What You’ll Work On

• GPU command capture, serialization, and replay systems
• Cross-platform rendering infrastructure
• Graphics API translation layers (OpenGL ES, Vulkan, WebGL/WebGPU)
• Browser-native rendering pipelines
• GPU/CPU performance optimization and frame pacing
• Runtime orchestration and graphics middleware systems
• Low-latency remote rendering and streaming architectures
• Browser GPU execution constraints and optimization
• Cross-platform graphics compatibility and portabiliity

Ideal Background

We are interested in engineers who have experience in one or more of the following areas:

• Graphics/rendering infrastructure
• GPU drivers or graphics middleware
• Browser rendering/runtime systems
• Command buffering and graphics API interception
• Cross-platform rendering engines
• Remote rendering or cloud gaming platforms
• Graphics debugging/profiling tools
• Runtime/platform systems engineering
• Low-level Linux or graphics stack development
• Strong Technical Signals
• Vulkan, OpenGL/OpenGL ES, WebGL/WebGPU, DirectX, Metal
• GPU command buffers and rendering pipelines
• Graphics API translation layers
• WebAssembly (WASM) / Emscripten
• Linux kernel, MESA, DRM/i915
• GPU profiling and optimization tools (RenderDoc, Nsight, PIX, GPUView, Tracy)
• Multithreaded rendering systems
• Low-latency rendering optimization
• GPU virtualization or runtime isolation
• Cross-platform graphics portability

Nice-to-Have Experience

• Browser engines or graphics runtimes
• Cloud gaming or remote rendering
• Android graphics stack
• GPU virtualization (SR-IOV, VFIO, passthrough)
• AR/VR rendering systems
• Graphics security or sandboxing
• Shader translation or transpilers