We are building XenevaOS because we’re tired of seeing XR hardware held back by mobile-first operating systems. Android is great for phones, but the overhead and the non-deterministic nature of any other scheduler make it a struggle for low-latency spatial computing.
Our custom kernel, Aurora, is built to handle real-time priority based interrupt handling, minimal IPC overhead & focuses on minimizing abstraction layers to achieve low latency and optimization.
We are building XenevaOS because we’re tired of seeing XR hardware held back by mobile-first operating systems. Android is great for phones, but the overhead and the non-deterministic nature of any other scheduler make it a struggle for low-latency spatial computing.
Our custom kernel, Aurora, is built to handle real-time priority based interrupt handling, minimal IPC overhead & focuses on minimizing abstraction layers to achieve low latency and optimization.
Codebase is open for feedback here: https://github.com/manaskamal/XenevaOS
We're a small team and we’d love to hear from people who have worked on custom kernels or XR display stacks. What are we missing?
The attached link is for our waitlist, you can check the codebase here : https://github.com/manaskamal/XenevaOS