LunaOps

Why I Built It

Current lunar missions rely on commands sent from Earth, which introduces communication delays. As future lunar navigation and communication networks become possible, I wanted to explore how rover operations could become more autonomous. LunaOps is my way of simulating that future in a realistic virtual environment.

What Makes It Different

Rather than building a simple rover simulator, I focused on the complete mission workflow. The simulation combines real terrain datasets, autonomous navigation, mission objectives, and a backend that processes telemetry and commands to mimic how a real rover system could operate.

Challenges

• Creating realistic lunar terrain from publicly available datasets
• Designing autonomous navigation and mission execution logic
• Keeping the 3D simulation smooth while updating rover telemetry
• Building a backend that mimics real rover communication
• Structuring the project into reusable simulation modules
• Balancing realism with performance inside the browser

Lessons Learned

• Good simulations start with understanding the real-world problem
• Separating simulation, rendering, and data makes systems easier to extend
• Visual feedback is just as valuable as logs while debugging
• Modular architecture makes experimenting much easier
• Building realistic systems means balancing accuracy with simplicity