As visual effects and animation production increasingly rely on high-fidelity rendering, long processing times can cause significant delays. Working with Nulight studios, QuasiScience developed a cloud-based system to accelerate rendering tasks, which gives smaller studios access to high-performance rendering without significant infrastructure investments.

Hidden Costs of Visual Effects

Rendering high-quality visual effects for film and animation requires a lot of computing power. For studios without extensive hardware, this creates bottlenecks that delay production.

Our client, Nulight studios, was developing a VFX plugin, which meant they needed to render large sequences to test and compare various options for the tool efficiently. But, using traditional rendering technology, this was prohibitively slow and costly.

Alternative Approach

QuasiScience decided to accelerate the testing process by moving rendering to the cloud. This solution meant:

• Accessibility: Pay-per-use cloud-based solutions can enable high-performance rendering capabilities without significant upfront investment in infrastructure.
• Scalability: Cloud-based resources are used only when they are needed, and can be scaled up and down rapidly.
• Computing power: Just like a traditional, hardware-based HPC, cloud-based rendering can perform tasks in parallel, enabling high-throughput processing.
• Rapid model validation: Nulight Studios was able to complete their first AI-based VFX plugin in only 3 months - a process that could otherwise have taken months more.

This system provided the client with not only affordable power, but also speed and flexibility, making it possible for a relatively small studio to produce a truly innovative VFX product.

Open Access Beta

We are currently working on a ready-to-use beta model of our cloud rendering infrastructure to provide studios of all sizes with scalable, high-throughput rendering capabilities. Reach out to our team via our contact page to learn more about how we can help accelerate your visual effects production.