Best AI tools for< 3d Computer Vision Engineer >

Orbbec is a leading provider of 3D vision technology, offering a wide range of 3D cameras and sensors for various applications. With a focus on AI, optics, and advanced algorithms, Orbbec empowers developers and enterprises to create immersive experiences, precise measurements, and advanced visualizations. Their products include stereo vision cameras, ToF cameras, structured light cameras, camera computers, and lidar sensors, catering to industries such as manufacturing, healthcare, robotics, fitness, logistics, and retail.

Tangram Vision is a company that provides sensor calibration tools and infrastructure for robotics and autonomous vehicles. Their products include MetriCal, a high-speed bundle adjustment software for precise sensor calibration, and AutoCal, an on-device, real-time calibration health check and adjustment tool. Tangram Vision also offers a high-resolution depth sensor called HiFi, which combines high-resolution depth data with high-powered AI capabilities. The company's mission is to accelerate the development and deployment of autonomous systems by providing the tools and infrastructure needed to ensure the accuracy and reliability of sensors.

Lexset is an AI tool that provides synthetic data generation services for computer vision model training. It offers a no-code interface to create unlimited data with advanced camera controls and lighting options. Users can simulate AI-scale environments, composite objects into images, and create custom 3D scenarios. Lexset also provides access to GPU nodes, dedicated support, and feature development assistance. The tool aims to improve object detection accuracy and optimize generalization on high-quality synthetic data.

The Visual Computing & Artificial Intelligence Lab at TUM is a group of research enthusiasts advancing cutting-edge research at the intersection of computer vision, computer graphics, and artificial intelligence. Our research mission is to obtain highly-realistic digital replica of the real world, which include representations of detailed 3D geometries, surface textures, and material definitions of both static and dynamic scene environments. In our research, we heavily build on advances in modern machine learning, and develop novel methods that enable us to learn strong priors to fuel 3D reconstruction techniques. Ultimately, we aim to obtain holographic representations that are visually indistinguishable from the real world, ideally captured from a simple webcam or mobile phone. We believe this is a critical component in facilitating immersive augmented and virtual reality applications, and will have a substantial positive impact in modern digital societies.

SceneDreamer is an AI tool that learns to generate unbounded 3D scenes from in-the-wild 2D image collections. It synthesizes diverse landscapes with 3D consistency, well-defined depth, and free camera trajectory. The framework comprises an efficient 3D scene representation, generative scene parameterization, and a neural volumetric renderer. SceneDreamer does not require 3D annotations and demonstrates superiority over state-of-the-art methods in generating vivid and diverse unbounded 3D worlds.

OpenCV.ai is a leading provider of computer vision software and services. The company's team of experts has extensive experience in developing optimized large-scale computer vision solutions. OpenCV.ai's expertise is helping businesses grow in a variety of industries, including medicine, manufacturing, and retail. The company's solutions are used by startups and Fortune 500 companies alike.

Synthesis AI is a synthetic data platform that enables more capable and ethical computer vision AI. It provides on-demand labeled images and videos, photorealistic images, and 3D generative AI to help developers build better models faster. Synthesis AI's products include Synthesis Humans, which allows users to create detailed images and videos of digital humans with rich annotations; Synthesis Scenarios, which enables users to craft complex multi-human simulations across a variety of environments; and a range of applications for industries such as ID verification, automotive, avatar creation, virtual fashion, AI fitness, teleconferencing, visual effects, and security.

Enric Corona is a Research Scientist at Google Research, working on 3D Humans and Generative AI. His research is in areas of computer vision and machine learning, including modelling and reconstruction of 3D human bodies and hands.

Datagen is a platform that provides synthetic data for computer vision. Synthetic data is artificially generated data that can be used to train machine learning models. Datagen's data is generated using a variety of techniques, including 3D modeling, computer graphics, and machine learning. The company's data is used by a variety of industries, including automotive, security, smart office, fitness, cosmetics, and facial applications.

Bifrost AI is a data generation engine designed for AI and robotics applications. It enables users to train and validate AI models faster by generating physically accurate synthetic datasets in 3D simulations, eliminating the need for real-world data. The platform offers pixel-perfect labels, scenario metadata, and a simulated 3D world to enhance AI understanding. Bifrost AI empowers users to create new scenarios and datasets rapidly, stress test AI perception, and improve model performance. It is built for teams at every stage of AI development, offering features like automated labeling, class imbalance correction, and performance enhancement.

Rerun is an SDK, time-series database, and visualizer for temporal and multimodal data. It is used in fields like robotics, spatial computing, 2D/3D simulation, and finance to verify, debug, and explain data. Rerun allows users to log data like tensors, point clouds, and text to create streams, visualize and interact with live and recorded streams, build layouts, customize visualizations, and extend data and UI functionalities. The application provides a composable data model, dynamic schemas, and custom views for enhanced data visualization and analysis.

The Max Planck Institute for Informatics focuses on Visual Computing and Artificial Intelligence, conducting research at the intersection of Computer Graphics, Computer Vision, and Artificial Intelligence. The institute aims to develop innovative methods to capture, represent, synthesize, and simulate real-world models with high detail, robustness, and efficiency. By combining concepts from Computer Graphics, Computer Vision, and Artificial Intelligence, the institute lays the groundwork for advanced computing systems that can interact intelligently with humans and the environment.

DataVLab Solutions is an AI-powered platform offering comprehensive image annotation and data labeling services for AI applications. They provide high-quality, scalable, and ethical data labeling solutions to enhance AI and machine learning models. With expertise in image, video, 3D annotation, custom AI projects, NLP, and text annotation, DataVLab Solutions caters to various industries such as energy infrastructure, autonomous vehicles, agriculture, medical, e-commerce, and insurance. Their advanced annotation process accelerates data labeling, ensuring precision and efficiency. Leveraging AI-driven tools, they offer tailor-made annotation workflows for unique AI challenges, delivering high-quality annotations for computer vision models, dynamic data, and spatial AI. The platform also provides training data and fine-tuning support for Large Language Models and generative AI applications.

Aya Data is an AI tool that offers services such as data annotation, computer vision, natural language annotation, 3D annotation, AI data acquisition, and AI consulting. They provide cutting-edge tools to transform raw data into training datasets for AI models, deliver bespoke AI solutions for various industries, and offer AI-powered products like AyaGrow for crop management and AyaSpeech for speech-to-speech translation. Aya Data focuses on exceptional accuracy, rapid development cycles, and high performance in real-world scenarios.

Brick Generator is a proof of concept tool that allows users to generate 3D brick models from text descriptions. It is powered by artificial intelligence and machine learning algorithms, which enable it to understand the user's intent and create realistic and detailed models. The tool is still in its early stages of development, but it has the potential to revolutionize the way that architects, engineers, and designers create and visualize their projects.

DraftAid is an AI-powered drawing automation tool that streamlines the fabrication drawing process, reducing the time from weeks to minutes. It integrates seamlessly with existing CAD software and offers extensive customization options to align with specific project requirements, delivering consistently accurate and high-quality drawings.

Meshy AI is a free AI 3D model generator that allows users to easily create 3D models from text and images. With features like text to 3D, image to 3D, AI texturing, animation, and API integration, Meshy AI empowers creators to bring their ideas to life in the world of 3D modeling. The application offers a user-friendly interface and a vibrant community of over 3 million creators, making it a go-to tool for professionals and enthusiasts alike.

Fotogram.ai is an AI-powered image editing tool that offers a wide range of features to enhance and transform your photos. With Fotogram.ai, users can easily apply filters, adjust colors, remove backgrounds, add effects, and retouch images with just a few clicks. The tool uses advanced AI algorithms to provide professional-level editing capabilities to users of all skill levels. Whether you are a photographer looking to streamline your workflow or a social media enthusiast wanting to create stunning visuals, Fotogram.ai has you covered.

This website provides a tool that allows users to convert 2D images into 3D images. The tool uses artificial intelligence to extract depth information from the image, which is then used to create a 3D model. The resulting 3D model can be embedded into a website or shared via a link.

Move AI is a markerless motion capture technology that uses advanced AI, computer vision, biomechanics, and physics to capture high-quality 3D motion data from 2D video. It is designed to make it easy for 3D animators and studios to create realistic human motion for animated characters, without the need for expensive suits or markers. Move AI offers both single-camera and multi-camera products, and can be used to capture motion in a variety of environments, including large volume spaces. It also supports hand and finger tracking, and allows users to export their motion data to their preferred 3D animation software.

Expert in computer vision, deep learning, ready to assist you with 3d and geometric computer vision. https://github.com/kornia/pixie

Your expert in SLAM and computer vision.

Concise NeRF guide, summarizing top papers and aiding research.

Assists with biological image processing tools.

Expert in photorealistic imagery with detailed camera settings.

Expert in precise visualization of 'Chibi Adarsh'.

3D graphics engineer specializing in porting Java OpenGL to C++

Helps you code a shader for Gandi IDE project in GLSL. https://getgandi.com/extensions/glsl-in-gandi-ide

Friendly helper specializing in Blender3D

Friendly, creative mechanical design specialist

Helps beginners understand OpenGL 3.3 concepts and terminology

Expert in 3D printing diagnostics and problem resolution, mindful of confidentiality and careful with brand usage.

3D & AI Cinema Expert

Expert in 3D geometry, physics, engineering, and more.

3D print troubleshooting expert

Guides users in designing 3D printed products with practical and creative advice.

Japanese travel guide with a focus on hidden gems and port towns

Expert in 3D printing with interactive model suggestions.

Creates full-view 3D icons

I turn your creative ideas into stunning 3D digital art!