We’d built a powerful interface for PC to provide the user with access to a vast array of editable properties, tools, and settings that players can use to tinker with the virtual universes they create. While we were excited, we knew that there were challenges ahead of us.

The possibilities afforded by Magic Leap 1’s spatial computing technology allowed us to touch the stars without leaving home. We believe that learning through experience can be both powerful and memorable, so when we saw a chance to take outer space, normally so distant and inaccessible, and bring it to life in people’s rooms, we jumped at the opportunity. Since the beginning, interactivity and a playful sense of curiosity have been core to Universe Sandbox. If you’re a developer looking to get started with Magic Leap, consider applying to our Access Hardware program here. We knew we had an amazing experience to share and that spatial computing was well suited to the style of play we had to offer. Some of our developers headed to California for a bootcamp to learn about the technology and design best practices. In April 2019, we were honored to be one of thirty teams chosen for Magic Leap's Independent Creator Program. Here’s their story of building with Magic Leap. We spent some time chatting with Giant Army about how they adapted Universe Sandbox for spatial computing and Magic Leap 1.

Balancing realism with powerful interaction, players can create and destroy on an unimaginable scale, all while exploring the beauty of our universe and the fragility of our planet. But while other astronomy apps only provide a look-but-don't-touch view of the sky, Universe Sandbox gives you control over every part of the simulation, from the smallest asteroid to the largest black hole.

Originally created for PC, Universe Sandbox simulates realistic gravity, climate, collision, and material interactions, allowing you to explore how the laws of physics shape solar systems and galaxies.

Universe sandbox 2 how to make life