One breakthrough in graphics was designing a pipeline that avoids the triangle rasterization hardware in GPUs, allowing for better results through pixel shader calculations and ray tracing.

We decided to make our graphics processors programmable to allow for artistic expression, which transformed the industry.

We're witnessing a fundamental transition in computing, moving from general-purpose computing to generative neural network processing, which opens up unthinkable applications.

The transition to programmable shaders was risky and nearly broke the company, but it ultimately led to significant advancements in gaming technology.

The introduction of GPUs changed the landscape of game development, but much of Unreal Engine's early development focused on software rendering before real GPUs became available.

In 1993, we believed that the PC would evolve to run 3D graphics programs, allowing users to explore new worlds and play games.

AI advancements are increasing GPU requirements, as the computational needs for inference are growing significantly.

The GPT architecture excels at efficiently absorbing and generalizing data, but as compute resources grow, data becomes the bottleneck, necessitating algorithmic innovations to learn more from the same amount of data.

AGI will enable computers to run simulations and experiments much faster than humans, drastically reducing the time needed for complex tasks.