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Google

The Gmail address which you created years ago, still follows you everywhere on resumes, subscriptions, work logins, and personal communication. What once felt clever or casual can later feel outdated or unprofessional. Until now, that early choice was permanent. If you wanted a new Gmail name, the only real option was starting over with a new account.

That rigidity is finally easing. Google is preparing to introduce and allow a feature that would allow users to change their Gmail usernames, which is indeed a good shift.

The update first surfaced on a Google support page published in Hindi, where the company outlines a new option that lets users modify an email address ending in “@gmail.com”. This is notable cuz, Before, Google only allowed email changes for accounts that used third-party addresses. Gmail-native addresses were locked in from day one.

If this gets rolled out broadly as expected, this shift/change would mark as the first time where users can update their Gmail identity without abandoning their account, data, or history.

How the New Gmail Address Option Works

Under the proposed system, users would be able to choose a new Gmail address linked to their existing account. Rather than replacing the old address entirely, Google may convert it into an alias.

In practical terms, this means users could sign in using either the old or new address. Emails sent to both addresses would continue to arrive in the same inbox, and existing data such as photos, documents, messages, and past emails would remain untouched. From the user’s perspective, the transition would be seamless, without the disruption that comes with account migration.

The Reason it matters

Email addresses are no longer just digital communication tools. They act as digital IDs, tied to financial services, professional profiles, cloud storage, and personal memories. Making changes in them has always been risky and inconvenient for many.

By allowing this feature, Google shows its acknowledgement that identities evolve. What suited a teenager or student may not fit a working professional or business owner years later. This move offers people a way to align their online presence with who they are now, without losing access to years of digital history.

What We Know and What’s Still Unclear

While the support page confirms that the feature is being rolled out, Google has not yet shared full details on availability, eligibility, or timelines. Reports suggest the option could become more widely accessible in 2026, but the company has not formally announced a global launch schedule.

It also remains to be seen whether there will be limits on how often a Gmail address can be changed, or whether certain usernames will remain restricted due to security or availability concerns.

A Shift in Google’s View of Digital Identity

This update reflects a broader change in how tech companies think about user flexibility. For years, permanence was seen as a feature — a way to ensure security and consistency. Now, adaptability is becoming just as important.

By treating old Gmail addresses as aliases instead of liabilities, Google is offering a rare combination: continuity without rigidity. It is a small change on the surface, but one that could significantly improve how people manage their digital lives.

Looking Ahead

If implemented smoothly, this feature could reshape long-standing assumptions about email permanence. It offers users control without complexity, and identity updates without loss.

For anyone who has ever cringed at an old Gmail username, 2026 might finally bring the chance for a fresh start — without starting over.

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Android Emergency Location Services

Google has made a change to help people in India during emergencies. It has added a feature to Android phones that can share a user’s exact location with emergency responders. This feature is called Emergency Location Service (ELS), and it is especially useful when someone calls for help during a crisis.

People in Uttar Pradesh are the first in India to have this service fully operational. The feature has been connected to the emergency number 112, which means Emergency Location Service now works directly with the emergency response system in Uttar Pradesh.

This move is significant because it helps people receive emergency assistance faster and more accurately. It is particularly helpful in situations where callers are unable to clearly explain where they are. With precise location sharing, emergency teams can reach people more quickly and easily, improving response times and outcomes.

What Emergency Location Service Does

Emergency Location Service plays an important role in emergency situations. It acts as a helper that finds a user’s location when they urgently need help.

The service uses technology to determine where a phone is located when someone contacts emergency services. It is useful even when the caller does not know their exact location.

  1. Emergency Location Service works with emergency services such as the police and ambulances.
  2. It shares the caller’s location with them so they can respond quickly.

Emergency Location Service is built into Android devices and is always ready to help when needed.

When a user calls or sends a message to an emergency number from an Android phone, the system automatically determines their location and shares it with emergency responders. This process happens without any action from the user. This is important because it allows help to reach someone even if they are scared, injured, or if the call gets disconnected.

The service runs quietly in the background and becomes active only during an emergency interaction.

How the Technology Pinpoints Location

Google’s Emergency Location Service collects information from several sources on the phone. These include GPS signals, nearby Wi-Fi networks, and mobile cell towers. By combining these signals, ELS can determine a user’s location, often within about 50 metres.

The feature works using Android’s Fused Location Provider, which uses machine learning to calculate the most accurate location in real time. Even if a call is disconnected shortly after being made, emergency responders can still receive the location data from the device.

Uttar Pradesh Leads the Rollout

Uttar Pradesh has taken the lead in implementing Emergency Location Service in India. While ELS has been available globally on Android devices running version 6.0 and above, it only functions when local authorities integrate it with their emergency systems.

In India, Uttar Pradesh is the first state to complete this integration.

The Uttar Pradesh Police, working with technology partner Pert Telecom Solutions, have connected ELS to the 112 emergency response system. As a result, Android users in the state can automatically share their location when contacting emergency services, helping authorities reach them faster.

Privacy and Data Protection

Google has stated that strong privacy safeguards are built into Emergency Location Service. The location data generated by ELS is shared only with emergency service providers. Google does not store or access this data.

The service activates only during emergency calls or messages, and users are not tracked outside these situations.

ELS is completely free to use. Users do not need to install additional apps or change any phone settings.

A Growing Emergency Toolkit on Android

The launch of ELS in India follows other safety-related features introduced by Google. One such feature allows users to share live video from their phone’s camera with emergency responders, if requested. This can help responders better understand a situation before arriving at the scene.

These features are designed to reduce response times and improve coordination during critical moments.

What This Means Going Forward

Uttar Pradesh’s implementation of Emergency Location Service may encourage other states to adopt the feature as well. If rolled out more widely, ELS could significantly improve responses to medical emergencies, accidents, and law enforcement situations across the country.

For millions of Android users, this update quietly turns their phone into a more reliable lifeline when it matters most.

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Google Photos

Google Photos has officially stepped far beyond its identity as a storage vault. With its latest update, the app becomes a thinking, responding, creating companion—capable of understanding your words, reimagining your images, and finding memories through conversation. This is not just an upgrade; it is a shift in what photo apps can be.

Natural-Language Editing: Speak Your Vision, See It Done

The cornerstone of this update is editing powered by simple natural language. Instead of wrestling with sliders or fiddling with complex menus, users can now type what they want: brighten the sky, open closed eyes, remove glare, replace sunglasses—Photos interprets the request and performs the transformation instantly.
It’s editing without barriers, designed for anyone who knows what they want even if they don’t know how to achieve it.

Nano Banana Arrives: Creativity Without Limits

Google’s playful yet powerful generative model, Nano Banana, is now directly embedded into the app.
With just a short prompt, you can restyle your images, create artistic reinterpretations, or generate entirely new visual concepts.
It’s a feature built for experimentation—professional users get creative options, while casual users unlock fun ways to remix their memories.

A Refined Editor Comes to iOS in the U.S.

iOS users receive an upgraded editor that rethinks interaction. Gesture-based controls make precision adjustments smoother, while voice-assisted editing brings hands-free creativity to the forefront. This redesign turns complex tasks into fluid motions and spoken prompts.

“Create With AI” Expands on Android

Android users in the U.S. and India gain access to a dedicated Create with AI hub.
This section features imaginative templates ready for personalisation—studio-style portraits, festive scenes, stylised cards, themed edits, and more.
The tool is designed to spark ideas, offering preset pathways for users who want something striking without starting from scratch.

Ask Photos Goes Global: Search Like You Talk

One of Google Photos’ most celebrated tools, Ask Photos, now reaches users in over 100 countries.
This conversational search lets you locate images using plain language—“pictures from last winter,” “tickets from the concert,” “me with my dog as a puppy.”
It also supports multiple languages, making the feature far more inclusive and intuitive.

The New Ask Button: A Chat Window for Your Memories

A new in-app Ask button ties the experience together. Instead of navigating tabs, filters, and menus, users can simply describe what they want.
Find photos, receive suggestions, revisit related moments, or explain the edits you’d like to see—Photos handles the rest.
It transforms the app into something closer to a personal visual assistant than a traditional photo gallery.

A Step Toward Interactive, Human-Centered Photo Management

This update signals a clear message: Google wants photo management to feel alive, personal, and limitless. By blending generative creativity, conversational search, and intuitive editing, Google Photos becomes a space where imagination can move as fast as memory.

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prompt flux malware

Google’s Threat Intelligence Group (GTIG) has identified an experimental malware family known as PROMPTFLUX — a strain that doesn’t just execute malicious code, but rewrites itself using artificial intelligence.

Unlike traditional malware that depends on static commands or fixed scripts, PROMPTFLUX interacts directly with Google Gemini’s API to generate new behaviours on demand, effectively creating a shape-shifting digital predator capable of evading conventional detection methods.

A Glimpse into Adaptive Malware

PROMPTFLUX represents a major shift in how attackers use technology. Instead of pre-coded evasion routines, this malware dynamically queries AI models like Gemini for what GTIG calls “just-in-time obfuscation.” In simpler terms, it asks the AI to rewrite parts of its own code whenever needed — ensuring no two executions look alike.

This makes traditional, signature-based antivirus systems nearly powerless, as the malware continuously changes its fingerprint, adapting in real time to avoid detection.

How PROMPTFLUX Operates

The malware reportedly uses Gemini’s capabilities to generate new scripts or modify existing ones mid-operation. These scripts can alter function names, encrypt variables, or disguise malicious payloads — all without human intervention.

GTIG researchers observed that PROMPTFLUX’s architecture allows it to:

  • Request on-demand functions through AI queries
  • Generate obfuscated versions of itself in real time
  • Adapt its attack vectors based on environmental responses

While still in developmental stages with limited API access, the discovery underscores how AI can be weaponised in cybercrime ecosystems.

Google’s Containment and Response

Google has moved swiftly to disable the assets and API keys associated with the PROMPTFLUX operation. According to GTIG, there is no evidence of successful attacks or widespread compromise yet. However, the incident stands as a stark warning — attackers are now experimenting with semi-autonomous, AI-driven code.

The investigation revealed that the PROMPTFLUX samples found so far contain incomplete functions, hinting that hackers are still refining the approach. But even as a prototype, it highlights the growing intersection of machine learning and malicious automation.

A Growing Underground AI Market

Experts warn that PROMPTFLUX is just the beginning. A shadow economy of illicit AI tools is emerging, allowing less-skilled cybercriminals to leverage AI for advanced attacks. Underground forums are now offering AI-powered reconnaissance scripts, phishing generators, and payload enhancers.

State-linked groups from North Korea, Iran, and China have reportedly begun experimenting with similar techniques — using AI to streamline reconnaissance, automate social engineering, and even mimic human operators in digital intrusions.

Defenders Turn to AI Too

The cybersecurity battle is no longer human versus human — it’s AI versus AI. Defenders are now deploying machine learning frameworks like “Big Sleep” to identify anomalies, reverse-engineer adaptive code, and trace AI-generated obfuscation patterns.

Security teams are being urged to:

  • Prioritize behaviour-based detection over static signature scans
  • Monitor API usage patterns for suspicious model interactions
  • Secure developer credentials and automation pipelines against misuse
  • Invest in AI-driven defensive frameworks that can predict evasive tactics

The Future: Cybersecurity in the Age of Adaptive Intelligence

PROMPTFLUX marks the early stage of a new class of cyber threats — self-evolving malware. As AI becomes more integrated into both legitimate development and malicious innovation, defenders must evolve just as quickly.

The next generation of cybersecurity will depend not only on firewalls and encryption but on the ability to detect intent — to distinguish between machine creativity and machine deception.

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google and jio partnership

Google and Reliance Jio’s AI Collaboration: A Bold Leap for India’s Digital Future
Google and Reliance Intelligence Limited, a technology arm of Reliance Industries have unveiled a partnership that grants eligible Jio users free access to Google’s Gemini Pro AI plan for 18 months. This initiative is designed to accelerate India’s journey toward becoming a truly AI-empowered nation, aligning with Reliance’s “AI for All” mission.

Sundar Pichai on the Partnership: “AI for Every Indian”
Taking to X (formerly Twitter), Google CEO Sundar Pichai expressed his enthusiasm for the collaboration, stating:

“Thrilled to partner with Reliance Jio to bring the best of Google AI to India. Eligible Jio users will enjoy our AI Pro plan at no extra cost for 18 months including Gemini 2.5 Pro, 2TB of storage, and our latest AI creation tools. Can’t wait to see what we’ll build together!”

The Gemini Pro AI plan, priced at approximately ₹35,100, unlocks access to Gemini 2.5 Pro, Google’s top-tier generative model, alongside advanced image and video tools like Nano Banana and Veo 3.1. It also includes Notebook LM, an AI-powered research companion, and 2TB of cloud storage creating a comprehensive digital workspace for innovation and learning.

Seamless Rollout Through MyJio App
The activation process will be effortless for users. Jio has announced that the offer will first be extended to users aged 18–25 on its unlimited 5G plans, before scaling nationwide. With AI integration built into the MyJio ecosystem, users can access Gemini directly through the app bringing sophisticated AI assistance to everyday tasks, from research to content creation.

Empowering India’s Youth Through Accessible AI
This partnership focuses on democratizing AI literacy and capability. By offering advanced AI tools at no cost, Reliance and Google aim to empower young Indians students, creators, and entrepreneurs to harness the potential of artificial intelligence for real-world innovation.

Building India’s AI Backbone: Infrastructure and Enterprise Push
The collaboration extends beyond individual users. Reliance Intelligence will work with Google Cloud to deploy high-performance Tensor Processing Units (TPUs) within India, significantly increasing domestic AI compute power. This initiative complements India’s national goal of becoming a global hub for artificial intelligence research, application, and data sovereignty.

Moreover, Reliance Intelligence will act as a go-to-market partner for Gemini Enterprise, Google’s AI platform tailored for businesses. The alliance will allow Indian enterprises to build, train, and deploy intelligent agents for industries such as finance, healthcare, education, and logistics leveraging both Google’s models and Reliance’s homegrown AI systems.

Mukesh Ambani’s Vision: From AI-Enabled to AI-Empowered India
Commenting on the announcement, Reliance Chairman Mukesh Ambani said:

“Reliance Intelligence is committed to making AI accessible to all 1.45 billion Indians. Partnering with Google allows us to move from an AI-enabled India to an AI-empowered one where innovation and intelligence are within everyone’s reach.”

This reflects Reliance’s long-term strategy of integrating AI into its telecom, retail, and energy ventures, ensuring India’s technological progress remains inclusive and scalable.

Financial Backbone and Strategic Confidence
For the fiscal year ending March 31, 2025, Reliance Industries Limited reported consolidated revenue of ₹10,71,174 crore, with a net profit of ₹81,309 crore demonstrating the company’s financial strength and capacity to invest in future-forward technologies.

The Bigger Picture: A Digital Renaissance for India
This partnership is not merely a corporate deal; it is a strategic investment in India’s digital sovereignty. By combining Google’s AI capabilities with Jio’s vast network, the collaboration aims to unlock a new phase of digital creativity, education, and enterprise innovation one powered by intelligence, inclusivity, and scale.

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Google

When history looks back at the defining milestones in India’s technological evolution, October 14, 2025, will stand out as a date that changed the country’s digital destiny. At Bharat AI Shakti, an event preceding the India-AI Impact Summit 2026, Google announced an extraordinary initiative — the establishment of a $15 billion Artificial Intelligence hub in Visakhapatnam, Andhra Pradesh. Designed to be one of the world’s most advanced AI ecosystems, this hub signifies not just corporate investment but a shared vision for a digitally empowered future.

A Vision Beyond Infrastructure

More than a technological project, the Visakhapatnam AI hub represents a transformative leap toward integrating India’s potential with global innovation. The hub will host state-of-the-art AI infrastructure, data centers, renewable energy facilities, and an expanded fiber-optic network — all in one integrated ecosystem. This ambitious blueprint echoes India’s Viksit Bharat 2047 vision, emphasizing the use of technology to foster sustainable economic growth, innovation, and inclusive progress.

Economic and Strategic Impact

Google’s investment is not only monumental for India but also significant for the United States. According to a detailed analysis by Access Partnership, the project is expected to add nearly $15 billion to the U.S. GDP within five years, through the export of AI services, cloud technologies, and engineering expertise. The initiative, therefore, transcends geography — serving as an economic bridge that strengthens bilateral ties between India and the U.S. while setting a precedent for global cooperation in artificial intelligence.

The Leaders Behind the Leap

The announcement brought together some of India’s most influential figures, reflecting the national importance of the project. The event saw the presence of Shri Ashwini Vaishnaw (Minister for Railways, Information & Broadcasting, and Electronics & IT), Smt Nirmala Sitharaman (Finance Minister), Shri Nara Chandrababu Naidu (Chief Minister of Andhra Pradesh), Shri Nara Lokesh (Minister for IT, Electronics & Communications, Andhra Pradesh), and Thomas Kurian (CEO, Google Cloud). Their collaboration underscored the fusion of government vision and private innovation — a partnership that has long been awaited in India’s digital transformation journey.

A Hub for Innovation, Learning, and Employment

The AI hub is expected to generate thousands of direct and indirect jobs, nurturing a new wave of AI professionals, engineers, and data scientists. Beyond employment, it will serve as a research and development nucleus, driving advancements in automation, cloud intelligence, healthcare technology, and digital governance. Startups, universities, and young innovators are anticipated to find new pathways of collaboration within this ecosystem — making Visakhapatnam not just a tech city but a hub of creative intelligence.

A Shared Global Purpose

At its core, this initiative signifies something larger than technology — it is a movement toward responsible AI. Google’s focus on ethical AI practices, energy-efficient infrastructure, and inclusion of local talent demonstrates that technological advancement can align with sustainability and human values. The Visakhapatnam hub aims to set global standards for how innovation can coexist with accountability and equitable growth.

The Road Ahead

As construction begins, the next five years will be crucial in shaping the hub’s real impact. The initiative will likely inspire other multinational companies to view India not just as a market, but as a partner in global AI advancement. For India, this development is more than a commercial investment — it’s a testament to its growing stature as a technological superpower that balances progress with purpose.

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google & qualcomm

A Bold Step Toward Android-Powered PCs

At the Snapdragon Summit 2025, Qualcomm and Google unveiled their vision of the next generation of computing—Android-powered PCs running on Snapdragon chipsets. This joint effort could reshape the personal computing market by combining the efficiency and connectivity of mobile platforms with desktop functionality.

Qualcomm and Google’s Big Announcement

Qualcomm CEO Cristiano Amon and Google’s SVP of Devices and Services Rick Osterloh shared the stage to hint at a collaborative project. While product names or launch timelines were not disclosed, the companies emphasized a shared technical foundation that will allow Android to extend seamlessly across desktops and PCs. Amon went on to describe the project as “incredible,” highlighting its role in bridging the gap between mobile and desktop computing.

The Road to Convergence: Android and Chrome OS

Google has reportedly been working for years on merging Android and Chrome OS into a single, unified platform. The remarks made at the Summit suggest that this ambition is nearing reality. By blending the strengths of both operating systems, the upcoming Android PCs are expected to offer smoother cross-device integration and enhanced user experience.

Snapdragon at the Core

These upcoming PCs will be powered by Qualcomm’s Snapdragon processors—chips already known for driving smartphones, tablets, smartwatches, and TVs. With its Snapdragon X series designed for computing, Qualcomm aims to challenge the dominance of traditional x86-based processors in the PC space by focusing on AI capabilities, superior battery efficiency, and constant connectivity.

What This Means for Chromebooks

While official details are still under wraps, industry speculation points to these Android-driven PCs eventually replacing the Chromebook lineup. By shifting to Android PCs, Google could simplify its ecosystem while opening up new opportunities for app developers and businesses.

Looking Ahead

Though pricing, hardware specifications, and release dates remain undisclosed, the move signals a major shift in the computing landscape. If successful, Snapdragon-powered Android PCs could deliver the long-envisioned convergence of mobile and desktop platforms, changing how users interact with devices across work, play, and communication.

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Gemini AI

Google is once again reshaping how we interact with the internet. Starting this week, Gemini AI models will be directly available in Chrome for desktop users in the US. This move signals Google’s ambition to transform the browser into more than just a window to the web—it is now evolving into a smart assistant capable of multi-step tasks, summarisation, and deeper integration with everyday Google apps.

Why This Rollout Matters

The integration of Gemini into Chrome is not just a feature update—it’s a strategic shift. Browsers have always been the entry point to the internet, but with AI, Google is turning Chrome into an active partner in productivity and discovery. From retrieving past searches to helping summarise content across multiple pages, Gemini is set to change how users navigate information.

Key Features of Gemini in Chrome

  • Desktop Availability First: Rolling out for Mac and Windows users in the US with English set as the language.
  • Mobile Expansion: Soon coming to iOS via the Chrome app, and later extending to Android devices.
  • Business Integration: Gemini will also become a part of Google Workspace, assisting businesses in managing tasks, schedules, and workflows more efficiently.
  • Deeper Google App Synergy: Expect tighter links with YouTube, Maps, and Calendar, making everyday browsing more seamless.
  • Agentic Capabilities: In the coming months, Gemini will be able to handle multi-step tasks—like researching, planning, and executing across multiple tabs.

The Competitive Landscape

Google’s decision also reflects a broader industry trend. Competitors like Perplexity are working on AI-driven browsers, while startups like Comet promise to perform tasks on behalf of users. By integrating Gemini, Google is not only protecting Chrome’s dominance but also future-proofing its ecosystem against challengers.

The Legal Backdrop

Interestingly, this rollout comes shortly after a key antitrust ruling in the US. A judge spared Google from having to sell Chrome but did impose rules requiring it to share data and reduce exclusive deals. With Gemini in Chrome, Google strengthens its hold while carefully adapting to regulatory pressure.

What Users Can Expect Going Forward

The real promise of Gemini in Chrome lies in automation and personalization. Imagine asking your browser to:

  • Summarise five research articles into a quick brief.
  • Pull up a page you visited last week but forgot to bookmark.
  • Plan a trip using Maps, Calendar, and YouTube suggestions simultaneously.

In short, Chrome will no longer just show you the web—it will work with you on the web.

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google

A Stark Admission in Court

For months, Google has reassured publishers that the web is healthy and that its AI-driven search features aren’t undermining site traffic. Yet, in a recent court filing tied to its advertising monopoly case, the company admitted the opposite: “the open web is already in rapid decline.” The filing was revealed ahead of a trial that could determine whether Google must break up its ad tech business.

The Context Behind the Statement

The U.S. Department of Justice has pushed for Google to spin off parts of its advertising empire, arguing that its dominance stifles competition. Google countered, claiming that such a breakup would only worsen the “decline of the open web,” further harming publishers who depend on display advertising revenue.

This acknowledgement directly clashes with Google’s long-standing narrative that its search tools drive more traffic to a wider range of websites than ever before.

Google’s Public Position on Traffic and AI

Just months ago, Google executives publicly defended the company’s role in sustaining digital publishing:

  • Sundar Pichai, Google’s CEO, said in May that search is still sending traffic “to a wider range of sources and publishers.”
  • Nick Fox, SVP of Knowledge, claimed “the web is thriving” despite concerns about AI tools changing user habits.
  • Liz Reid, Google’s Search chief, argued that even with AI Overviews, click-through rates have remained “relatively stable” compared to last year, with billions of clicks still going to websites daily.

The Reality for Publishers

Outside of Google’s official messaging, many publishers and independent site owners report steep traffic declines, attributing them to both:

  • Shifts in Google Search algorithms, which frequently reorder visibility.
  • The rise of AI chatbots and AI Overviews, which often answer user questions directly, reducing the need to click through to external websites.

The contrast between what Google tells the public and what it admits in court filings reflects the difficult balance it faces — defending its dominance in one arena while trying to appear supportive of an ecosystem it simultaneously disrupts.

What This Means Going Forward

Google’s admission underscores the challenges of sustaining an open, ad-supported web in the age of AI. As trials over its advertising practices proceed, the outcome could reshape not only Google’s dominance but also the future of how digital content is discovered and monetized.

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Google Gemini

Starting September 2, Google will update its data policy for Gemini, its AI chatbot. This change will allow the company to use your interactions—including file uploads and chat prompts—to train and improve its artificial intelligence systems.

While this might sound like a way to make Gemini more intelligent and helpful, it also introduces concerns about privacy. If you’ve ever used Gemini to ask sensitive questions, you may wonder if those conversations should really be part of AI training. Fortunately, Google has provided a way to opt out.

Why Google Wants Your Data

Artificial intelligence models learn best from real-world examples. Public data alone can’t always capture the variety of ways people ask questions or express themselves. By studying chats and uploads, Gemini can refine its understanding of human language and deliver more accurate responses.

In short, your chats help the AI learn. But for some, the trade-off between smarter AI and personal privacy feels uneasy—especially when health, finance, or personal topics are involved.

What Exactly Will Be Collected?

Google calls this setting Gemini Apps Activity. Once the update rolls out, it will appear as Keep activity. When enabled, this feature records your chats, file uploads, and prompts. That means anything you type or share with Gemini could be stored for AI improvement.

The company emphasizes that the data isn’t directly linked to your personal account. Still, the option to opt out exists for those who’d rather not share their conversations at all.

How to Turn Off Gemini Activity on Desktop

If you’d prefer to stop sharing your interactions, here’s the process:

  1. Go to Gemini.Google.com and sign in.
  2. From the left-hand menu, click Settings and help.
  3. Under Activity, find Gemini apps activity (or Keep activity after September 2).
  4. Toggle it off to stop saving your chats and uploads.
  5. You can also delete your past records if you want them removed from Google’s servers.

Even after disabling it, Google temporarily holds the last 72 hours of your activity before deleting it permanently.

How to Disable It on Mobile

The steps are similar on the Gemini app:

  1. Open the Gemini app and tap your profile icon.
  2. Go to Gemini apps activity.
  3. Switch it off to prevent future training.
  4. Delete past data if you don’t want your history stored.

Remember, if you use multiple Google accounts, you’ll need to repeat the steps on each one.

The Bigger Picture: Privacy vs Progress

This update reflects a larger dilemma in the world of artificial intelligence. On one side, companies like Google need massive amounts of real data to create smarter, more reliable AI. On the other, users worry about privacy and how their information might be used.

By offering an opt-out choice, Google is trying to strike a balance. Whether you choose to keep activity on or off depends on your comfort level with sharing data for AI development.

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