This update represents a major step forward in OnePlus’s software strategy, not simply tweaking the interface but introducing a comprehensive redesign focused on performance, flexibility and artificial intelligence integration. Central to the experience is the new Parallel Processing 2.0 system, which reduces input-lag by beginning animations before previous operations have finished, resulting in a smoother and more seamless user experience. 

In practical terms, users will notice improved responsiveness when switching apps or pulling down menus; the “Fast & Smooth” feel — long associated with OnePlus — gets a fresh boost. The user interface has been refined: the new Luminous Rendering Engine delivers enhanced lighting and motion effects, and the lock screen has been revamped with the new Flux Theme 2.0, supporting animated video wallpapers, interactive widgets and a more immersive Always-On Display (AOD). 

Multitasking also receives a significant upgrade. OxygenOS 16 introduces expanded grid and layout options for the home screen, allowing for customized icon sizing, folder layouts and page ordering. More importantly for power users, Open Canvas—OnePlus’s split-screen tool—now allows up to five apps to run concurrently (three in split view + two floating), enhancing productivity on larger-screen devices. 

On the AI front, OxygenOS 16 brings several bold new features. Plus Mind acts as an AI-powered memory hub, enabling users to store voice notes, screenshots and captured content via a dedicated “Plus” key. The AI VoiceScribe feature delivers call summaries and meeting transcripts with automatic voice-based categorization, while the updated Recorder app uses AI-driven noise cancellation and context detection to optimize recordings of lectures, interviews or conversations. 

Creative workflows have been enhanced too. The Photos app now provides AI-assisted editing and organization: swiping up on an image brings instant access to metadata, editing tools and storage insights. The built-in video editor now offers transitions, background music and motion photo collages, while portrait lighting and glow effects benefit from AI enhancements. 

Behind the scenes, OnePlus’s new Trinity Engine performance-management framework dynamically balances processing power, thermals and energy consumption to deliver smoother operation and longer battery life. Network efficiency has also been improved with smarter Wi-Fi algorithms for weak signal areas and a refined “Game Assistant” mode for fluid gameplay without interruptions. 

As for the rollout, OnePlus has divided the upgrade into three phases. In Phase 1 (November 2025), the OnePlus 13, 13s, 13R, Open, 12 and 12R devices (plus Pad models) will receive OxygenOS 16. Phase 2 (December 2025) will cover the OnePlus 11 series, Nord 5, Nord CE 5, Nord 4/3, and Phase 3 (January–March 2026) includes the Beyond-flagship, Pad Lite, OnePlus 10 Pro and Nord CE 4/4 Lite. 

Users interested in installing the update can navigate to Settings → System & Updates → Software Update, check for the OxygenOS 16 rollout, and ensure their phone has at least 30 % battery and sufficient storage before starting the download.

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The OnePlus 13 and 13s series in India are set to receive the latest software upgrade — OxygenOS 16, based on Android 16 — beginning November 2025, according to an official announcement by the company. 

Apple is preparing to roll out the first developer beta of iOS 26.2 this week, marking another important step in the evolution of its mobile software. Following closely after the public release of iOS 26.1, the new beta is expected to arrive on November 5, 2025, offering developers and early adopters a preview of what the next incremental update will bring. While this release may not introduce sweeping visual overhauls or groundbreaking tools, it focuses on subtle but meaningful improvements to performance, privacy, and usability — all hallmarks of Apple’s steady refinement cycle.

According to early reports, iOS 26.2 will emphasize enhanced stability, system optimization, and better overall device efficiency. Users can expect smoother app transitions, faster system response times, and refined animations that make everyday interactions feel even more fluid. Apple has reportedly made several under-the-hood adjustments to improve battery management and memory efficiency, ensuring that even older iPhone models can benefit from a more stable experience. While these improvements might not grab headlines, they often define the difference between a good update and a great one — the kind that makes an iPhone feel newer without changing how it looks.

Beyond performance, iOS 26.2 is set to bring some notable functional upgrades that highlight Apple’s long-term vision for digital identity and secure communication. One of the most anticipated changes is the possible inclusion of U.S. passport support in the Apple Wallet app. If introduced in this beta, it would allow users to securely store and access a digital version of their passport directly from their iPhone — a step toward a future where wallets, boarding passes, and identity cards are all seamlessly integrated into a single ecosystem. While this feature may initially launch in select regions, it represents a significant advancement in Apple’s ongoing effort to digitize essential personal documents without compromising security.

Another key development expected in iOS 26.2 is the enhancement of RCS messaging, which Apple recently adopted to ensure smoother communication between iPhones and Android devices. The upcoming beta is rumored to introduce full end-to-end encryption for RCS messages, offering stronger protection for users’ conversations. This move not only reinforces Apple’s long-standing commitment to privacy but also sets a new benchmark for secure cross-platform messaging. In a time when digital security and encryption standards are constantly being scrutinized, Apple’s expansion of privacy features across its messaging platform could become one of the most defining aspects of this update.

The design of iOS 26.2 is expected to remain largely unchanged from its predecessor, iOS 26.1. However, subtle refinements are likely to make their way into the interface. The most recent update introduced a “tinted” option for the Liquid Glass display effect — a small yet visually appealing addition that subtly alters the system’s depth and texture. iOS 26.2 may continue this pattern, focusing on minor interface tweaks that improve visual consistency without altering the core look and feel of iOS. Apple’s philosophy in recent years has leaned towards continuity and gradual evolution rather than drastic design shifts, ensuring that users adapt seamlessly from one version to another.

The developer beta launching this week will likely be followed by a series of iterative builds over the next several weeks, each fixing bugs and fine-tuning performance before the final public release, expected sometime in December 2025. Apple’s release strategy typically involves a short testing phase, with developers providing feedback on performance issues and compatibility with third-party apps. Once the system stabilizes and major bugs are resolved, the update is pushed out to the public through a staggered release cycle.

While iOS 26.2 is classified as a minor update, its impact could be significant in ensuring a smoother and more secure experience across the iPhone lineup. Apple has been balancing innovation with reliability — a philosophy that has kept iOS at the forefront of mobile operating systems for more than a decade. By focusing on efficiency, optimization, and privacy, this update continues that tradition. It also lays the groundwork for the larger feature set that will arrive with iOS 27 next year, where Apple is expected to expand its AI integrations, improve system intelligence, and bring deeper personalization to the user experience.

In essence, iOS 26.2 may not dramatically change how users interact with their devices, but it will likely make those interactions feel more seamless, reliable, and secure. From smoother animations to enhanced RCS privacy and the possible integration of digital passports, every improvement — big or small — contributes to Apple’s long-term goal of creating an ecosystem that is both powerful and effortlessly simple. As the beta rolls out to developers, users can look forward to a more refined version of iOS that strengthens the foundation of what is already one of the world’s most stable and trusted mobile operating systems.

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iOS 26.2 Beta Expected to Launch This Week: What Users Can Expect from Apple’s Next Update

In a world where smartphones have become an inseparable part of daily life, battery life remains one of the most decisive factors for users. From long workdays to gaming marathons and endless streaming, modern users demand devices that can last through it all. The year 2025 has brought several powerful smartphones with exceptional battery optimization, intelligent charging systems, and energy-efficient processors — making battery anxiety a thing of the past.Let’s dive into the best battery backup phones of 2025 that dominate across various price segments — from budget to flagship.

1. Samsung Galaxy S24 5G — The Flagship Endurance King -Samsung’s Galaxy S24 series redefines flagship efficiency. Backed by a 4,900mAh battery and an AI-powered battery management system, it delivers nearly two days of moderate use. The Snapdragon 8 Gen 3 processor ensures top-notch performance while conserving power intelligently. Fast charging and wireless charging support make it a premium all-rounder.What truly sets the S24 apart is its adaptive refresh rate display that adjusts power draw based on the content, ensuring that even heavy multitasking or long gaming sessions don’t drain the battery too quickly.

2. iQOO Z10 5G — For the Gaming Enthusiast - iQOO continues to impress with its Z10 5G, a device built for performance and endurance. The 5,500mAh battery paired with 80W fast charging ensures that gamers can go from 0 to 100% in under 40 minutes. With the MediaTek Dimensity 8300 processor and vapor cooling system, it efficiently balances heat and battery performance during gaming sessions.For users seeking a gaming phone that doesn’t die mid-battle, the Z10 5G is a perfect fit.

 3. Redmi Note 14 5G — Budget Beast with Big Battery - Xiaomi’s Redmi Note lineup has long been known for its battery efficiency, and the Note 14 5G continues the legacy. With a 6,000mAh battery, users can expect up to two full days of typical usage. The 90Hz AMOLED display and optimized MIUI interface help conserve energy without sacrificing visual quality.It also supports 33W fast charging, ensuring quick top-ups for users on the move. For under ₹20,000, this phone is a battery champ that balances performance, display, and endurance perfectly.

4. OnePlus Nord CE5 5G — Balanced Performance and Longevity - The OnePlus Nord CE5 proves that mid-range phones can offer both style and stamina. Its 5,000mAh battery, coupled with 67W SUPERVOOC fast charging, provides a full day’s charge in just 30 minutes. OnePlus’s OxygenOS is known for being lightweight, giving users longer screen-on times compared to other Android skins.Whether it’s productivity, entertainment, or social media, the Nord CE5 handles it all while maintaining efficient power usage.

🔮 5. Nothing Phone (3) — Design Meets Durability - The Nothing Phone (3) blends futuristic design with practical battery endurance. The 4,700mAh battery might sound modest, but the Nothing OS optimization ensures over 7 hours of screen-on time. Its transparent design, efficient chipset, and adaptive charging make it one of the most balanced phones of the year. It’s also eco-friendly, featuring recycled materials — a nod to sustainability without compromising performance.

6. Infinix Note 50s 5G+ — Budget Powerhouse -Infinix has been gaining momentum with its battery-centric smartphones, and the Note 50s 5G+ is the brand’s best yet. A massive 7,000mAh battery ensures users can go up to three days without charging under light to moderate use. Its 45W fast charging support gets the phone fully charged in just over an hour.Targeted at budget-conscious buyers, it’s ideal for travelers, students, and professionals who prioritize longevity above all else.

The 2025 Battery Revolution: What’s New?

The new generation of smartphones in 2025 isn’t just about bigger batteries — it’s about smarter energy management. Brands like Samsung, Xiaomi, and OnePlus have integrated AI battery optimization, which learns usage patterns and adjusts background activity automatically.

Fast-charging technologies have also advanced, with 80W to 120W systems becoming more common even in mid-range devices. Furthermore, the industry is seeing graphene-enhanced batteries and solid-state research, hinting at even faster charging and longer lifespans in the near future.

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Best Battery Backup Phones of 2025: Power That Lasts All Day and Beyond

As the world becomes increasingly connected through smartphones, a hidden problem continues to grow beneath the surface — electronic waste. With over 5 billion phones discarded in just the past few years, the e-waste crisis is mounting at an alarming rate. But a new movement in the tech industry is transforming this challenge into an opportunity. The next big innovation in mobile technology isn’t just about faster processors or better cameras — it’s about sustainability. Welcome to the era of Green Phones, where e-waste is reborn into the next generation of eco-conscious smartphones.

The Rise of E-Waste and Its Environmental Impact

Every smartphone carries a complex mix of precious and toxic materials. Inside the sleek glass and metal body lies lithium, cobalt, gold, nickel, and rare earth elements — all essential for the device’s performance but devastating to extract. Mining these materials often leads to deforestation, water pollution, and the exploitation of human labor.

According to the Global E-Waste Monitor, the world generates more than 50 million tonnes of e-waste every year, and only about 20% is properly recycled. The rest ends up in landfills, leaking harmful substances into the environment. With consumers upgrading their phones every two to three years, the cycle of production and disposal continues to accelerate.

But as awareness grows, major smartphone brands are now shifting their focus — not just to innovation, but to responsible innovation.

Brands like Apple, Samsung, and Fairphone are leading the charge in sustainable smartphone production. Apple, for instance, now uses 100% recycled aluminum in many of its devices and has developed the Daisy recycling robot, capable of disassembling iPhones to recover valuable materials like gold, cobalt, and rare earth elements.

Samsung has also pledged to achieve zero waste to landfill by 2030, with its Galaxy devices already incorporating recycled plastics from ocean-bound materials. Meanwhile, Fairphone — a pioneer in ethical electronics — designs phones that are modular and easy to repair, ensuring longer lifespans and less waste.

These initiatives represent a broader shift in mindset: sustainability is no longer an afterthought; it’s a core design principle.

Recycling old smartphones isn’t just about reusing shells or plastic parts — it’s about reclaiming the valuable components inside. Each phone contains trace amounts of precious metals, and when multiplied across millions of devices, these quantities add up significantly.

For example, one tonne of smartphones contains more gold than one tonne of mined ore. Companies are now using advanced urban mining techniques to extract these materials from discarded electronics, reducing the need for destructive mining operations.

This process not only conserves resources but also cuts down the carbon footprint associated with manufacturing. By recycling lithium from old batteries and reusing rare earth magnets, smartphone makers can drastically reduce dependency on raw material extraction while creating a closed-loop production system.

Designing for Longevity and Repairability

One of the biggest contributors to e-waste is the short lifespan of modern smartphones. Many users replace devices due to broken screens, degrading batteries, or outdated software — not because the core hardware fails.

To combat this, manufacturers are rethinking design. Modular phones like Fairphone and Framework allow users to easily replace or upgrade parts such as the camera, battery, or processor, extending the phone’s usability. Even tech giants like Samsung and Google are introducing self-repair programs, enabling customers to fix devices at home using official tools and guides.

This approach not only saves money but also reduces waste, encouraging consumers to keep their devices longer and minimize environmental impact.

The Future of Green Innovation in Smartphones

The next phase of green smartphone development goes beyond recycling and repairability — it’s about sustainable innovation at every stage. Companies are experimenting with biodegradable materials, solar-powered charging, and energy-efficient chipsets that consume less power while offering superior performance.

Researchers are even developing eco-friendly batteries made from organic materials and solid-state technology that eliminate harmful chemicals. Future phones might be built entirely from recycled or renewable materials, designed to be disassembled and remanufactured rather than discarded.

AI-driven tools are also helping optimize energy use, from adaptive screen refresh rates to smart battery management systems, ensuring every milliwatt is used efficiently.

The shift toward green phones isn’t happening in isolation. Consumers play a massive role in shaping this transition. With increasing awareness of environmental impact, more buyers now prioritize eco-friendly devices, pushing brands to adopt greener practices.

Government policies are also catching up. The Right to Repair movement and e-waste recycling mandates in regions like the EU and India are pressuring companies to build longer-lasting, easily repairable devices. This collaboration between innovation, policy, and public awareness is setting the foundation for a truly sustainable smartphone ecosystem.

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Green Phones of the Future: Turning E-Waste Into the Next Big Mobile Innovation

If you're looking to buy a high-end phone this year and want one that feels truly smart, here are five top options that offer powerful hardware with genuinely helpful AI features built in.

AI in smartphones isn’t just a fancy buzzword any more — it’s actually doing useful things that make our daily lives easier. Whether it’s helping you write better messages, edit your photos with a tap, or translate a conversation on the go, AI is now part of how we use our phones every day. And in 2025, it’s everywhere — from calls and chats to your camera and calendar. If you’re looking to buy a high-end phone this year and want one that feels truly smart, here are five top options that offer powerful hardware with genuinely helpful AI features built in.

Samsung’s most premium phone this year isn’t just about its massive screen or camera system — it’s what Galaxy AI can do that really makes it shine. This year, AI feels more connected to the overall software experience. A new feature called AI Select lives in a handy sidebar, letting you highlight text or images to instantly summarise, translate, or edit them. The Writing Assist tool helps improve how your messages sound, whether you're writing a work email or a social post. Real-time voice translation now works for calls and face-to-face chats in over a dozen languages. On the media side, the phone’s Gallery app lets you remove shadows, fix reflections, or reposition subjects in a snap. You also get Instant Slow-mo, which cleverly adds extra frames to make normal footage look like it was filmed in high frame rate.

The Pixel 9 Pro uses Google’s Gemini Nano to power on-device AI tools, and it works quietly in the background to make everyday things easier. The recorder app can transcribe conversations and summarise them into bullet points, right on the device. You can also circle anything on the screen and let Google search it instantly, whether it’s text or an object. The AI smarts carry over to the camera too. With Magic Editor, you can move or delete parts of a photo without messing up the background. Best Take helps pick better expressions from multiple shots, and Video Boost sends footage to the cloud to improve lighting and colours.

OnePlus is taking AI seriously in 2025, adding tools that are both practical and privacy-focused. Its AI Plus Mind system can understand what you’re trying to do, like pulling info from a photo and adding it to your calendar. AI VoiceScribe records and summarises meetings or calls, and the AI Call Assistant can even translate conversations live. For photos, features like AI Reframe and AI Best Face 2.0 help adjust composition and fix awkward expressions. OnePlus is also teaming up with Google to integrate Gemini features more deeply into the phone, including AI that understands what’s on your screen and talks to you in real time.

Xiaomi’s AI features are spread across its updated HyperOS 2 software and camera. Video calls can get AI subtitles, while notes, audio, and even meetings can be summarised automatically. In the photo editor, the AI can now expand tight crops or remove unwanted background elements more accurately. One standout is the AI Portrait feature, which can generate creative portraits by placing your face in different settings and poses. It might sound fun, but it’s also proof of how far Xiaomi’s AI image tools have come.

Apple was a bit slower in rolling out AI, but with the final iterations of iOS 18, it’s definitely leaning into Apple Intelligence. The Writing Tools menu lets you summarise or rewrite text, or even turn an article into a table or bullet points. Siri can now call up ChatGPT for more complex queries, while the Photos app adds a Clean Up tool to remove unwanted parts of your pictures. You can also create Memories videos using natural language prompts. Image Playground brings custom emoji and AI-generated visuals, while Notes can now transcribe voice memos and summarise them too.

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Best AI smartphones in India 2025: Top 5 picks for smart performance

In a world where convenience defines innovation, charging cables—the most stubborn relics of our tech past—are finally on their way out. The next wave of power technology is here, and it’s magnetic, wireless, and even invisible. As smartphones, laptops, and wearables evolve, brands across the globe are embracing magnetic charging and over-air power transmission, signaling the dawn of a new cable-free era.

For over a decade, wired chargers have been the lifeline of every electronic device. From micro-USB to USB-C, the world has chased faster speeds and smaller ports. But in 2025, that story is changing. The industry’s focus is shifting from faster wired charging to smarter wireless charging.

The change isn’t just cosmetic—it’s philosophical. Tech companies now view the charging cable as an unnecessary tether that limits design, portability, and sustainability. With advancements in wireless induction, magnetic alignment, and long-range RF power transfer, devices can now stay charged almost anywhere, without ever being plugged in.

Magnetic Charging: Simplicity Meets Efficiency

The move toward magnetic charging began subtly—with Apple’s MagSafe, Google’s PixelSnap, and Samsung’s Galaxy MagCharge systems. What started as a convenience feature for effortless alignment has turned into a complete ecosystem.

Today, magnetic chargers deliver up to 50W speeds on flagship phones and 120W+ on tablets and laptops. Unlike early wireless pads that required perfect placement, modern magnetic charging locks devices precisely into position, minimizing energy loss.

This technology doesn’t just stop at phones—smartwatches, earbuds, and even handheld consoles now rely on magnetic connectors for both charging and data transfer. It’s become clear that the future is modular and magnetic.

“Magnetic charging isn’t just about power delivery—it’s about simplifying user experience,” says tech analyst Priya Ramanathan. “You can now snap your phone, earbuds, and watch into one hub and have them all power up seamlessly.”

Over-Air Power: The True Wireless Revolution

If magnetic charging is the present, over-air charging is the future. This breakthrough uses radio frequency (RF) waves or infrared light to transmit power across short distances—meaning your phone could charge simply by being in the room.

Companies like Wi-Charge, Powercast, and Ossia are leading this revolution. Their over-air transmitters convert electricity into electromagnetic waves, which are safely captured by a receiver chip inside compatible devices.

In a 2025 demonstration, Wi-Charge showcased a setup where multiple gadgets—smartphones, earbuds, IoT sensors, and even electric toothbrushes—remained fully powered without cables or pads. It’s an ambitious vision, but one quickly becoming reality.

This technology could redefine not just smartphones, but entire smart homes. Imagine walking into a café where every table transmits power, or an office where laptops charge wirelessly through ceiling transmitters.

Why the World Is Ready for Wireless Power

- Smartphone makers are racing toward fully sealed, portless devices. Removing charging ports improves water resistance, dust protection, and design aesthetics. With advancements in wireless data transfer like Wi-Fi 7 and ultra-wideband (UWB), the need for physical ports is vanishing.

 - Each year, billions of charging cables are produced, shipped, and discarded, adding to global e-waste. Magnetic and over-air systems promise a sustainable alternative with fewer physical accessories and longer product lifespans.

- No more tangled wires, broken adapters, or carrying multiple chargers. The “set it and forget it” model appeals to modern consumers who value effortless experiences.

Despite the excitement, cable-free charging isn’t without challenges. Over-air power is currently limited in range and speed, typically transmitting a few watts across a few meters. There are also regulatory hurdles surrounding electromagnetic emissions, particularly in densely populated areas.

Efficiency is another concern—traditional wired charging delivers around 95% power transfer efficiency, while over-air systems currently hover around 60–70%. However, constant R&D is closing that gap fast.

Manufacturers must also ensure interoperability across brands. Without a universal wireless power standard, consumers risk being locked into proprietary ecosystems—something the tech world is working to prevent.

•	Samsung’s Galaxy AI Devices now feature MagCharge 2.0, combining AI power management with 65W wireless charging—adjusting charging speed dynamically based on temperature and usage patterns.

•	Apple’s MagSafe Duo 3 integrates reverse magnetic charging, letting users power up their AirPods or Watch directly from their iPhone.

•	Xiaomi’s Mi Air Charge technology can already deliver 10W power at a distance of 5 meters, with multiple devices charged simultaneously.

•	Oppo and OnePlus, both under BBK Electronics, are experimenting with multi-room wireless charging hubs for their ecosystem of devices.

The momentum is unmistakable—wireless charging isn’t just an alternative anymore, it’s becoming the new default.

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Goodbye Charging Cables: The World Moves to Magnetic and Over-Air Power

Infinix has officially launched its latest gaming smartphone — the Infinix GT 30 Pro — in India, marking the brand’s boldest entry yet into the mid-range gaming segment. Designed for performance-driven users and mobile gamers, the GT 30 Pro blends powerful hardware, immersive visuals, and a sleek aesthetic aimed at redefining what users can expect at this price point.

Designed for Gamers, Built for Performance

The Infinix GT 30 Pro is crafted specifically for gamers, featuring a robust set of specifications that ensure smooth gameplay, fast responsiveness, and efficient heat management. It comes equipped with a 6.78-inch 1.5K LTPS AMOLED display that supports an ultra-smooth 144Hz refresh rate and 1,300 nits peak brightness, delivering crisp details, vivid colors, and fluid animations — crucial for competitive gaming and multimedia use alike.

Powering the device is the MediaTek Dimensity 8300 5G chipset, built on a 4nm process, which provides flagship-grade performance for multitasking, gaming, and AI-enhanced operations. The GPU supports demanding titles with stable frame rates, ensuring lag-free sessions even under extended playtime.

To complement its performance, the GT 30 Pro features a 6-layer 3D vapor chamber cooling system, which effectively dissipates heat during long gaming sessions. This helps maintain consistent performance without thermal throttling, keeping the device cool even under heavy loads.

The smartphone packs a sizable 5,500mAh battery, offering long-lasting endurance to power hours of gameplay, streaming, and productivity. It also supports fast charging technology, allowing users to quickly recharge and get back to gaming with minimal downtime.

Camera Capabilities and Multimedia Enhancements

While optimized for gaming, the GT 30 Pro also delivers impressive imaging capabilities. It houses a 108MP primary rear camera, designed to capture sharp, detailed photos and 4K video recording with enhanced stabilization. The camera setup is complemented by AI optimization for better color balance and low-light performance.

On the front, the phone features a high-resolution selfie camera, making it suitable for streaming, video calls, and content creation — appealing to gamers and digital creators alike.

The Infinix GT 30 Pro runs on XOS 14 based on Android 14, offering a clean and responsive user interface with gaming-focused enhancements and system optimizations. The device is available in two variants:

8GB RAM + 256GB storage priced at ₹24,999

12GB RAM + 256GB storage priced at ₹26,999

Infinix is also offering exclusive launch-day bank offers, effectively bringing down the starting price to ₹22,999 for the base model and ₹24,999 for the higher configuration. The device will be available through leading online retail platforms soon, with its first sale expected in the coming days.

A Strong Contender in the Mid-Range Gaming Market

The Infinix GT 30 Pro aims to disrupt the Indian mid-range smartphone space by offering a balance of flagship-grade performance, immersive visuals, and aggressive pricing. With its combination of a 144Hz AMOLED display, Dimensity 8300 chipset, vapor chamber cooling, and large battery, it is positioned as a serious alternative to popular mid-tier gaming smartphones from brands like iQOO, Poco, and Realme.

By blending power, efficiency, and design innovation, Infinix’s GT 30 Pro reaffirms the company’s focus on delivering performance-driven devices for India’s growing gaming community.

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Infinix GT 30 Pro Launches in India: Gaming Powerhouse with 1.5K AMOLED Display, Dimensity 8300 Chipset

The age of smartphones has officially stepped into the era of real-time intelligence — and Samsung’s latest Galaxy AI generation is leading the charge. Introduced alongside the Galaxy S25 and the upcoming Z Fold 7 lineup, the new Galaxy AI platform brings a monumental shift from simple digital assistance to context-aware, multimodal intelligence that learns, adapts, and interacts naturally with users.

This evolution is not just about speed or processing power — it’s about how smartphones understand human intent. Samsung has taken its AI-first approach deeper into every layer of the Galaxy ecosystem, combining on-device neural processing, cloud collaboration, and user-centric design to create what it calls “the next level of mobile intelligence.”

The new Galaxy AI operates across text, image, audio, and video inputs — a concept known as multimodal interaction. This means a user can speak, type, draw, or point their camera at something, and the phone intelligently interprets what’s needed.

For example, the “Circle to Search” feature, co-developed with Google, now goes beyond simple visual lookup. The latest update allows the phone to analyze objects, places, or even written information within images and recommend direct actions — like purchasing the product, finding similar designs, or instantly translating foreign text on the spot.

Another powerful upgrade is Live Translate 2.0, which now offers real-time, two-way voice translation integrated directly into phone calls and video conferences. Instead of relying on third-party apps, Samsung’s on-device AI translates both ends of a call seamlessly, supporting over 30 languages — all processed locally to maintain privacy.

On-Device Intelligence: Private, Fast, and Personal

Unlike many AI platforms that rely heavily on cloud computing, Galaxy AI emphasizes on-device intelligence. Samsung’s new custom-built NPUs (Neural Processing Units) and improved Exynos and Snapdragon AI chipsets enable real-time data processing without sending personal information to the cloud.

This means features like Note Assist, Transcript Assist, and Browsing Assist can summarize text, generate concise reports, and even rewrite or translate entire documents instantly — while keeping all data secure on the device.

Samsung executives have emphasized that this hybrid AI model — combining on-device processing for privacy and cloud processing for complex generative tasks — strikes the right balance between efficiency, safety, and performance.

Photography, long a Samsung stronghold, has been transformed by Galaxy AI’s Generative Edit and Intelligent Scene Optimization. Users can now erase unwanted elements, fill in backgrounds, or even change the perspective of a shot using generative AI reconstruction — all natively inside the Gallery app.

The camera itself has become a proactive assistant. By recognizing the context of a scene — whether it’s a meal, a sunset, or a document — it automatically adjusts the settings or suggests relevant actions such as enhancing the image or converting it to a shareable note.

These tools are powered by the same generative engines found in professional editing software, yet Samsung’s optimization makes them accessible and real-time on a handheld device.

A significant part of the excitement around Galaxy AI’s latest update is Samsung’s official statement confirming that its core AI features will remain free indefinitely. Contrary to speculation that the company might introduce a premium subscription for features like Live Translate or Note Assist, Samsung clarified that all essential Galaxy AI functions will continue to be included at no cost.

This move reinforces Samsung’s strategy to democratize AI, bringing advanced technology to the masses rather than keeping it behind a paywall. The company also announced that Galaxy AI will reach over 400 million devices globally by the end of 2025, spanning not just flagship phones but also mid-range devices and tablets.

The hardware powering this revolution is equally important. The Galaxy S25 Ultra and Z Fold 7 are built with optimized NPUs and larger thermal modules to support intensive AI workloads without compromising battery life. Samsung’s One UI 8 integrates these AI systems seamlessly into daily operations — from predicting app launches to summarizing messages and managing energy consumption intelligently.

For foldable devices, Galaxy AI introduces adaptive multitasking, automatically resizing windows and predicting user intent when switching between folded and unfolded modes. In the Galaxy Z Fold 7, this enables fluid creative workflows — editing documents on one side while viewing AI-generated summaries on the other.

A Broader Vision for Connected Intelligence

Samsung’s ambitions for Galaxy AI extend beyond smartphones. The company envisions a connected AI ecosystem that unites phones, tablets, wearables, TVs, and smart appliances under one intelligent network. Features like SmartThings AI Home Control and Galaxy Buds Live Interpreter Mode hint at a future where AI-driven interactions flow naturally between all devices in the Galaxy family.

Moreover, Samsung is integrating environment-aware intelligence, enabling devices to adjust brightness, sound, and connectivity automatically based on surroundings and user habits.

With the latest generation, Samsung positions Galaxy AI as more than a feature — it’s the foundation of an evolving digital ecosystem. The focus is on context, personalization, and ethical AI deployment, ensuring that intelligence enhances rather than replaces human interaction.

In the words of TM Roh, President of Samsung’s Mobile eXperience Division, “Our goal is to make Galaxy AI the most trusted mobile intelligence platform — one that understands, protects, and empowers users in every moment.”

As the technology scales globally, Galaxy AI represents a major leap in how we perceive smartphones — not as tools, but as intelligent companions capable of understanding our world, our language, and even our intent.

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Galaxy AI Next Gen: Smartphones That Think, Learn & Assist — Instantly

The foldable smartphone industry has reached a new milestone with the launch of the Google Pixel 10 Pro Fold, the world’s first folding phone to achieve a full IP68 dust and water resistance rating. This breakthrough cements Google’s place at the forefront of foldable innovation, outpacing long-established players such as Samsung and Honor, who have long dominated the category.

With the Pixel 10 Pro Fold, Google has redefined what it means for a foldable phone to be truly durable. The new hinge architecture is a technical highlight—it enables the device to withstand both dust ingress and submersion in water, a first for foldable phones. The engineering advancements in the hinge mechanism not only improve resilience but also reduce bulk, resulting in a design that is both slimmer and sturdier.

The device’s build quality reflects Google’s growing focus on material refinement. The frame, now made from reinforced aluminum, offers a stronger yet lighter structure. The bezels have been slimmed down significantly, giving the phone a modern edge-to-edge look. The left edge now aligns nearly flush with the frame, delivering a more balanced and seamless aesthetic compared to its predecessor. On the rear, the glass panel’s surrounding bezel has also been minimized, further enhancing the phone’s sleekness.

Color plays a larger role in the Pixel 10 Pro Fold’s design identity this year. The new anodized aluminum finish adds a subtle yet premium sheen to the device. The phone comes in Jade and Moonstone color options, both exhibiting Google’s signature minimalist tone. The Moonstone variant features a distinctive blue camera module that stands out as a visual centerpiece, giving the phone a refined, high-end character.

Displays That Shine Brighter and Last Longer

Both the inner and outer displays have received significant upgrades in durability and performance. Google has equipped the Pixel 10 Pro Fold with enhanced protective glass layers, offering improved resistance against scratches and impacts. The brightness peaks at 3000 nits, a considerable leap from the previous generation, ensuring excellent outdoor visibility and vibrant color accuracy.

•	Outer Display: Uses an LTPS (Low-Temperature PolySilicon) panel supporting variable refresh rates between 60Hz and 120Hz, balancing smooth visuals with energy efficiency.

•	Inner Display: Employs an LTPO (Low-Temperature Polycrystalline Oxide) panel that dynamically adjusts between 1Hz and 120Hz, allowing seamless transitions between high-performance tasks and battery-saving idle states.

Google has also introduced a new PWM (Pulse-Width Modulation) sensitivity mode on the inner display, aimed at users who experience eye strain from screen flicker. This accessibility-focused feature reflects Google’s broader emphasis on inclusivity in its hardware design.

Under the hood, the Tensor G5 chip powers the Pixel 10 Pro Fold, offering notable improvements in AI performance, thermal efficiency, and overall speed. Built on a next-generation process node, the Tensor G5 enhances real-time translation, photo processing, and contextual intelligence—core pillars of Google’s Pixel experience.

Paired with upgraded memory and storage options, the Tensor G5 ensures smoother multitasking and faster app performance, maintaining responsiveness even in demanding foldable-optimized workflows. Despite its compact design, the device includes an expanded battery, around 400mAh larger than the Pixel 9 Pro Fold, translating into several extra hours of usage per charge cycle.

The Pixel 10 Pro Fold retains a physical SIM tray across all global models—a move that underscores Google’s commitment to flexibility for users who rely on physical SIMs alongside eSIM technology. The tray’s relocation to the top of the device frees up internal space, allowing for improved antenna design and better signal consistency. Interestingly, Google achieved this while removing the mmWave module found in earlier models, simplifying the build without sacrificing connectivity.

The camera system continues to be one of the defining aspects of the Pixel series. The Pixel 10 Pro Fold debuts a 48MP main sensor with enhanced light sensitivity and advanced image processing powered by Google’s Pro Level Zoom technology, supporting up to 100x hybrid zoom. This allows for clearer long-range shots and improved detail retention, even in challenging lighting conditions.

Thanks to the Tensor G5’s AI capabilities, features like Real Tone, Magic Eraser, and Night Sight have become faster and more accurate, maintaining Google’s edge in computational photography. The combination of high optical precision and AI-powered enhancement gives the Pixel 10 Pro Fold one of the most advanced imaging systems in the foldable segment.

Battery, Charging, and Pixelsnap Integration

The Pixel 10 Pro Fold introduces 15W Qi2 wireless charging through Google’s new Pixelsnap magnetic system, which enables magnetic alignment for faster and more stable charging without needing a case. This same system allows the device to act as a docked smart display when unfolded, displaying dynamic screensavers and contextual information—similar to the Pixel Tablet experience.

The slightly larger battery, combined with improved thermal management and adaptive refresh rates, ensures consistent power efficiency across extended use. With Google’s continued support of seven years of software and security updates, the Pixel 10 Pro Fold promises lasting reliability in both hardware and software.

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Google Pixel 10 Pro Fold: The World’s First Dustproof Folding Phone Sets a New Benchmark in Durability

For the first time in history, Samsung has overtaken Apple to claim the top spot in the super-premium smartphone segment — devices priced at $800 (around ₹70,000) and above — during the first half of 2025 (1H25).

According to the latest report from International Data Corporation (IDC), Samsung achieved a 49% market share, narrowly surpassing Apple’s 48%, marking a significant milestone in the ongoing rivalry between the two tech giants.

Samsung’s Flagships Drive Record Performance

The report credits Samsung’s surge to the strong sales of the Galaxy S25 Ultra, Galaxy S24 Ultra, and Galaxy S25, which performed exceptionally well in both domestic and global markets. These models, powered by the Snapdragon 8 Gen 3 for Galaxy and enhanced with AI-driven camera features, helped Samsung reclaim leadership in a category long dominated by Apple.

The iPhone 16 and iPhone 16 Plus remained Apple’s top contributors in the Indian market, but Samsung’s diversified flagship lineup ultimately gave it the edge.

Industry analysts say the competition in the $800+ range reflects a shift in consumer preference toward AI-driven functionality, advanced photography, and higher display quality rather than ecosystem lock-ins alone. Samsung’s integration of Galaxy AI features and continued innovation in the Ultra series are believed to have played a decisive role in this turnaround.

India’s Smartphone Market: Segment-Wise Breakdown

The IDC report also offered deeper insights into the overall structure of India’s smartphone market, which shipped 70 million units in 1H25, marking a 0.9% year-over-year growth. The second quarter (Q2 2025) performed especially well, with 7.3% YoY growth and 37 million smartphones shipped.

The entry-level segment (below ₹10,000) saw a robust 22.9% YoY increase, expanding its share from 14% to 16%.

Xiaomi dominated this price band, propelled by the strong sales of its Redmi A4 and Redmi A5 models, which offered improved performance and 5G compatibility at competitive prices.

Mass Budget Segment: Flat Growth, Falling Share

Shipments in the mass budget category (₹10,000–₹20,000) rose modestly by 1.1% YoY, though its overall share dipped from 44% to 42%.

Brands like Vivo, OPPO, and realme collectively accounted for 60% of shipments in this category, continuing to appeal to value-conscious consumers with balanced specs and strong offline presence.

Entry-Level Premium Segment: Slight Decline

The entry-level premium segment (₹20,000–₹35,000) faced headwinds, with shipments declining by 2.5% and market share dropping from 30% to 27%.

Despite the decline, Vivo, Samsung, and OPPO remained dominant players. Interestingly, Motorola saw a multi-fold increase in shipments, jumping to fourth position thanks to the popularity of its Edge and Moto G Stylus series.

Mid-Range Premium Segment: Strong Double-Digit Growth

The mid-range premium segment (₹35,000–₹50,000) was one of the best performers, growing 39.5% YoY, expanding its market share from 4% to 5%.

This growth was primarily driven by OPPO and OnePlus, whose Find X7 and OnePlus 13 series attracted both tech enthusiasts and professionals looking for flagship-like performance at a slightly lower price point.

Premium Segment: Fastest-Growing Category

The premium segment (₹50,000–₹70,000) recorded a staggering 96.4% YoY growth, the highest across all categories. Its share doubled from 2% to 4%, underscoring India’s growing appetite for high-end smartphones.

The iPhone 16 and iPhone 15 together accounted for over 60% of shipments in this range. The iPhone 16 emerged as the most-shipped smartphone model across India in 1H25, contributing 4% of total national smartphone shipments during the period.

Overall Market Trends and Analyst Insights

According to Aditya Rampal, Senior Research Analyst at IDC Asia Pacific, the rebound in smartphone shipments was fueled by a surge of new model launches, price reductions on older devices, and strong offline channel incentives.

“The second quarter of 2025 witnessed a flurry of new model launches across all price segments,” Rampal said. “This, coupled with increased offline margins and aggressive marketing, helped boost overall sales momentum.”

However, IDC cautioned that consumer demand remains fragile, and rising average selling prices (ASPs) could limit sustained growth in the coming quarters. The firm expects a slower annual growth rate as the market stabilizes post-recovery.

Among emerging brands, Nothing posted the highest year-over-year growth at 84.9%, driven by the success of its Phone 3a and 3a Lite, which brought the brand’s signature transparent design and Glyph Interface to a wider audience.

IDC forecasts that the second half of 2025 will be critical as brands prepare for the holiday and festive season. With AI-powered smartphones, foldables, and mid-range 5G devices becoming mainstream, competition in both the premium and mass segments is expected to intensify.

Samsung’s historic win over Apple in the super-premium category underscores how quickly consumer preferences and brand dominance can shift — signaling a new era of innovation-led competition in India’s dynamic smartphone market.

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Samsung Surpasses Apple in Super-Premium Smartphone Segment for the First Time Ever: IDC Report

Barcelona, Spain — Chinese smartphone manufacturer Oppo is optimistic about the role of artificial intelligence (AI) in reviving global smartphone demand, particularly in China and Europe. The company believes that AI integration will not only redefine how users interact with their phones but also encourage them to upgrade to newer devices more frequently.

Speaking to Reuters during the European launch of Oppo’s Find X9 Pro in Barcelona, Elvis Zhou, Oppo’s Chief Executive for Europe, said the company has already seen AI-driven interest reshaping consumer behavior in China.

“Our observation of the Chinese market tells us that AI will drive people to think about replacing their phones,” Zhou said, speaking in Mandarin through a translator. “With AI, we believe the overall smartphone market will also grow again.”

Oppo’s latest flagship, the Find X9 Pro, comes equipped with a range of AI-powered features—including advanced photo editing tools, real-time translation, and smart image recognition. These features are designed to appeal particularly to younger consumers, who have shown a strong appetite for intelligent functionalities that simplify daily tasks.

According to Zhou, Oppo’s internal surveys indicate that users under 35 are especially drawn to AI features, viewing them as essential for productivity and creativity rather than gimmicks.

“The enthusiasm we’re seeing among younger users shows that AI is not just a passing trend,” Zhou added. “I don’t think it’s a bubble for our industry.”

Zhou’s comments come amid mounting investor concerns about the rapid surge of AI-related investments worldwide. Over the past year, multi-billion-dollar commitments from tech giants such as Google, Microsoft, and NVIDIA have fueled fears of a speculative AI bubble reminiscent of the late-1990s dot-com boom—which eventually collapsed.

However, Oppo remains confident that AI’s impact on smartphones is fundamentally different. Instead of speculative hype, Zhou argued, the company sees tangible use cases—like generative image tools, enhanced photography, and smarter language processing—that are directly influencing purchasing decisions and driving real-world adoption.

The OnePlus 13 and 13s series in India are set to receive the latest software upgrade — OxygenOS 16, based on Android 16 — beginning November 2025, according to an official announcement by the company.

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