The age of humanoid robots could be a significant step closer thanks to a new release from Nvidia.
The computing giant has announced the launch of Project GROOT, its new foundational model aimed at helping the development of such robots in industrial use cases.
Revealed at Nvidia GTC 2024, the company says its new launch will enable robots to be smarter and more functional than ever before – and they’ll do so by watching humans.
We are GROOT?
Announcing the launch of Project GROOT (standing for “Generalist Robot 00 Technology”) on stage at Nvidia GTC 2024, Jensen Huang, company founder and CEO revealed robots powered by the platform will be designed to understand natural language and emulate movements by observing human actions.
This will allow them to quickly learn coordination, dexterity and other skills in order to navigate, adapt and interact with the real world – and definitely not lead to a robot uprising at all.
Huang went on to show off a number of demos which saw Project GROOT-powered robots carry out a number of tasks, from XXX, showing their possibility.
“Building foundation models for general humanoid robots is one of the most exciting problems to solve in AI today,” Huang said. “The enabling technologies are coming together for leading roboticists around the world to take giant leaps towards artificial general robotics.”
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The scale of importance for Project GROOT was also highlighted by the fact Nvidia has built a new computing system, Jetson Thor, specifically designed for humanoid robots.
The SoC includes a GPU based on the latest Nvidia Blackwell architecture, which includes a transformer engine able to delivering 800 teraflops of AI performance, allowing them to run multimodal generative AI models like GR00T.
(Image credit: Nvidia)
The company also revealed upgrades to its Nvidia Isaac robotics platform, designed to make robotic arms smarter, more flexible and more efficient than ever – making them a much more appealing choice for factories and industrial use cases across the world.
This includes new collections of robotics pretrained models, libraries and reference hardware aimed at helping faster learning and better efficiency.
The rumored microLED Apple Watch Ultra project may have lost another key supplier, according to Display Supply Chain Consultants CEO Ross Young.
In a filing with the U.S. Securities and Exchange Commission on Monday, manufacturing equipment company Kulicke & Soffa said that one of its “strategic customers” has canceled a project related to the “advanced display” market:
Previously referred to as Project W, the Company has been engaged with one of its strategic customers (the “Customer”) to support the Customer with the development and future mass production of certain technologies relating to advanced display (the “Project”). In connection with the Customer’s strategic review of its business, the Customer has informed the Company that it has cancelled the Project.
In a social media post on Monday, Young suggested that “Project W” was potentially related to the microLED Apple Watch. The company said it expects to incur charges of up to $130 million as a result of ceasing operations related to the project.
Kulicke & Soffa’s website advertises a “next generation LED die transfer” system for microLED and miniLED displays with “an unprecedented transfer rate at high precision.”
Earlier this month, Apple supplier AMS-Osram similarly announced it would “re-assess its microLED strategy” after a “cornerstone project” was “unexpectedly cancelled.” Young believes that project also related to the microLED Apple Watch, so there are now at least two major suppliers that have indicated they are no longer involved.
While the iPhone 16 Pro and iPhone 16 Pro Max are still around six months away from launching, there are already many rumors about the devices. Below, we have recapped new features and changes expected so far. These are some of the key changes rumored for the iPhone 16 Pro models as of March 2024:Larger displays: The iPhone 16 Pro and iPhone 16 Pro Max will be equipped with larger 6.3-inch…
Apple appears to be internally testing iOS 17.4.1 for the iPhone, based on evidence of the software update in our website’s logs this week. Our logs have revealed the existence of several iOS 17 versions before Apple released them, ranging from iOS 17.0.3 to iOS 17.3.1. iOS 17.4.1 should be a minor update that addresses software bugs and/or security vulnerabilities. It is unclear when…
Earlier this week, Apple announced new 13-inch and 15-inch MacBook Air models, the first Mac updates of the year featuring M3 series chips. But there are other Macs in Apple’s lineup still to be updated to the latest M3 processors. So, where do the Mac mini, Mac Studio, and Mac Pro fit into Apple’s M3 roadmap for the year ahead? Here’s what the latest rumors say. Mac Mini Apple announced …
iOS 17.4 was released last week following over a month of beta testing, and the update includes many new features and changes for the iPhone. iOS 17.4 introduces major changes to the App Store, Safari, and Apple Pay in the EU, in response to the Digital Markets Act. Other new features include Apple Podcasts transcripts, an iMessage security upgrade, new emoji options, and more. Below, we…
Best Buy this weekend has a big sale on Apple MacBooks and iPads, including some of the first notable M2 iPad Pro discounts in months, alongside the best prices we’ve ever seen on MacBook Air, MacBook Pro, iPad Air, and more. Some of these deals require a My Best Buy Plus or My Best Buy Total membership, which start at $49.99/year. In addition to exclusive access to select discounts, you’ll get…
Razer, a well-known name in the gaming industry, has once again made headlines with its latest innovation, Project Esther Haptics gaming cushion. This new gaming cushion, unveiled at CES 2024, is designed to take the gaming experience to a whole new level. It’s equipped with Razer Sensa HD Haptics technology, which means that gamers can now feel every in-game event with incredible precision. Imagine sitting on this cushion and feeling the roar of a car engine or the silent footsteps of an enemy sneaking up behind you. This isn’t just about hearing and seeing your game; it’s about feeling it in a way that’s never been possible before.
The excitement doesn’t stop there. Razer has joined forces with InterDigital, and together they’ve created something truly special. At the Mobile World Congress 2024, they showcased a prototype racing game that’s the first of its kind. It’s not just a game; it’s an experience that uses haptic feedback to make you feel every turn, bump, and acceleration as if you were really in the driver’s seat. This isn’t just a big deal for gamers; it’s a glimpse into the future of entertainment. We’re talking about movies, music, and live performances that you can feel, literally adding a new touch to the way stories are told and emotions are conveyed.
This isn’t just a one-off project for Razer. They’ve shown their serious focus on haptic technology by acquiring Interhaptics, a company that’s been instrumental in developing MPEG haptic standards. These standards are crucial because they make sure this technology can work across various platforms and devices. With this acquisition, Razer isn’t just leading the pack; they’re redefining the race. They’re looking to bring tactile feedback into cloud gaming and streaming services, which could change the way we play and experience games forever.
Project Esther : Haptics gaming cushion
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But let’s think bigger. The potential of haptic streaming is vast. Imagine watching a live thriller and feeling the suspense in your fingertips, or feeling the rhythm of your favorite song pulsating through your body. This technology could transform streaming services, making the content we watch not just more engaging but also more emotionally powerful.
Razer’s Project Esther Haptics gaming cushion and their demonstration of MPEG haptics streaming are more than just advancements in technology; they’re the first steps toward a future where our entertainment can engage all of our senses. With the speed and power of 5G networks, and the expertise of companies like Interhaptics, Razer is not just enhancing the gaming experience; they’re paving the way for a world where our virtual experiences come closer to reality. As this technology continues to evolve, we can expect to see a deeper level of connection and storytelling in all forms of entertainment, making our interactions with the digital world more immersive than ever before.
The technology behind Project Esther is a sophisticated form of haptic feedback, which is the use of touch to communicate with users. Haptic feedback in gaming is not entirely new, but the level of detail and precision offered by Razer Sensa HD Haptics represents a significant leap forward. This advancement means that gamers can experience tactile sensations that are finely tuned to the events happening on screen, providing a more engaging and immersive gaming experience.
Haptic-Powered Future: Haptics streaming isn’t just limited to gaming, there’s a wealth of possibilities for immersive entertainment, streamed across the globe:
Haptics Streaming on Twitch: Viewers can feel the action in real-time while watching their favorite streamers, enhancing the overall viewing experience.
Movie Streaming with Haptics: Movie nights at home, replete with the same haptic sensations as high-end theaters thanks to Project Eshter and haptics streaming.
Full-Body Haptics in Cloud Gaming: Cloud gaming sessions that offer a full-body sensory journey, putting you truly “in-game.”
Remote Meditation Sessions: Haptics technology is not limited to gaming; it can also facilitate wellness and focus, imagine a remote meditation session where gentle vibrations guide you into a state of deep relaxation.
Immersive Music: Music that’s not just heard but felt, with bass lines that resonate in the soul. Gamers have experienced a version of this already with the Razer Kraken V3 HyperSense.
Immersive Live Events: Imagine sports events where you feel the stadium’s roar, right from your living room.
Haptics Gaming Cushion
Razer’s collaboration with InterDigital has led to the creation of a unique prototype racing game that showcases the potential of haptic feedback in interactive entertainment. This prototype is not just a game; it’s a comprehensive experience that simulates the physical sensations of driving a race car. Players can feel the resistance of the steering wheel, the impact of rough terrain, and the g-force of acceleration, all from the comfort of their gaming setup. This level of immersion could signify a shift in how we consume all forms of entertainment, from gaming to movies and music.
The partnership between Razer and InterDigital is a significant step towards integrating haptic technology into various entertainment mediums. The potential applications are vast, with possibilities ranging from feeling the tension in a dramatic movie scene to experiencing the beat of a live concert. As Haptics gaming cushion technology matures, it could redefine the way stories are told and emotions are conveyed, offering a new dimension to the narrative and artistic expression.
The implications of haptic streaming are profound. As streaming services become more prevalent, the addition of tactile sensations could make the content we consume not only more captivating but also more emotionally resonant. With the integration of haptic feedback, viewers could feel the suspense of a thriller or the excitement of a live sports event, creating a connection that transcends traditional viewing experiences.
Razer’s initiatives, including Project Esther and MPEG haptics streaming, are pioneering steps towards a future where entertainment engages all our senses. Leveraging the speed and capacity of 5G networks, these technologies promise to bring our virtual experiences closer to reality. As haptic technology continues to evolve, we can anticipate a new era of storytelling and interaction in the digital realm, offering an unprecedented level of immersion.
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For the past decade, Apple Inc. has been working on a secret project of the Apple Car, dedicating extensive resources and manpower to the development of its much-anticipated Apple Car project. This endeavor, as detailed in a comprehensive report by Bloomberg, represented a significant investment for Apple, both in terms of capital and intellectual engagement, with the company pouring billions of dollars into research and development efforts. Initially, Apple’s ambitions in the automotive sector were centered around the creation of an electric vehicle, a goal that later evolved to encompass the development of cutting-edge technology aimed at powering such vehicles. This shift in focus was reflective of the company’s adaptive strategy in navigating the complexities and challenges inherent in pioneering autonomous driving solutions.
Despite the considerable time, effort, and resources invested in the Apple Car project, recent developments have signaled a pivotal change in the company’s strategic direction. According to Bloomberg, Apple has decided to discontinue its autonomous vehicle project, a move that marks a significant realignment of its priorities towards artificial intelligence (AI). This strategic pivot was communicated to the project’s team, comprising over 2,000 dedicated employees, whose reaction was one of surprise, given their deep involvement in the project’s development. The decision to cancel the Apple Car project suggests a recalibration of Apple’s focus towards enhancing its competitive edge in the rapidly evolving field of AI, an area where tech giants such as Google, Samsung, and OpenAI have established substantial leads.
The implications of Apple’s strategic shift are far-reaching, particularly in the context of its upcoming products. The iPhone 16 and the next iteration of its operating system, iOS 18, are reportedly set to feature advanced AI capabilities, underscoring the company’s commitment to integrating AI technologies into its consumer offerings. This move reflects Apple’s ambition to redefine user experiences through AI, enhancing the functionality and intelligence of its devices. As the tech community eagerly anticipates further details on Apple’s AI initiatives, it is clear that the company is poised to embark on a new chapter in its technological journey, with a renewed emphasis on leveraging AI to maintain its position as a leader in innovation.
Welcome to the future of productivity, where work and play blend seamlessly. The all-new Microsoft Windows 11 Pro is here to redefine your computing experience. Designed for hybrid work, this operating system allows you to work from anywhere, anytime. With a new interface, biometrics login, and DirectX 12 Ultimate for gaming, it’s more than just an upgrade – it’s a revolution.
Key Features of Microsoft Windows 11 Pro
Hybrid work design: Work from anywhere, anytime.
New interface: A fresh, user-friendly design for a seamless experience.
Biometrics login: Secure and convenient access to your system.
DirectX 12 Ultimate: Elevate your gaming experience.
Snap layouts and widgets: Customize your workspace to your liking.
Microsoft Teams integration: Stay connected with your team effortlessly.
Automatic wake and lock: Save energy and enhance security.
Smart App Control: Manage your apps efficiently.
Windows Studio Effects: Unleash your creativity.
Touchscreen compatibility: Navigate with ease.
TPM 2.0: Ensure top-notch security.
But that’s not all. Windows 11 Pro also includes productivity-focused features such as the ability to snap multiple windows together, improved voice typing, and a more powerful search experience. It’s not just about getting things done, it’s about getting them done efficiently and effectively.
For businesses, Windows 11 Pro offers enterprise-oriented features exclusive to this version. These include local account setup, Active Directory/Azure AD, Hyper-V, Windows Sandbox, Microsoft Remote Desktop, BitLocker device encryption, Windows Information Protection, Mobile device management (MDM), Group Policy, Enterprise State Roaming with Azure, Assigned Access, Dynamic Provisioning, Windows Update for Business, Kiosk mode, and support for up to 2TB RAM, 2 CPUs, and 128 CPU cores. It’s the ultimate tool for businesses that want to stay ahead of the curve.
The Microsoft Windows 11 Pro has received a 4.0/5 rating on both PC Magazine and TechRadar, a testament to its superior performance and features. The purchase provides lifetime access, but the code must be redeemed within 30 days of purchase. One activation key can be used for up to 3 devices, and updates are included. Please note that the software is not compatible with MS Office – Parallels Pro and Virtual Machines.
So, are you ready to step into the future of productivity? Get your Microsoft Windows 11 Pro today and experience the difference.
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The T-Display AMOLED Touch ESP32 is an advanced version of the well-known ESP32 board, now equipped with a touch interface. This addition transforms the board into a more interactive platform, suitable for a wide range of applications.
T-Display-S3 AMOLED is a display screen module with a 1.91″ diagonal screen, based on our previous S3 module, we have upgraded the screen, resolution and antenna from LCD to AMOLED and the antenna to 3D antenna. Using SPI interface, it is compatible with any microcontroller with SPI capability. The module is equipped with a built-in battery management system, making it a convenient solution for portable applications. The compact size and low power consumption make it ideal for wearable and IoT projects.
The Touch version stands out from its predecessor with a larger size and an extra I2C connector, which is essential for enhancing your project’s capabilities. These modifications may necessitate adjustments in your coding and project design. To minimize confusion, it would be helpful if these two versions were referred to by different names in the market.
T-Display AMOLED Touch ESP32 board
If you would like to learn more about the Touch version, check out the binary converter project created by Volos Projects that demonstrates the new functionalities.
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The T-Display AMOLED Touch ESP32 board represents a significant enhancement, offering new opportunities for your projects. With proper guidance and resources, you can overcome the initial learning curve and fully utilize the touch interface. Whether you’re a seasoned developer or a newcomer, the Touch version is a valuable asset to your electronics toolkit, unlocking a realm of interactive possibilities.
Image Credit : Volos Projects
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Are you tired of juggling multiple spreadsheets, emails, and documents to manage your projects? Say hello to Microsoft Project Professional 2021, a powerful, user-friendly project management app designed to streamline your workflow and boost your productivity. With this software, you can efficiently manage your projects with appropriate timelines, budgets, and resources, all in one place.
Automated scheduling tools and built-in reports are just a few of the features that set Microsoft Project Professional 2021 apart. These tools help reduce inefficiencies and facilitate informed decision-making, saving you time and effort. Plus, the software comes with a lifetime license and can be installed on one Windows PC for use at home or work. Instant delivery and download, with access to software license keys and download links, mean you can get started right away.
Key Features of Microsoft Project Professional 2021
Pre-built templates to kickstart your projects
Sync with Project Online and Project Server for seamless collaboration
Ability to submit timesheets for efficient time tracking
Running of what-if scenarios to anticipate project outcomes
Auto-population of start and end dates based on dependencies
Visual representation of complex schedules with multiple timelines
Supports Long-Term Servicing Channel (LTSC) and is compatible with Office LTSC and Office 2021
This offer is available to new users only, making it a perfect opportunity to upgrade your project management game. Don’t just take our word for it – Microsoft Project Professional 2021 has received positive reviews, with 4.4/5 stars on Capterra and GetApp, and a positive review from TechRadar.
System requirements include Windows 11/10, Windows Server 2019, a 1.6 GHz or faster 2-core processor, 4 GB RAM, 4.0 GB of available disk space, and a DirectX 10 graphics card. The purchase includes lifetime access, with a redemption deadline of 30 days from purchase. Plus, the software supports all languages and includes updates, ensuring you’re always working with the latest tools and features.
So why wait? Take control of your projects and supercharge your productivity with Microsoft Project Professional 2021 today.
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Google unveiled Project IDX back in August 2023, introducing a new web-based development platform that harnesses the capabilities of Google Cloud Server infrastructure. This innovative platform has been specifically designed by Google to transform the developer tool landscape, presenting a formidable challenge to Microsoft’s Visual Studio Code (VS Code). As a developer, you stand at the threshold of an era where coding becomes more accessible, adaptable, and deeply integrated with advanced technologies.
Project IDX is founded on the robust Google Cloud Server, enabling you to code from any device with an internet connection. This cloud-centric approach eliminates the need for powerful local hardware, giving you the freedom to code from anywhere, at any time. This is a significant development—it levels the playing field by allowing those with limited resources to participate in complex application development.
Google Project IDX first look
The platform features an editor that resembles VS Code, offering a familiar and intuitive experience for developers accustomed to Microsoft’s tool. This strategic design choice eases the transition for those considering a move to Google’s new platform. Integrated with Google’s suite of development tools, such as Flutter and Firebase, as well as other popular web frameworks, Project IDX equips you with a robust set of tools.
One of the standout features of Project IDX is Palm AI, an AI-powered assistant that enhances your coding efficiency. Palm AI stands out with smart code suggestions and the automation of repetitive tasks, leveraging proprietary technology tailored for Google’s development environment, setting it apart from similar tools like GitHub Copilot.
Project IDX is inspired by Google’s internal IDE, Cider, which is utilized by Google engineers. This glimpse into Google’s internal tools underscores the sophistication now accessible to the wider developer community through Project IDX.
The introduction of Project IDX is a calculated move by Google to attract developers and present a compelling alternative to Microsoft’s developer tools. This platform is not just about coding; it’s about shaping the future of development, fostering innovation, and reducing entry barriers.
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Even though Project IDX is still in it’s relatively early stages of development, it has shown potential as a user-friendly platform capable of managing a variety of development tasks, from simple projects to complex applications. Early feedback suggests that Project IDX adeptly merges power, convenience, and innovation, which could potentially alter the way developers approach their work.
Google Project IDX represents the beginning of a more inclusive, streamlined, and interconnected development ecosystem. With its cloud-based infrastructure, user-friendly interface, AI-enhanced coding, and strategic integration with Google’s services, Project IDX is on track to become a vital platform for developers worldwide. As you explore Project IDX, the possibilities for creation and innovation are immense.
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If you are searching for a way to expand your creativity with Unreal Engine 5, it might be worth your while checking out Project Avalanche. Which stands out for its ability to combine 2D and 3D assets in real-time, a feature reminiscent of the combined capabilities of Cinema 4D and After Effects. This real-time operation not only enhances the efficiency of the creative process but also opens up new possibilities for dynamic and immersive motion graphics. The toolset also boasts a robust geometry toolset, providing users with extensive control over solids, and the ability to import and manipulate SVG files, giving users complete control over logos or other imported items.
Project Avalanche
In the realm of motion graphics, Project Avalanche offers creators a unique toolset designed specifically for motion. Built within the powerful Unreal Engine 5, Project Avalanche offers a wide range of features and capabilities that can enhance the creative process and open up new possibilities for dynamic and immersive motion animations and graphics.
Project Avalanche also boasts a robust geometry toolset, providing users with extensive control over solids. This feature allows artists to manipulate the shape, size, and orientation of solid objects, enabling them to create intricate designs and complex visual effects.
New UE5 motion graphic tools
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Another noteworthy feature of Project Avalanche is its ability to import and manipulate SVG files. This feature gives users complete control over logos or other imported items, allowing them to adjust and modify these elements to fit their specific project requirements. This is particularly useful for branding and logo animation projects, where precise control over the visual elements is crucial. The timeline in Project Avalanche has been modified to be more intuitive for motion graphics artists. This modification allows artists to easily track and adjust the timing of their animations, making the animation process more efficient and user-friendly.
Unreal Engine 5
Project Avalanche also includes an autosize text feature, which allows users to set parameters for text size that can be easily adjusted. This feature simplifies the process of text animation, making it easier for artists to create dynamic and engaging text-based motion graphics. The toolset also features a layer-based system for material stacking, similar to systems used in Photoshop and Illustrator. This system allows users to stack different materials on top of each other, creating complex textures and visual effects.
Project Avalanche also includes cloners and effectors, providing users with creative control over their designs. These tools allow artists to duplicate and modify elements in their designs, creating complex patterns and structures. Together with a font selector, making it easier for users to change fonts within the Unreal Engine. This feature simplifies the process of text design, allowing artists to easily experiment with different fonts and typography styles.
Project Avalanche is a powerful and versatile toolset for motion graphics artists. Its wide range of features and capabilities, combined with the power of Unreal Engine 5, make it a valuable tool for any motion graphics artist. Whether you’re a seasoned professional or a beginner in the field, Project Avalanche offers a range of tools and features that can enhance your creative process and help you create stunning motion graphics.
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As well as unveiling a wealth of AI features it has rolled out to its suite of image and video applications. Adobe also teased projects that it is currently working on perhaps for a future release. As well as innovations in other areas such as the innovative interactive dress known as Project Primrose.
One of Adobe’s showcased future projects is Stardust, an object-aware editing engine that leverages artificial intelligence (AI) and generative AI to revolutionize the image editing process. This groundbreaking technology is designed to automate some of the most time-consuming aspects of image editing, such as filling in backgrounds, cutting out outlines for selection, blending lighting and color, and more.
Adobe Project Stardust
Project Stardust’s object-aware editing engine is a game-changer in the field of image editing. Unlike traditional image editing software like Adobe Firefly, which allows for object-specific modifications, Project Stardust takes this concept a step further. It offers a more automated and AI-driven approach, understanding the objects within an image and allowing for specific manipulations like cutting out outlines for selection. This object-awareness is a significant leap forward in image editing technology, enabling users to make precise modifications with ease and efficiency.
AI object-aware editing engine
“Project Stardust is an object-aware editing engine that uses artificial intelligence and generative AI to revolutionize image editing. This technology automates sometimes time-consuming parts of the image editing process — filling in backgrounds, cutting out outlines for selection, blending lighting and color, and more. In addition, the generative AI features let you add objects and make creative transformations. Stardust makes image editing more intuitive, accessible and time efficient for any user, regardless of skill level.”
“Aya Philémon is a product manager at Adobe who aims to empower others to make the most of their creative potential. Her research projects are inspired by both her professional and personal life experiences.”
Object-Awareness: The engine understands the objects within an image, allowing for specific manipulations like cutting out outlines for selection.
Generative AI Features: It goes beyond mere editing to generate new elements within the image, such as adding objects or creatively transforming existing ones.
Automation: The tool automates labor-intensive tasks like filling in backgrounds, blending lighting, and adjusting color, which speeds up the editing process.
Accessibility: It aims to be intuitive and user-friendly, making advanced image editing accessible to users of all skill levels.
But Project Stardust doesn’t stop at mere editing. It also incorporates generative AI features, which go beyond simple modifications to generate new elements within the image. This could include adding objects or creatively transforming existing ones. These generative AI features open up a world of creative possibilities, allowing users to make unique and imaginative transformations to their images.
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Automation and accessibility
One of the most significant advantages of Project Stardust is its automation capabilities. The tool is designed to automate labor-intensive tasks like filling in backgrounds, blending lighting, and adjusting color. This automation not only speeds up the editing process but also reduces the potential for human error, resulting in a more seamless and efficient editing experience.
Perhaps one of the most exciting aspects of Project Stardust is its accessibility. The tool aims to be intuitive and user-friendly, making advanced image editing accessible to users of all skill levels. This accessibility is a testament to Adobe’s commitment to democratizing image editing, making it more accessible and intuitive for everyone, regardless of their skill level.
Adobe’s Project Stardust represents a significant advancement in image editing technology. Its object-aware editing engine, generative AI features, automation capabilities, and accessibility make it a powerful tool for anyone involved in image editing. Whether you’re a professional graphic designer or a hobbyist looking to enhance your photos, Project Stardust promises to make the image editing process more intuitive, accessible, and time-efficient.
What is an AI object-aware editing engine?
An AI object-aware editing engine is a software algorithm that uses artificial intelligence to identify and segregate different objects within a given visual medium. This enables more targeted editing capabilities. For example, in a photo containing people, animals, and landscapes, the engine could automatically recognize and isolate these elements so that the user can manipulate them independently. You could change the color of just the sky, blur only the background, or apply a filter to a specific person’s face, all without affecting other parts of the image.
In the video editing context, this engine could identify moving objects from frame to frame, allowing the user to apply edits to a specific object throughout the entire video clip without manually tracking it. The object-aware engine would automate the tedious task of frame-by-frame editing, making it easier for editors to create complex visual effects or adjustments. Overall, the engine would make the editing process more efficient and intuitive, letting users focus on creativity rather than technical details.
As soon Adobe releases more details on its new Project Stardust AI object-aware editing engine we will keep you up to speed as always. In the meantime you can check out all the new features that have been rolled out to Adobe Firefly.
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