Latest news with #GaussianSplatting
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Business Standard
06-08-2025
- Business Standard
Google DeepMind unveils Genie 3 AI world model: What is it, how it works
Google DeepMind has unveiled Genie 3, the latest version of its AI world model that can generate explorable 3D environments in real time from a simple text prompt. Unlike earlier versions, Genie 3 supports continuous interaction for a few minutes, remembers where objects were placed, and allows dynamic changes like adding characters or altering weather conditions. According to Google DeepMind, Genie 3 is available as a limited research preview to select academics and creators, with plans to expand access gradually. What is Genie 3? Genie 3 is part of a class of AI systems called world models, which simulate dynamic environments instead of generating static content. These models can be used in everything from education and training simulations to robotics and video games. The idea is to give the model a prompt — say, 'a forest during a thunderstorm' — and have it generate a playable 3D space that you can explore using basic movement controls. What can Genie 3 do? Explore in real time: According to Google DeepMind, Genie 3 allows users to move through these environments at 24 frames per second in 720p resolution, with consistency retained for a few minutes. That's a notable leap from Genie 2, where interaction was limited to ten to twenty seconds, as reported by The Verge. Remembers what you saw: One of Genie 3's biggest upgrades is visual memory. If you leave an object behind and come back later, it will still be there — a capability missing from most previous world models. Google says this visual memory can persist for about a minute. Trigger real-world events: As per the DeepMind blog, Genie 3 supports 'promptable world events,' which means users can make changes like adding rain, introducing characters, or altering objects just by typing new instructions. These changes happen in real time, expanding the possible use cases beyond navigation. How is this different from earlier models? Previous world models like Genie 2 were limited in both realism and duration. Genie 3 introduces two significant technical improvements: Frame-by-frame generation with memory tracking, which allows consistency over longer periods. Dynamic generation without needing a 3D scene or preset assets, unlike methods like NeRFs or Gaussian Splatting that require defined geometry. This makes Genie 3 more flexible for research and development, especially for training AI agents to perform tasks across longer timelines. What are its limitations? Despite the progress, Genie 3 has several limitations: It cannot simulate real-world locations with geographic accuracy. Legible text is often only present if it's part of the original prompt. The range of interactions is limited, and multi-agent interactions remain under development. While more stable, it still only supports a few minutes of continuous exploration. Google DeepMind acknowledges that the technology raises new safety and responsibility challenges, which is why Genie 3 is being rolled out gradually.
Fast Company
16-05-2025
- Business
- Fast Company
The AI tool you've never heard of: How Gaussian splatting can help businesses work smarter
In my prior article for Fast Company Executive Board, I discussed how open-source AI tools are enabling businesses of every size to solve previously unsolvable business challenges without the need for huge AI budgets. Too often, media coverage of AI and machine learning (ML) only focuses on how the largest tech companies in the world are competing against one another to push the leading edge of the technology forward. But that overlooks what I consider something equally significant: how smaller organizations can take advantage of the billions of dollars of investment in AI/ML that tech giants and universities have made over the past three decades, putting free open-source AI tools to work solving pressing business needs. I gave a number of examples in my last column, including use cases for open-source visual identification engines and generative AI. Those examples were probably familiar to readers because they involve AI-driven technology that is already available in popular consumer apps and business applications. This time, however, I'm getting a bit nerdier by talking about technology that you have probably never heard of: Gaussian splatting. That name is not a typo that spellcheck failed to fix. It uses mathematical techniques to create robust 3D visualizations in real time, which can be put to work in game-changing ways. FROM VIDEO GAMES TO BUSINESS SOLUTIONS Don't worry if you haven't heard the term before. You already know what it's capable of, because Gaussian splatting powers the eye-popping visuals of your teenager's favorite video games, the CGI-heavy scenes in new movies, and much more. The technology was developed in the 1990s to render cutting-edge visuals far more quickly without requiring heavy-duty computational workloads behind the scenes. Gaussian splatting quickly established a foothold in the video game industry because it enabled game designers to create increasingly immersive visual worlds that could render and re-render in real time as gamers interacted with the environment. Using other methods, that kind of visual rendering simply would not be possible via the limited computing power and RAM of a consumer gaming system using a typical residential Wi-Fi connection. But with Gaussian splatting, game designers could achieve photo-realistic visuals that could be updated smoothly in real time, all with a lightweight framework behind the scenes. It's like opening the hood of a NASCAR vehicle only to find that it is powered by a tiny engine the size of a loaf of bread. How is all of that power possible from only that? The same capabilities that make it a game-changer for video games make it a powerful tool for other industries, especially because it is readily available in open-source AI tools like OpenSplat and gsplat. THE BENEFITS OF GAUSSIAN SPLATTING Photorealistic visualization: One of the most impactful use cases involves using these tools to create photo-realistic 3D visualization of infrastructure. Using a combination of location-based data from photos, GIS systems, CAD drawings, asset management systems, and other sources, organizations can create remarkably detailed digital models of their infrastructure—all without the highly expensive HD scans and modelling that would previously be required to achieve this level of detail. Real-time rendering: Just as importantly, AI tools that use Gaussian splatting technology can continuously be updated in real time to reflect the latest input, whether that is a new image taken by a work crew, a scan taken by a remote sensor, or another data point. Instant real-time rendering ensures that an organization has a continuously updated digital model of its infrastructure and assets—something that was almost impossible with prior technologies, which typically produced static snapshots of a moment in time. Mobility: Mobility is also a key advantage. Because these tools can accomplish this real-time visual rendering with a lightweight structure underneath it, workers can put them to use even on devices and in environments that would have been impossible in the past. In the same way that immersive, dynamic gameplay environments can be rendered on an Xbox or PlayStation, workers can interact with ultra-high resolution, real-time digital recreations of critical infrastructure using their smartphone, tablet, or commercially available image capture solutions like Polycam. HOW ORGANIZATIONS CAN PUT SPLATTING TO WORK A powerful example is how utilities can utilize Gaussian splatting-powered applications for far more efficient infrastructure maintenance. This is an issue that is growing in importance as more and more utility workers reach retirement age and take a career's worth of firsthand information about utility assets with them. Using these AI tools and location intelligence systems (which derive insights from the massive volume of location-based information that organizations can tap into), utilities can create vivid digital models of equipment that may previously have been trapped in the memories of certain workers who were most familiar with the site. This can drive proactive monitoring of equipment, remote diagnosis and repair of emerging issues, reduced needs for truck rolls, faster response to outages, lower maintenance costs, and the ability to manage more infrastructure with fewer workers. It also excels at change detection, which aids in rapidly identifying issues such as an oil patch, a leak, rust, corrosion, or other equipment issues. Gaussian splatting tools are also game-changers because they enable organizations with one of the challenges that can slow or undermine AI projects: issues with data availability and data quality. The mathematics in Gaussian splatting is extraordinarily powerful for connecting the dots between available data (even when it is limited and disparate) and filling in those gaps in ways that create an accurate visual model of the real world. This is a major strength for use cases like the infrastructure management one I discussed above. Visual data and location-based data for an equipment installation or a site may be limited or vary greatly in quality, but it can still successfully be used to create a robust 3D model. Then that model can be improved in real time as newer, better data is collected by crews, sensors, etc.
Yahoo
12-02-2025
- Business
- Yahoo
3DMakerpro Launches Revolutionary LiDAR-based Eagle Series Spatial 3D Scanners
SHENZHEN, China, Feb. 11, 2025 /CNW/ -- On February 11, 2025, 3DMakerpro, a trailblazer in consumer-friendly 3D scanning technology, announced the launch of its new Eagle Series Spatial 3D Scanners. Equipped with cutting-edge LiDAR and imaging sensors, these devices are designed to effortlessly capture spatial environment data for applications in reverse engineering, digital twinning, asset management, XR, precision mapping, and 3D printing. Advanced Features for Professional Accuracy The Eagle Series is distinguished by its capability to scan areas with a range of up to 140 meters, maintaining precision within 2 centimeters at a distance of 10 meters. This precision makes it an ideal tool for complex modeling projects where accuracy is crucial. Weighing just 1.5 kilograms, its lightweight design, combined with a robust built-in battery that supports up to one hour of continuous operation, enhances its portability and reliability during extended use. Enhanced Imaging Capabilities The Eagle Series includes a Standard and a Max version. The Max version excels with four 48-megapixel cameras, enhancing scanning efficiency and producing vivid colors with up to 8K panoramic photos. With HDR mode integrated into the system, users can expect superior image quality even under challenging lighting conditions, making the device an exceptional choice for those seeking top-tier performance. Seamless Software Integration & User-Friendly Interface The Eagle scanners are designed to work effortlessly with RayStudio software, providing straightforward tools for both professionals and hobbyists. They allow users to process and export point clouds in formats like PLY, OBJ, and 3D Gaussian Splatting, among others. The interface is thoughtfully crafted to balance user-friendliness with advanced functionality, ensuring a smooth and efficient experience for all users. Pricing & Availability Redefining spatial data capture capabilities at unmatched precision levels accessible both to professionals and enthusiasts alike, the Eagle series is available for pre-order exclusively on the official website of 3DMakerpro ( Eagle Standard: Suggested retail price USD 3,499 - Limited pre-order price USD 1,799 (first 500 units). Eagle Max: Suggested retail price USD 4,399 - Limited pre-order price USD 2,299 (first 500 units). The launch of 3DMakerpro's Eagle Series Spatial 3D Scanners represents a pivotal advancement in spatial scanning technology, democratizing access to professional-grade tools for both industry experts and passionate enthusiasts. By bridging the gap between professional and personal use, 3DMakerpro empowers creators in fields like XR environments and digital asset management to explore new dimensions of digital innovation. About 3DMakerpro 3DMakerpro, a distinguished overseas brand under Shenzhen Jimuyida Technology Co., Ltd., was established in 2015 as a prominent provider of 3D solutions. We specialize in offering cutting-edge 3D scanning devices. Our mission is to deliver professional-grade and user-friendly scanners, empowering individuals to craft their immersive 3D world. With a dedicated team exceeding 100 R&D experts, we have independently developed industry-leading software algorithms, including the multi-spectral projection system, visual tracking, no-marking registration algorithm, and automatic model processing. 3DMakerpro is committed to pioneering innovation in the realm of 3D technology. Website: Facebook: Instagram: X: View original content to download multimedia: SOURCE 3DMakerpro View original content to download multimedia:
Yahoo
12-02-2025
- Business
- Yahoo
3DMakerpro Launches Revolutionary LiDAR-based Eagle Series Spatial 3D Scanners
SHENZHEN, China, Feb. 11, 2025 /CNW/ -- On February 11, 2025, 3DMakerpro, a trailblazer in consumer-friendly 3D scanning technology, announced the launch of its new Eagle Series Spatial 3D Scanners. Equipped with cutting-edge LiDAR and imaging sensors, these devices are designed to effortlessly capture spatial environment data for applications in reverse engineering, digital twinning, asset management, XR, precision mapping, and 3D printing. Advanced Features for Professional Accuracy The Eagle Series is distinguished by its capability to scan areas with a range of up to 140 meters, maintaining precision within 2 centimeters at a distance of 10 meters. This precision makes it an ideal tool for complex modeling projects where accuracy is crucial. Weighing just 1.5 kilograms, its lightweight design, combined with a robust built-in battery that supports up to one hour of continuous operation, enhances its portability and reliability during extended use. Enhanced Imaging Capabilities The Eagle Series includes a Standard and a Max version. The Max version excels with four 48-megapixel cameras, enhancing scanning efficiency and producing vivid colors with up to 8K panoramic photos. With HDR mode integrated into the system, users can expect superior image quality even under challenging lighting conditions, making the device an exceptional choice for those seeking top-tier performance. Seamless Software Integration & User-Friendly Interface The Eagle scanners are designed to work effortlessly with RayStudio software, providing straightforward tools for both professionals and hobbyists. They allow users to process and export point clouds in formats like PLY, OBJ, and 3D Gaussian Splatting, among others. The interface is thoughtfully crafted to balance user-friendliness with advanced functionality, ensuring a smooth and efficient experience for all users. Pricing & Availability Redefining spatial data capture capabilities at unmatched precision levels accessible both to professionals and enthusiasts alike, the Eagle series is available for pre-order exclusively on the official website of 3DMakerpro ( Eagle Standard: Suggested retail price USD 3,499 - Limited pre-order price USD 1,799 (first 500 units). Eagle Max: Suggested retail price USD 4,399 - Limited pre-order price USD 2,299 (first 500 units). The launch of 3DMakerpro's Eagle Series Spatial 3D Scanners represents a pivotal advancement in spatial scanning technology, democratizing access to professional-grade tools for both industry experts and passionate enthusiasts. By bridging the gap between professional and personal use, 3DMakerpro empowers creators in fields like XR environments and digital asset management to explore new dimensions of digital innovation. About 3DMakerpro 3DMakerpro, a distinguished overseas brand under Shenzhen Jimuyida Technology Co., Ltd., was established in 2015 as a prominent provider of 3D solutions. We specialize in offering cutting-edge 3D scanning devices. Our mission is to deliver professional-grade and user-friendly scanners, empowering individuals to craft their immersive 3D world. With a dedicated team exceeding 100 R&D experts, we have independently developed industry-leading software algorithms, including the multi-spectral projection system, visual tracking, no-marking registration algorithm, and automatic model processing. 3DMakerpro is committed to pioneering innovation in the realm of 3D technology. Website: Facebook: Instagram: X: View original content to download multimedia: SOURCE 3DMakerpro View original content to download multimedia: Sign in to access your portfolio
