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XenevaOS - Powered by Aurora Kernel

Modern
Computing
Reimagined.

XenevaOS is an XR Native Operating System built on top of its own Custom Kernel written from scratch. Specialized for XR(AR/VR) devices.

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Advanced Spatial Environment

Low Latency Spatial Computing Environment with sub-10ms response targets.

Aurora Kernel Architecture

Custom-built Kernel from the ground up to eliminate layers and increase efficiency.

System Profiling

Aurora Kernel Benchmarks

Performance metrics of the Aurora Hybrid Kernel. The primary objective is to minimize the
"OS Noise Floor" to provide a high-determinism foundation for Extended Reality (XR) applications.

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Boot-Up Time
<1 Second

Average boot-up time measured at 130,897,369 CPU Cycles. Kernel loads driver modules, links them, starts modules, and loads all files from disk.

App Load Time
~10ms

Kernel level application load time are projected to be below 10ms (AuLoadExecToProcess).

Interrupt Latency
Zero Latency

GPU or Network Interrupt handling latency figures are new zero as per recent tests.

Core Features

Custom-Built Kernel

Our kernel is designed specifically for XR computing, enabling efficient resource management and real-time performance for immersive experiences.

Gesture Control

Advanced spatial UI with intuitive gesture recognition allows users to navigate and interact with digital content naturally.

Mult-Architecture Support

XenevaOS supports multiple architectures -
ARM64, RISC-V & x86_64

Holographic Interfaces

Native support for rendering true 3D holographic UI elements that can be positioned, scaled, and interacted with in physical space.

Spatial Mapping

Real-time environment understanding with dynamic spatial mapping allows digital content to interact meaningfully with physical surroundings.

Low Latency

We're targeting single-digit (<10ms) response times. Our entire Kernel architecture was meticulously designed to build a strictly 'lag-free' experience.

Development
Roadmap

Strategic milestones for the XenevaOS platform and ecosystem throughout 2026.

Q1 2026

Bare-Metal Support

  • ▪ Core OS architecture finalized
  • ▪ Support on Bare-Metal ARM SoC
  • ▪ Benchmarks Release
  • ▪ Security Frameworks
Q2 2026

Public Beta Release

  • ▪ XenevaOS opens to developers
  • ▪ User-Space optimization
  • ▪ Initial XR UI framework completed
  • ▪ Community-driven testing
Q3 2026

Real Device Support

  • ▪ To support real XR Devices (Glasses/Headsets)
  • ▪ Consumer Ready UI
  • ▪ Machine learning integration
  • ▪ Real-time optimizations
Q4 2026

XenevaOS v1.0 Release

  • ▪ Partner hardware program
  • ▪ App marketplace & compatibility layers launch
  • ▪ Specialized enterprise solutions
  • ▪ Developer SDK released
Partnerships Open Horizon Robotics Logo

We are collaborating and partnering up with Open Horizon Robotics to launch into the field of robotics. This partnership will leverage Team OHR's hardware expertise and our Custom Kernel to create the next generation of robotic devices.

Funds Zerodha Logo

We’re grateful to be financially supported by Zerodha for the development of our MVP/Prototype. We would like to specifically Dr. Kailash Nadh and the Tech Zerodha team for this support.

Developer Terminal

Click on the button below to reach our notion page which has organized documentation and other technical info:

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Contact Us

We’re open to propositions! If you’re a developer, engineer, business, VC or investor, reach out to us at:

hi@getxeneva.com

Frequently Asked Questions

What is XenevaOS?
XenevaOS is an open source operating system built from the ground up with its own kernel, allowing us to aim and attain most optimal performance on target hardware. Unlike traditional operating systems, XenevaOS is specifically designed for next-generation computing experiences, with a focus on XR(AR/VR) devices while also being adaptable for desktop computing, defense, healthcare, and robotics applications.
How does XenevaOS work?
XenevaOS works through a layered architecture with our custom kernel at its foundation. The system aims to process environmental and user data through device sensors, then uses this information to dynamically adjust the user interface and system behavior. All processing happens on-device with strict privacy controls, ensuring your data remains secure.
Who is XenevaOS for?
XenevaOS serves multiple audiences. It's designed for hardware manufacturers developing AR/VR/XR devices, and for organizations in specialized sectors like defense, healthcare, and robotics. Ultimately, XenevaOS benefits end-users who want more intuitive, responsive computing experiences that adapt to their needs and requirements.
Can XenevaOS be customized for different industries?
Absolutely. XenevaOS was designed with customization as a core principle. Our modular architecture allows us to tailor the system for specific industry requirements while maintaining the core functionality. This flexibility is a key differentiator of our platform and central to our business model.
Is XenevaOS open source?
Yes! XenevaOS is an open-source project, meaning developers worldwide can contribute, modify, and build upon its core technology. Our open-source approach accelerates innovation, fosters community collaboration, and ensures the platform evolves to meet real-world needs across industries.
When will XenevaOS be available?
According to our roadmap, the first prototype release is scheduled for Q2 2026, with the public beta planned for Q2 2026. Full public release with ecosystem support is planned for Q4 2026. Join our community to stay updated.