Most successful companies are founded with the purpose of solving a common problem that they have identified within society. Jensen Huang, partnering with Curtis Priem and Chris Malachowsky, saw flaws in computers in the early 1990’s. With the era of modern technology in its prime, computing hardware was at the top of the trio's minds. Specifically, Huang, Priem, and Malachowsky aimed to transform the gaming and multimedia markets by introducing 3D graphics. By revolutionizing the graphics standard in contemporary games, Huang had a vision of improving user experience, and more importantly, aimed to create the next generation of video games. In their research, Huang and his partners found that computer games solely functioned off of a computer’s central processing unit (CPU), which ultimately limited its performance and thus the player experience. In 1999, NVIDIA came up with their invention of the GeForce 256, a graphics processing unit (GPU) that was groundbreaking in many fields.

The GPU – also with the later introduction of CUDA in 2006 – accelerated the rendering of 3D graphics, making the experience of users more lifelike and immersive. It allowed for texture mapping, lighting, and shading to a much more sophisticated extent. The GPU also allowed for parallel processing, improving computer performance in video rendering and scientific simulations. This allows for managing mass amounts of data simultaneously while maintaining high performance. The GPU also allowed for the growth of artificial intelligence and machine learning, as it expedited neural network training. Other fields that the GPU had a tremendous impact on were artificial reality and virtual reality, autonomous vehicles, and cloud computing.

Even with all the improvements that the first GPU with CUDA has brought to the table, Huang did not stop at the start of his innovations. In 2018, NVIDIA introduced the RTX: the first GPU capable of real-time ray tracing, an improvement which improved the overall graphics' realism. The RTX has evolved technology to be more realistic by enabling accurate modeling of the behavior of real-world objects, making experiences truly lifelike and enjoyable. Previous to this, there was the NVIDIA Quadro P6000 GPU. The Quadro P6000 GPU was used by Walt Disney Imagineering for their recent project on the development of their parks’ expansion with Star Wars: Galaxy’s Edge, using it in their Millennium Falcon: Smugglers Run attraction. In this attraction, you are put in a simulation where you are piloting Han Solo’s Millennium Falcon, gunning down TIE Fighters, and repairing the ship all in real-time with other riders. This real-time rendering has revolutionized the entertainment industry, as Universal theme parks also have implemented this technology in multiple of their simulation attractions.

Currently, one of their latest innovations, the NVIDIA NIM, has played a crucial role in the development of humanoid robots. NVIDIA started projects and simulations for robots to simulate human motion in real-time, simultaneously with the user. Jenson Huang has never stopped innovating and demonstrated his continuous creativity, as they are continuing to produce new products and come up with brand new ideas.