Transform any world in realtime using temporally stable generative rendering.
Modern game development is dominated by photorealism, while unique stylized rendering pipelines remain expensive, handcrafted, and difficult to scale.
Traditional neural style transfer applied frame-by-frame creates severe, unplayable noise.
Objects shift and hallucinate shapes as the camera moves through the 3D environment.
Broken frame consistency destroying the illusion of a cohesive interactive world.
Neural-Ink solves these problems through an advanced realtime processing pipeline built directly into the render graph.
Neural-Ink V5 Output
RGB + Depth Capture
Massive parallel processing powered by ROCm & PyTorch for rapid model convergence.
High-precision weights aggressively quantized for edge-device bandwidth requirements.
Deep native integration with Unity RenderGraph & GPU compute shaders.
Designed for real gaming hardware, Neural-Ink delivers blazing fast inference latency directly on the edge.
Live gameplay tests on hardware comparable to AMD Radeon RX 6600M-class mobile GPUs.
Neural-Ink wasn't just built to memorize a single scene. Although trained primarily on Viking Village sequences, the V5 architecture successfully generalizes to entirely new environments.
Demonstrated stability in fast-paced FPS gameplay scenarios, adapting to unseen geometry and novel lighting conditions in realtime.
Create entirely new aesthetic paradigms without hand-authoring countless complex shaders.
Immerse users in living, breathing stylized worlds with low-latency VR compatibility.
Dynamic music videos, live performances, and virtual productions.
Empower indie developers to achieve AAA-tier artistic direction instantly.
Neural-Ink V5 is built as a realtime Unity application. Because the project depends on complex GPU inference pipelines, RenderGraph integration, and interactive rendering systems, the full experience is provided as standalone executable builds.
Built for the future of pervasive generative graphics.