Systems Software Engineer (C++)

The Opportunity

Our current software consists of a collection of research prototypes, libraries, SDKs, and hardware interfaces that have successfully demonstrated the core technology. As we transition toward commercial products, you'll help transform these components into a cohesive, maintainable, and scalable software platform. You'll work across multiple layers of the software stack, integrating camera systems, graphics libraries, AI modules, networking, middleware, and hardware acceleration into production-quality applications.

What You'll Do

• Refactor research prototypes into clean, modular, production-quality C++ software.
• Improve maintainability, reliability, scalability, and code quality.
• Design and implement middleware, SDKs, and supporting infrastructure.
• Integrate graphics, AI, computer vision, networking, and hardware interfaces into unified applications.
• Build reusable APIs that simplify integration across the software stack.
• Work with camera SDKs, graphics APIs, AI inference engines, codecs, and communication frameworks.
• Debug complex interactions across software components.

Required Qualifications

• Strong programming skills in modern C++.
• Experience building medium-to-large software systems.
• Experience integrating multiple software components into complete applications.
• Experience using Visual Studio, CMake, and modern software development workflows.
• Strong debugging and problem-solving skills.
• Ability to understand and improve existing codebases.

Preferred Qualifications

• Computer graphics, computer vision, and video processing or codecs.
• Networking or communication systems.
• Experience with OpenCV, OpenVINO, Intel VPL, or SYCL / DPC++.
• DirectX, Vulkan, or OpenGL.

Why V3DEO?

You'll work directly with the team that invented the underlying technology and help transform advanced research into production-ready software. Rather than maintaining legacy systems, you'll help build the core software platform that integrates graphics, AI, computer vision, and high-performance computing into the next generation of immersive communication products.