Rendered.ai

Rendered.ai is a platform-as-a-service (PaaS) company focused on synthetic data generation for artificial intelligence (AI) and machine learning (ML) in the computer vision domain. Many customers face significant challenges when acquiring and using real-world data to train AI systems, including high costs, data scarcity, biases, and privacy concerns. Relying on collected data alone can be risky and expensive, and real data is often unavailable for new sensors or specific scenarios. Rendered.ai addresses these challenges by enabling data scientists, computer vision engineers, and developers to create and deploy unlimited, customized synthetic datasets. This empowers them to overcome data scarcity, reduce bias, and enhance the performance and generalization of their AI models.

The Rendered.ai platform provides a comprehensive solution for synthetic data, including a developer environment, content management, scenario building, compute orchestration, and post-processing tools. It allows users to connect simulation technology with data generation, supporting an iterative workflow that encompasses simulation tools, compute management, and domain-specific content. Customers can create applications, known as channels, that incorporate simulated sensors, sensor platforms, and target content using advanced 3D modeling technology. The platform is designed to be extensible to various simulation types, fostering partnerships with companies possessing deep expertise in specific domains, including physics-based simulations. This approach helps users generate physically accurate synthetic visual datasets for AI workflows and training across diverse industries such as defense and intelligence, earth observation, transportation, insurance, manufacturing, logistics, agriculture, and healthcare. By offering a subscription-based model, Rendered.ai allows users to try, iterate, and integrate synthetic data into their workflows efficiently, ultimately fostering an AI community that contributes to a fairer and more sustainable future.