Contact person: Business Client

Phone:Show

Email:Show

Location: Patna, India

Budget: Recommended by industry experts

Time to start: As soon as possible

Project description:
"I’m ready to push our existing Unity-based VR glasses prototype to the next level and would like you to pick up where we left off. The core goal this round is to move all real-time image processing into Unity itself and make the headset accept more camera sources without sacrificing latency or stability.

Here’s what I need done:

• Re-implement every current Python filter inside Unity using OpenCV for Unity. Once the filters are fully migrated, all processing should run natively in the engine to minimize hand-offs and boost frame rates.
• Extend the live video pipeline so the app can ingest streams from WiFi cameras and mobile phone cameras right away, with a clean pathway laid out for USB cameras in a future drop.
• Profile and optimize overall VR performance—rendering, tracking, and processing—so the visual pipeline stays smooth inside the headset, even when multiple filters are active.
• Replace the legacy UI input code with Unity’s new Input System, ensuring menus, gaze pointers, and controller mappings feel natural in VR.
• Tighten up connection handling, buffering, and decoding so end-to-end video delay remains as low as possible over WiFi.

I’ll consider the update complete when the Unity build runs stable for at least one hour of continuous streaming, all migrated filters produce identical output to their original Python versions, and the UI responds instantly to controller or gaze actions.

All source, prefabs, scripts, and a brief README outlining new dependencies and setup steps should be returned in the final delivery." (client-provided description)