Key Features

Decentralized GPU Network

Pictor is a decentralized GPU network that transforms idle GPU computing power into globally distributed rendering resources. Pictor opens up opportunities for individuals and organizations worldwide to contribute their unused GPUs to the network, regardless of technical expertise. By harnessing these idle resources, Pictor creates an internet of GPUs that anyone can access as needed.

This decentralized system bridges the gap between creators and businesses in need of additional GPU power for tasks such as 3D rendering and AI upscaling with those with surplus resources. The result is a highly efficient, scalable platform that offers creators affordable solutions while enabling GPU providers to earn income from their underutilized hardware.

Decentralized GPU Render Farm and Aggregator for 3D Rendering

Pictor revolutionizes 3D rendering with a dual-powered solution: a decentralized GPU render farm and an innovative aggregator model.

By leveraging underutilized GPU power from across the globe, Pictor creates a scalable, distributed network capable of handling rendering jobs of any size with unmatched speed, efficiency, and cost-effectiveness.

In addition, Pictor’s aggregator model seamlessly integrates top render farms into the ecosystem. This unique combination offers the flexibility and affordability of decentralization alongside the reliability and expertise of render farm providers, offering creators unparalleled rendering solutions.

Based on the Sui Blockchain

Pictor leverages the Sui blockchain to enhance efficiency, transparency, and security within its decentralized GPU rendering network. Sui’s high performance and scalability enable seamless transaction processing. Key stages of the rendering workflow, such as job submissions, processing, and completion statuses, are transparently recorded on-chain, ensuring accountability throughout the process.

With Sui's smart contract capabilities, essential functions like job allocation, proof verification, and payment distribution are fully automated, minimizing manual intervention. Immutable on-chain records, including rendering proofs and worker reviews, help build trust and reliability among participants. Additionally, Pictor’s integration of Sui powers its Proof-of-Work system, which verifies completed jobs against quality standards before issuing rewards to workers. This process ensures fairness and reinforces confidence in the ecosystem.

Decentralized Storage Integration with Walrus

Pictor integrates Walrus’s decentralized storage network to ensure secure, censorship-resistant, and cost-effective data management for 3D rendering and AI training workloads. While Pictor’s decentralized GPU providers handle computing tasks, input data (3D models, AI datasets) and output files must be stored reliably and accessed frequently. Traditional cloud storage solutions like AWS impose high retrieval fees and centralized control, making them unsuitable for Pictor’s decentralized infrastructure.

By leveraging Walrus, Pictor ensures that storage remains fully decentralized, eliminating vendor lock-in and reducing operational costs. This integration not only enhances efficiency but also strengthens the DePIN economy by aligning decentralized compute with decentralized storage, unlocking new possibilities for 3D rendering, AI, Web3 gaming, and metaverse applications.

Accessibility, Affordability, and Flexibility

Pictor makes high-quality rendering accessible to creators everywhere, whether they are individual artists or part of a small studio. With no need for costly hardware investments, creators can access a global network of GPUs at an affordable price.

With the decentralized GPU network and innovative aggregator model, Pictor offers unmatched flexibility. Creators can select the best resources, either from decentralized contributors or trusted render farms. This enables creators to handle any workload, from simple designs to complex, resource-intensive projects, without delays or limitations.

Monetization Optimization

Pictor enables GPU providers to earn from their idle GPUs by contributing them to the network. Providers can effortlessly earn revenue by contributing their unused hardware, turning what was once wasted capacity into valuable resources for rendering projects. This system ensures GPU providers benefit from consistent returns while supporting the platform's growing demand for computing power.