Bifrost AI - Simulation & Eval Infra for Physical AI

# Bifrost AI - Synthetic Datasets for Physical AI Systems Generate synthetic datasets to train, test, and validate AI for perception, computer vision, and robotics in maritime, aerial, off-road, industrial, and space domains. Accelerate AI development for physical systems with high-fidelity 3D simulations, eliminating reliance on real-world data. ## Overview ### [BIFROST](https://www.bifrost.ai/): Bifrost delivers synthetic datasets for training and validating perception and computer vision models in physical AI systems, enabling rapid deployment in mission-critical applications across maritime, aerial, off-road, industrial, and space environments. ### [About Us](https://www.bifrost.ai/about): Discover Bifrost AI’s mission to transform AI training for physical systems with synthetic data generation, backed by a team of experts in 3D simulation and AI development. ### [Careers](https://jobs.ashbyhq.com/Bifrost): Join Bifrost AI to build cutting-edge synthetic dataset generation tools for AI and robotics in high-stakes domains. ### [Book a Trial](https://www.bifrost.ai/contact): Experience Bifrost’s synthetic dataset generation for training and validating AI models in physical systems. ##Mission-Critical Applications Bifrost’s synthetic datasets empower AI to train, test, and validate perception and computer vision models for physical systems in the following domains: ### [Maritime](https://www.bifrost.ai/maritime): Train, test, and validate AI with synthetic datasets for maritime applications, including unmanned surface vehicle (USV) perception, obstacle detection, and whale detection. Enhance maritime AI with datasets for ship classification, buoy detection, and semantic segmentation. Key Datasets: Synthetic dataset for maritime applications, USV-oriented object detection, maritime obstacle detection dataset, simulated underwater imagery for whale detection. ### [Geospatial](https://www.bifrost.ai/geospatial) Develop geospatial