site deployment.