Google appears to be playing it safe with its upcoming budget offering, the Pixel 10a, if the latest CAD renders are anything to go by, with the tech giant eschewing any flashy design changes and opting for a predictable, if a tad boring, overall design language. Almost nothing appears to have changed between the Pixel 9a and the upcoming Pixel 10a, as per the new CAD renders As per the CAD renders published by the X user OnLeaks on behalf of Android Headlines, the following can be easily concluded: As for the budget offering's rumored specs, the following is known […]

Read full article at https://wccftech.com/pixel-10a-cad-renders-show-a-pixel-9a-clone/

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Google's new accelerator program is investing in 11 AI cybersecurity startups in Latin America, aiming to fortify the region's digital defenses.

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Google Gemini for Home is rolling out in early access, upgrading smart assistants with advanced conversational AI and introducing a premium subscription for enhanced features.

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The post Pomelli AI: Google’s Play for SMB Marketing appeared first on StartupHub.ai.

Google Labs' new Pomelli AI aims to democratize on-brand social media campaign generation for SMBs by leveraging AI to understand and replicate brand identity.

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On app stores like Apple’s and the Google Play Store, there are certain applications that are designed for adults. Now, it looks like Google wants to implement age verification across the board, requiring users to show proof they are 18 or older to download certain “mature” apps from the Play Store.

Google Play Store needs proof of your age

This is according to a post on X by Artem Russakovskii, where he shared screenshots of the age verification system in action. Basically, users need to show Google proof of their age, if not they might not be able to download many apps from the Play Store. This is part of Google’s larger efforts at identifying the ages of their users on search and YouTube.

Based on the screenshots, users have several ways of verifying their age. This comes in the form of uploading a government-issued ID, taking a selfie, using a credit card, or using a third-party service. If you’re already using a credit card in your name to buy from the Play Store, we reckon this shouldn’t be an issue.

At the moment, it is unclear what kind of limitations users might face if they do not verify their age. Presumably, at the very least, they will be blocked from downloading apps designated for adults. However, if the limitations go beyond that, it is going to be very annoying.

Not Google’s fault

Now, you might think that this is just Google’s way of collecting more information on you. That was our first instinct too. However, according to Russakovskii, Google isn’t entirely to blame for this. According to him, Google is just adhering to the law. In the US alone, there are several states that have implemented age verification requirements. This is also true for other countries like the UK.

Google obviously needs to play nice with these states and countries if it wants to keep operating in them. However, for users, these extra steps will be a pain. It would be less of an issue if the process were seamless. But we’ve already seen Google’s reliance on AI has resulted in adults getting banned.

The post Age Check Hits Play Store: You Might Need an ID to Download Some Apps appeared first on Android Headlines.

An overview of the new course from The Google School for Leaders that helps all managers build high-performing teams.

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Google's Gemini for Education is rapidly integrating into higher education, offering no-cost AI tools to over 1000 institutions and 10 million students.

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The bitcoin miner turned AI infrastructure firm will co-develop a 168 MW data center in Texas, with long-term revenue locked in.

The post Google Arts & Culture Elevates Virtual Travel with AI Tours appeared first on StartupHub.ai.

Google Arts & Culture is redefining virtual exploration with new AI tours for North Gyeongsang, South Korea, featuring interactive, Gemini-powered commentary.

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Agent-based payment protocols like Google's AP2 and Stripe's ACP improve transaction efficiency with verifiable mandates and streamlined authorization.

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Called “Coach,” this feature is designed to be your all-in-one fitness trainer, sleep coach, and health and wellness advisor.

OPPO has announced a new phase of collaboration with Google to improve how users experience AI on their phones. The partnership focuses on three main areas: personalized AI features, better AI model deployment, and stronger privacy protection.

Kai Tang, President of Software Engineering at OPPO, said, “Working closely with partners like Google allows us to integrate next-generation AI experiences that are not only powerful but also highly personalized and secure.”

Mind Space integrated with Gemini

A key part of this collaboration is a new app called Mind Space, launching with the OPPO Find X9 Series, which is scheduled to debut on October 28. Mind Space helps users collect and organize on-screen content, such as text, images, or web pages, using a simple three-finger swipe. All saved content is stored in one place and automatically sorted for easy access.

OPPO has worked with Google to connect Mind Space to Gemini. This integration allows Gemini to access content from Mind Space and help users take action with it. For example, someone planning a trip can save articles and notes in Mind Space and then ask Gemini to create a detailed itinerary. Users can choose exactly what Gemini can see or use from within Mind Space, keeping control over their data.

Gemini-powered features on Find X9 Series

Gemini will also work with other OPPO apps. Users can chat with Gemini to get help, edit photos using the Nano Banana image editing model, or ask questions through Gemini Live. Gemini Live can respond to what users see on their screen or through their camera, offering visual help such as showing steps to fix a device or organize storage.

Built on privacy and trust

All these features are backed by OPPO’s AI Private Computing Cloud, which uses Google Cloud’s confidential computing services. This setup ensures that all AI processing happens in a secure and encrypted environment. Sensitive data remains private and cannot be accessed by any third party, including OPPO.

Launching with Find X9 Series

The full range of these AI features will be available on the OPPO Find X9 Series and ColorOS 16. Buyers of the Find X9 or Find X9 Pro will get a free three-month subscription to Google AI Pro, which includes access to premium Gemini tools and 2TB of cloud storage.

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Google has redesigned AI Studio with a new AI-powered vibe coding feature that lets anyone go from a simple prompt to a working AI app in minutes. The update removes the need to handle API keys or connect multiple models manually, making app creation faster and easier.

Start with a Prompt

Users can now describe the kind of app they want, and AI Studio automatically connects the right models and APIs using Gemini. For example, you can build tools like Veo to generate videos from a script, or Nano Banana for AI-powered image editing. You can even create a writing app that checks sources through Google Search. The new system removes the need to work with separate APIs, SDKs, or services. Just describe your idea, and AI Studio builds it. If you need a quick idea, the “I’m Feeling Lucky” button can generate a random project for you.

Get Ideas and Inspiration

The App Gallery has been redesigned into a visual library of sample projects made with Gemini. You can explore them, view starter code, and remix them into your own. The new Brainstorming Loading Screen shows Gemini-generated ideas while your app is building, giving you more inspiration as you wait.

Edit Apps Easily

The new Annotation Mode makes editing simple. You can point to any part of your app and tell Gemini what to change. For example, you can say “make this button blue” or “animate the image from the left,” and it will update right away. You no longer need to dig through lines of code to make small changes.

Keep Working Without Stops

If you reach your free usage limit, you can add your own API key and continue coding. AI Studio will switch back automatically when your free tier renews.

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If you’re making TikToks in 2025, your phone isn’t just a phone. It’s your camera rig, editing suite, sound booth, and live broadcast studio all in one. Raw specs alone are no longer enough. You need cameras that don’t blow out highlights or lose detail in low light, software that understands creative workflows, and connectivity that stays reliable during uploads. And ideally, it all fits in your pocket.

Here’s a breakdown of the best smartphones for TikTok creators in 2025 based on what actually matters for shooting, editing, and posting content on the go.

iPhone 17 Pro / Pro Max

Apple’s new iPhone 17 Pro and Pro Max are built for serious content creators. Both models feature a triple 48MP camera system, including a next-generation telephoto lens with 8x optical zoom at 200mm. This setup works well for creative portrait videos and stylized b-roll. The 18MP front camera now uses a square sensor, which helps capture wide, cinematic-looking vlogs and selfies.

The A19 Pro chip, combined with Apple’s 16-core Neural Engine, processes 4K 120fps Dolby Vision video without breaking a sweat. High-resolution footage can be edited directly in apps like iMovie or CapCut without slowing the system down.

For vloggers, Dual Capture allows simultaneous front and rear camera recording. This is useful for reaction videos, travel updates, and storytelling content. With vapor chamber cooling and up to 2TB of storage, the iPhone 17 Pro models deliver studio-level performance in a phone.

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Google Pixel 10 Pro / Pro XL

The new Pixel 10 Pro and Pro XL are ideal for creators who want software to handle much of the workload. The Tensor G5 chip may not be the fastest in benchmark tests, but it focuses heavily on camera performance. Features like Magic Cue, Auto Best Take, and Camera Coach help creators optimize scenes in real time.

The 48MP Pro Res Zoom camera supports up to 100x digital zoom with strong stabilization and clear detail. The front camera now shoots at 4K 60fps. Features like cinematic blur and HDR10+ add a polished look to everyday clips.

Google has also introduced Pixelsnap, a magnetic accessory system that supports 25W Qi2 wireless charging and works with grips, gimbals, and other tools. It is a creator-friendly ecosystem with support for fast shooting and seamless setup.

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Samsung Galaxy S25 Ultra

Samsung’s Galaxy S25 Ultra is designed for creators who treat mobile video like professional work. The 200MP main sensor produces ultra-detailed footage, and the new 50MP ultra-wide camera captures cleaner visuals in low-light indoor settings.

The camera app includes tools like ProScaler for advanced image processing and Galaxy Log for direct in-camera color grading. These features make it easier to maintain a consistent visual style. Optical zoom at 5x and 10x levels adds framing flexibility for stylized shots.

The Snapdragon 8 Elite chip powers on-device AI, while a larger vapor chamber improves thermal stability. With a 5000mAh battery, the Galaxy S25 Ultra supports long recording sessions without overheating or draining too quickly.

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Xiaomi 15 Ultra

The Xiaomi 15 Ultra caters to creators who demand full manual control and high-end video output. It uses a Leica-branded quad-camera system with a 1-inch primary sensor and a 200MP HP9 telephoto lens. The phone supports 4K 120fps recording, 10-bit Log, and ACES-certified video standards.

Xiaomi includes a dedicated Photography Kit Edition. This grip accessory features a shutter button, thumb rest, filter ring, and a built-in 2,000mAh battery. This toolset helps creators stay productive on longer shoots.

The phone runs on HyperOS, which efficiently handles large video files and complex editing tasks. It is best suited for creators who treat mobile filmmaking like a professional setup.

Vivo X200 Ultra

Vivo’s X200 Ultra emphasizes imaging above all else. The phone features two 50MP Sony LYT-818 sensors and a 200MP Zeiss APO super-telephoto lens with 200mm optical zoom. Two custom imaging chips, VS1 and V3+, handle image processing before and after capture. This setup ensures responsive performance, even with complex video modes.

It supports 4K 120fps, time-lapse video, and a professional-grade teleconverter kit. Vivo also offers a separate photographer’s kit that includes a zoom lever, shutter grip, and a 2300mAh battery. This phone is highly adaptable for professional-style content creation.

iPhone 17

Apple’s base iPhone 17 brings several pro-level features to the standard model. The 6.3-inch display now includes ProMotion and Always-On Display, while the A19 chip delivers top-tier processing. The camera system includes a 48MP main and 48MP ultra-wide lens, along with the new 18MP Center Stage front camera.

This front camera uses AI to track faces, rotate orientation, and improve framing for group selfies and vlogs. It also supports 4K HDR video and Dual Capture. For lifestyle creators and everyday vloggers, the iPhone 17 is a strong choice. It is lightweight, fast, and easy to use.

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Fitbit's Gemini coach, now in public preview, leverages advanced AI to provide personalized fitness, sleep, and health coaching, redefining digital wellness.

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Google is working to make its on-device security features more transparent and manageable for users. An analysis of a recent beta version of the Play Protect Service app indicates that the company is adding updates to its Live Threat Detection tool, which uses artificial intelligence models to identify potentially malicious applications on Pixel phones and Android devices in general.

The Live Threat Detection feature fully relies on local, on-device AI. This means all the processing happens entirely on the local hardware. This approach allows for quick threat detection without requiring sending sensitive application data to Google’s cloud servers. The result is a strong layer of user privacy throughout the scanning process. Now, Google is making it friendlier and easier to use.

Live Threat Detection upgrade for Android: See every flagged app in one place

Currently, Android’s Live Threat Detection issues real-time alerts when it detects suspicious app behavior. However, the feature offers limited visibility beyond those initial notifications. Google is now fixing this lack of a central hub. The recent findings (by Android Authority) point to the development of a dedicated new page for the security tool. This upcoming screen is expected to clearly list all applications that the system has flagged as potential threats. Moving the threat information from individual, potentially numerous notifications to a permanent, centralized report is a great move. It improves user control and makes the security status of the device significantly easier to check at a glance.

Additionally, Google is adding a new, specific alert type focused on data harvesting. Code strings reveal a future warning designed to explicitly inform users when an application deemed unsafe is detected monitoring the device’s location or activity. This alert directly addresses a major area of ​​concern for user privacy: applications that covertly harvest sensitive data or track user movement patterns without proper consent.

These changes aim to enhance the usefulness of Android’s security tools. The mainstream public often underestimates security improvements because they often act in the background. However, keeping your personal data safe from potential bad actors is key in today’s tech industry.

The post Android's Live Threat Detection is Getting Powerful Updates appeared first on Android Headlines.

Google Chrome browser has now adopted a complete Material 3 Expressive design. The deployment of new UI components was initiated in late August, and Google took almost two months to fully deploy the interface.

Samsung phones have also received the updated Chrome with new Expressive design elements. The leading internet browser app has turned a bit more visually appealing, thanks to Google’s brand-new design language.

Google’s Chrome app has tweaked its 3-dot menu and tab grid.

The 3-dot menu now has forward, bookmark, download, site info, and refresh buttons in circular containers at the top. In the screenshots attached, you can see the Chrome app’s 3-dot overflow menu in Light and Dark modes.

Next is the Tab Grid, which has painted the new tab “plus” icon into dynamic color. Depending on your phone’s theming settings, Chrome’s “plus” key within the Tab Grid will appear be it Blue, Pink, or Monochrome.

When you swipe to close a tab, a pop-up appears at the bottom that has adopted a shadow effect. Tabs in the Incognito mode and Group switcher are also tweaked with the addition of a separate container with a squircle button.

Some components on Samsung phones differ from Google Pixels, probably due to a staged rollout. You may notice even more differences if you’ve a color palette applied, so don’t consider it a bug or deficiency.

Get Chrome 141 to experience the complete Material 3 Expressive design.

Recently, Google has updated the Messages app with a full Material 3 Expressive design; head over here to see what changed.

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Google AI Studio's 'vibe coding' allows users to describe AI app ideas in natural language, with Gemini models handling complex setup and iteration.

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Google's new initiatives in Southeast Asia are poised to drive significant AI economic growth SEA, with a projected US$270 billion boost through strategic investments in skills, research, and sustainability.

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Google has made it easier to create presentations with its Gemini app. The Canvas tool in Gemini can now take a document or even a short text and turn it into a complete slide deck in just seconds. This is perfect for anyone who has stared at a blank Google Slides page, unsure where to start.

With this new feature, you can upload a report, research paper, or any text file, and Canvas will automatically make a presentation for you. The slides are already organized with sections, visuals, and design formatting.

You can then export the draft directly to Google Slides and make any final changes. This saves a lot of time, as you no longer need to copy text, design slides, or look for pictures yourself.

The feature is currently being rolled out for both personal and Workspace accounts. Early reports show that Pro subscribers are getting access first, but it should be available to free users soon.

This builds on Canvas’s earlier feature, which helped users write and edit text with the help of Gemini’s AI. Now, it goes further by turning written work into slides that are ready to present.

This update is especially handy for students, teachers, and professionals who often need to make presentations. Instead of spending hours designing slides, you can rely on Gemini to create a first draft and then tweak it to your liking.

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Google is working on a new feature to make multitasking on Android tablets much easier. Tablets already have features like a taskbar, split-screen mode, and improved drag-and-drop, but they still aren’t as powerful as PCs when it comes to using multiple apps at once.

The new feature could let you open any app in a floating bubble. Right now, bubbles only work with messaging apps. But with this update, you might be able to open apps, such as YouTube, Chrome, or Gmail, in small floating windows. This would make it easier to use several apps at the same time, even on smaller screens.

Recent updates in Android 2510 Canary show signs of this feature. The Pixel Launcher, which manages the home screen and taskbar, includes a new tutorial.

It explains that you can “drag an app to the bottom corners to make it float.” An animation shows an app being dragged from the taskbar to the bottom right corner, opening in a small bubble instead of split-screen.

This new drag gesture is simple and fits well with how other multitasking features work. Instead of tapping a button, you just drag the app. Since Android already lets you add any app to the taskbar, it seems likely that this bubble feature will work with all apps, not just messaging.

Google hasn’t officially confirmed the feature yet, but the tutorial suggests it is coming. It could arrive in Android 16’s third quarterly release (QPR3) next March. If this feature launches, it would make Android tablets much easier to use for multitasking.

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Google brought visual call customization to Android with the “Calling Cards” feature. However, one key piece of functionality has been notably missing. Android users could design unique screens for their contacts’ incoming calls, but they could not control what their own call screen looked like on a friend’s device. This omission was a significant one compared to rival operating systems. However, Google is now ready to address this long-standing oversight in Android‘s implementation with a new “My calling card” option.

Code spotted by Android Authority within a recent beta version of the Phone by Google app reveals work on an upcoming setting called “My calling card.” The description associated with this unreleased tool is straightforward. It will help you to “customize how you’ll appear when making or receiving calls.” While the feature is not yet functional in the public beta, the explicit text confirms that a true two-way customization system is actively in development.

Android Calling Cards could match iOS’ Contact Posters soon

This change would finally bring full creative control to users. It could allow them to define their visual identity on a remote device. The potential move could also bring feature parity in the competitive mobile space. However, it raises one interesting technical consideration: how will the system handle a potential conflict? What happens if the sender uses the “My calling card” feature, but the recipient has already created a custom card for that contact? Google will likely implement a dual-option system, perhaps giving the recipient the choice between displaying the card designed by the sender or the one they created themselves. This level of user control is necessary for a fluid experience.

There is no official timeline for the public rollout yet. But the discovery of the “My calling card” setting is a clear signal that Google is refining Android’s Calling Cards experience. Once this functionality arrives, Android users will finally gain the full creative control over their call identity.

The post Android's Calling Cards Will Finally Get Full Customization appeared first on Android Headlines.

The race to harness quantum computing just saw a major acceleration. Google recently announced a significant breakthrough using its Willow quantum chip and a new method called the Quantum Echoes algorithm. This achievement moves the field closer to what researchers call “practical quantum advantage.” The latter is the point where quantum computers can solve meaningful real-world problems that are simply impossible for the best classical supercomputers to handle in a reasonable amount of time.

Google’s experiment involved a complex physics simulation. It measured a subtle quantum phenomenon known as the second-order out-of-time-order correlator (OTOC). According to Google, its quantum device performed the calculation over 13,000 times faster than the Frontier supercomputer. Frontier is currently ranked as the world’s most powerful classical machine. To put that in perspective, the task took the quantum chip just over two hours, while the supercomputer would have required an estimated 3.2 years of continuous operation.

Quantum Echoes: Google demonstrates real-world quantum application

The key to this speed is the Quantum Echoes algorithm itself. The technique works by leveraging the unique properties of qubits—the quantum equivalent of binary bits—which can exist in multiple states at once.

The process is conceptually simple. The team sends a specific signal into the quantum system (the Willow chip), introduces a tiny disruption, and then runs the entire signal evolution backward in time. As the evolution reverses, the quantum waves create a moment of “constructive interference.” This magnifies the resulting “echo,” making the final measurement incredibly sensitive. The output reveals how information spreads and interacts across the quantum system.

This approach is powerful because the result is verifiable. Unlike some previous quantum speed demonstrations, the output of the Quantum Echoes algorithm can be repeated on other comparable quantum computers and, more importantly, can be cross-checked with real-world physical experiments.

A molecular ruler for science

To demonstrate the real-world utility of this method, Google partnered with researchers at the University of California, Berkeley. They applied the Quantum Echoes algorithm to study the structure of two different molecules.

They compared the quantum results with those from Nuclear Magnetic Resonance (NMR) spectroscopy. NMR is a method currently used in chemistry (and the science behind MRI technology). The data from both systems aligned perfectly. Crucially, the Quantum Echoes technique managed to extract structural information that standard NMR methods typically cannot reveal, effectively acting as a “molecular ruler” with unprecedented precision.

Full-scale quantum computers capable of completely revolutionizing medicine and materials science still require hardware with millions of highly stable qubits. However, Google believes this algorithmic breakthrough is a greater stride. The company remains optimistic, projecting that the first real-world quantum applications could arrive within the next five years. This research points to a future where quantum machines are also useful for scientific discovery, not just complex speed tests.

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Google's new AI tools, including Nano Banana and Veo, democratize advanced generative AI, making sophisticated creative capabilities like spooky AI images accessible to all users.

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Well, Anthropic's latest deal with Google Cloud is probably something we should've seen coming, considering the firm's enmity with NVIDIA, and how Jensen sees Google's TPUs as a 'formidable' ASIC rival. Anthropic's Latest Deal With Google Cloud Marks The Biggest External Adoption of TPUs For those unaware, Anthropic has recently announced its intention to expand its computing power by entering into a deal with Google Cloud, which will focus on employing up to one million TPU chips, marking the largest deal secured by Google for its custom AI chips. Anthropic, in this deal alone, would have access to "over a […]

Read full article at https://wccftech.com/anthropic-has-turned-up-the-heat-on-nvidia-with-the-latest-google-tpu-deal/

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Gemini AI is revolutionizing the World Series, enhancing broadcast commentary with real-time stats and ensuring seamless delivery through agentic network monitoring.

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Google and Anthropic are both companies that have placed some big bets on the AI space, and now the two are working together through a partnership for a new cloud deal. Both companies officially announced the new partnership this week, and it has the potential to be a big money maker for Google. Google already makes a substantial amount of money from its cloud services, ad business, and other avenues, but this is shaping up to be what is likely an easy win for the search company.

According to the report, Google is providing Anthropic with Tensor Processing Units for Anthropic’s own endeavors. In other words, Anthropic is buying AI chips from Google to use in its future AI advancements. This deal is worth multiple billions, and is yet another way that Google is solidifying itself as a major player in the AI space. Google already operates and offers several AI-powered products and services from Gemini to NotebookLM and beyond. This deal with Anthropic allows it to stay within the AI space, but without many of the other hurdles it might have to go through if it were announcing a new AI product or service under its own umbrella. Essentially, Google is operating a little more like NVIDIA here. Providing the compute hardware, while Anthropic plans to use that for its own services.

Google will provide up to 1 million TPUs to Anthropic as part of the cloud deal

This is where things really start to add up in terms of revenue. Exact numbers haven’t been provided in terms of how many TPUs Anthropic is actually buying. However, it’s reported that the deal allows it to buy up to 1 million of Google’s custom-designed TPUs. The company is “expected to bring well over 1-gigawatt of AI compute capacity online” next year.

That 1 gigawatt could cost Anthropic close to $50 billion, and $35 billion of that is said to be the potential cost of the chips. So, Google could stand to make around $35 billion from this deal. Google Cloud CEO Thomas Kurian praises Anthropic for recognizing the “strong price-performance and efficiency” of Google’s TPUs for several years.

The post Google enters multi-billion dollar cloud deal with Anthropic for Tensor chips appeared first on Android Headlines.

Google, Anthropic, and Qualcomm ramp up AI investments in India, aligning with the IndiaAI Mission to boost innovation, jobs, and digital growth.

The post US tech giants deepen AI, digital investments in India appeared first on CoinGeek.