Repli5 develops a synthetic data generation platform that trains computer vision models using generative AI to produce augmented camera data, resolution task maps, and realistic textures. The platform enables automotive, robotics, and defense sectors to improve perception systems while reducing reliance on large real-world datasets and lowering training costs, thereby accelerating the development of autonomous vehicles.
Repli5 develops a synthetic data generation platform that trains computer vision models using generative AI to produce augmented camera data, resolution task maps, and realistic textures. The platform enables automotive, robotics, and defense sectors to improve perception systems while reducing reliance on large real-world datasets and lowering training costs, thereby accelerating the development of autonomous vehicles.
Repli5 develops a synthetic data generation platform that trains computer vision models using generative AI to produce augmented camera data, resolution task maps, and realistic textures. The platform enables automotive, robotics, and defense sectors to improve perception systems while reducing reliance on large real-world datasets and lowering training costs, thereby accelerating the development of autonomous vehicles.
Compular specializes in the development of advanced analytic tools for high-tech materials. The company focuses on providing simulation and analysis capabilities that predict material properties based on intuitive design principles. Their tools deliver actionable insights into the properties of materials and liquids, facilitating the screening of candidate formulations and predicting parameters for continuum scale simulations. By employing finely tuned molecular dynamics and density functional theory, Compular enhances mechanistic understanding of material functions. Their applications span various industries, including batteries, fuel cells, metals and alloys, pharmaceuticals, electronics, and chemicals, ultimately enabling clients to adopt a predictive approach in their R&D processes and improve the success rate of laboratory trials.
Compular
Pre Seed Round in 2022
Compular specializes in the development of advanced analytic tools for high-tech materials. The company focuses on providing simulation and analysis capabilities that predict material properties based on intuitive design principles. Their tools deliver actionable insights into the properties of materials and liquids, facilitating the screening of candidate formulations and predicting parameters for continuum scale simulations. By employing finely tuned molecular dynamics and density functional theory, Compular enhances mechanistic understanding of material functions. Their applications span various industries, including batteries, fuel cells, metals and alloys, pharmaceuticals, electronics, and chemicals, ultimately enabling clients to adopt a predictive approach in their R&D processes and improve the success rate of laboratory trials.
Compular specializes in the development of advanced analytic tools for high-tech materials. The company focuses on providing simulation and analysis capabilities that predict material properties based on intuitive design principles. Their tools deliver actionable insights into the properties of materials and liquids, facilitating the screening of candidate formulations and predicting parameters for continuum scale simulations. By employing finely tuned molecular dynamics and density functional theory, Compular enhances mechanistic understanding of material functions. Their applications span various industries, including batteries, fuel cells, metals and alloys, pharmaceuticals, electronics, and chemicals, ultimately enabling clients to adopt a predictive approach in their R&D processes and improve the success rate of laboratory trials.
Compular
Pre Seed Round in 2020
Compular specializes in the development of advanced analytic tools for high-tech materials. The company focuses on providing simulation and analysis capabilities that predict material properties based on intuitive design principles. Their tools deliver actionable insights into the properties of materials and liquids, facilitating the screening of candidate formulations and predicting parameters for continuum scale simulations. By employing finely tuned molecular dynamics and density functional theory, Compular enhances mechanistic understanding of material functions. Their applications span various industries, including batteries, fuel cells, metals and alloys, pharmaceuticals, electronics, and chemicals, ultimately enabling clients to adopt a predictive approach in their R&D processes and improve the success rate of laboratory trials.