Apple AirPods 5 launched

 

Airpod 5

AirPods 5

Apple's audio lineup also received a refresh with the launch of AirPods 5. The new earbuds bring Active Noise Cancellation (ANC) to the standard AirPods range, along with Transparency mode, Adaptive Audio and Conversation Awareness. AirPods 5 also support hands-free Siri features and Live Translation when paired with compatible Apple devices.

Apple claims up to five hours of playback with ANC enabled, while the charging case provides up to 22 hours of total listening time. In India, AirPods 5 are priced at Rs. 14,900, while the AirPods 5 with Wireless Charging Case cost Rs. 17,900. Both models will be available from September 18. 

Apple Watch Series 12, Apple Watch Ultra 4

 

Apple Watch Series 12, Apple Watch Ultra 4

Apple also refreshed its smartwatch lineup with the Apple Watch Series 12 and Apple Watch Ultra 4. Both models run watchOS 27 and introduce new health and fitness capabilities, including the Readiness app, which provides users with additional insights into their daily health and recovery.

The Apple Watch Series 12 also gets a ceramic case option, while the Watch Ultra 4 focuses on improved battery life and the rugged design associated with Apple's Ultra lineup. The new watches also offer richer strength workout tracking and an upgraded optical sensing system, along with a new S11 SiP.

In India, the Apple Watch Series 12 starts at Rs. 56,900, while the Apple Watch Ultra 4 starts at Rs. 1,09,900. Both models will go on sale from September 18.

iPhone Duo launched

 

iPhone Duo

The biggest announcement of the event was Apple's first foldable iPhone, the iPhone Duo. The book-style foldable features a 7.76-inch inner display and a 5.49-inch cover display, giving users a larger screen when the device is unfolded while retaining a conventional smartphone-style outer screen.

The iPhone Duo is powered by Apple's A20 Pro chipset. It features a dual rear camera setup with two 48-megapixel sensors, along with front-facing cameras on the inner and outer displays. The foldable also supports Apple Pencil input and MagSafe wireless charging.

Apple has priced the iPhone Duo at Rs. 2,99,900 in India for the 256GB variant. The 512GB, 1TB and 2TB versions are priced at Rs. 3,24,900, Rs. 3,74,900 and Rs. 4,49,900, respectively. Pre-orders will begin on October 16, with sales starting October 23.

 

iPhone 18 Pro, iPhone 18 Pro Max launched

 

 

iPhone 18 Pro, iPhone 18 Pro Max

Apple kicked off its new iPhone lineup with the iPhone 18 Pro and iPhone 18 Pro Max, its latest flagship smartphones. The new models bring Apple's A20 Pro chipset, a new C2 modem, and camera upgrades, along with improved design and display changes.

The iPhone 18 Pro features a 6.3-inch display, while the iPhone 18 Pro Max gets a larger 6.9-inch panel. The phones are powered by the A20 Pro chip, which is built on a 2nm process and includes a six-core CPU, a seven-core GPU, and a 16-core Neural Engine.

Apple kicked off its new iPhone lineup with the iPhone 18 Pro and iPhone 18 Pro Max, its latest flagship smartphones. The new models bring Apple's A20 Pro chipset, a new C2 modem, and camera upgrades, along with improved design and display changes.

The iPhone 18 Pro features a 6.3-inch display, while the iPhone 18 Pro Max gets a larger 6.9-inch panel. The phones are powered by the A20 Pro chip, which is built on a 2nm process and includes a six-core CPU, a seven-core GPU, and a 16-core Neural Engine.

 

iPhone 18 Pro colour leak

 

Iphone 18 pro

Apple could be planning a notable change to the colour lineup of its upcoming iPhone 18 Pro and iPhone 18 Pro Max models. Just days ahead of the expected launch, a new leak suggests that Apple may bring back Black for its Pro iPhones while dropping the Silver finish.

According to a Weibo leaker Fixed Focus Digital via MacRumors, the iPhone 18 Pro has entered mass production and could be available in three colours: Dark Cherry, Sky Blue and Black.

iPhone 18 Pro May Get Black Colour

If the leak proves accurate, Black could return to Apple's Pro iPhone lineup after being absent from recent Pro generations.

MacRumors, which also reported the claim on Sept. 1, said the latest information points to Dark Cherry, Sky Blue and Black as the possible colour options for the iPhone 18 Pro models. The report also suggested that the Silver finish may not make the final lineup.

Earlier Leaks Suggested Four Colours

Earlier reports had pointed to a four-colour lineup comprising Light Blue, Dark Cherry, Silver and Dark Gray.

MacRumors, citing a Macworld report, had earlier said Apple was working on these four finishes for the iPhone 18 Pro and iPhone 18 Pro Max. Dark Cherry was described as the standout new option, with a deep red or wine-like appearance.

he colour is also expected to replace the Cosmic Orange finish introduced with the iPhone 17 Pro series, although Apple has not confirmed any changes to the upcoming colour lineup.

The latest information comes from a leaker and has been reported by MacRumors. Apple is expected to unveil the iPhone 18 Pro and iPhone 18 Pro Max at its Sept. 9 event, where it is likely to confirm the final colour options alongside specifications and availability details.

 

10 fastest aircraft ever made

 

Other than spacecraft, aircraft are the fastest vehicles, leaving cars and bikes for dust.

We take a look at the ten fastest planes ever flown. Though some uncrewed aircraft (like the X-43) have flown faster, they somehow fail to stir the imagination in the way an aircraft carrying a pilot does, so we will look at true crewed aircraft only. We have given the speed in mph and Mach.

Mach is a measure of speed relative to local conditions; at sea level sound travels at around 760mph, (so, at sea level Mach 1 is around 760 mph) as you get higher the air gets thinner and sound is slower. Let’s meet the 10 fastest planes…

 

10: MiG-31 ‘Foxhound’ - 1900mph - Mach 2.83

The MiG-31 has two turbofan engines, which when deploying afterburner (fuel burnt towards the rear of the engine to increase thrust) have a combined thrust of 68,000 lb ft (equivalent to 304kN). The engine is the Soloviev D-30. The MiG-31 first flew in 1975 and entered service in 1981.

Other than the two ancient, and barely flyable, MiG-25s in Syria, the MiG-31 is the fastest (known) crewed aircraft flying anywhere in the world in 2024. Though capable of Mach 2.83, the MiG-31 is limited to Mach 1.5 in peacetime to preserve engine and airframe life.

 

9: Mikoyan-Gurevich Ye-150 series – Mach 2.85

The Ye-150 series were wildly-high-performance heavy interceptors. They could out-drag and out-climb any fighter in the world, and they also looked exceptionally mean. Despite taking its first flight as long ago as 1959, the Ye-150 could reach an astonishing Mach 2.65 (some sources claim even higher speeds of Mach 2.85, or 3030 km/h) and could ascend to altitudes above 69,000 feet (21,031m).

The series of four experimental fighter-prototypes was built in an effort to create a new, highly automated fighter to defend the Soviet Union against a proliferating Western threat (including supersonic bombers like the B-58, then in development). To catch and destroy these fast, high-flying intruders, the interceptor was to be automatically steered under the guidance of ground radars before engaging its own cutting-edge detection and weapons systems.

 

8: General Dynamics F-111 Aardvark – Mach 2.91+

The F-111 bomber was the result of a failed project to build a fighter-bomber capable of serving both the United States Air Force and Navy as both a fighter-interceptor and a fast bomber. The naval fighter version for aircraft carriers, the F-111B, proved too heavy and sluggish to serve and was cancelled in favour of the F-14 Tomcat.

Open any aircraft reference book or website and you’ll read that the F-111 had a top speed somewhere between Mach 2.2 and Mach 2.5. But when the Hush-Kit site spoke to F-111 pilots and navigators he found that this official number is rather modest.  Aardvark Weapon System Officer Jim Rotramel noted, “There was NO specified maximum speed.”

 

7: North American XB-70 Valkyrie (1964) – Mach 3

Until the late 1950s everyone knew that each successive generation of bombers was faster and higher flying than the last. They had to be, as the fighters tasked with blowing them out of the sky were getting ever faster and higher flying. The next step was Mach 3, three times the speed of sound – or around 2000 mph, at 75,000ft.

The resultant aircraft was arguably the most impressive machine that ever flew: a sleek 56-metre-long white dart with a delta wing with outer sections that folded down by 65 degrees during high-speed flight. Despite its beauty, the B-70 fleet was designed to annihilate hundreds of thousands of civilians or highly protected nuclear missile silos with free-fall nuclear bombs.

 

6: Bell X-2 Starbuster - Mach 3.196 (air-launched)

In 1947, the Bell X-1 broke the sound barrier, and a mere eight years later the X-2 was going three times faster, and was the very first aircraft to go faster than Mach 3. It was rocket-powered, with a swept-wing. It was launched from beneath a Boeing B-50 mothership.

The project started as early as 1945, with the Bell Aircraft Corporation, the United States Army Air Force and the National Advisory Committee for Aeronautics (NACA) teaming up to study the aerodynamic issues of extremely fast and high flying.

 

5: Mikoyan MiG-25 ‘Foxbat’ - Mach 3.2

The Mikoyan MiG-25 was a 1960s Soviet aircraft conceived with several roles in mind. It needed to be fast enough to catch the US A-5 and (later cancelled) XB-70 bombers, as well as perform the reconnaissance and recce-nuclear-bomber role. For these roles, it was intended to rely on high speed and high altitudes to succeed.

Whereas the US SR-71 Blackbird relied on exotic technology, fuel, engines and materials to reach high speeds, the Soviet Union used a largely stainless steel construction to withstand the huge aircraft skin temperatures and very large engines. This simple solution was far cheaper but meant it was slower and couldn’t achieve tri-sonic speed for very long.

 

4: Lockheed SR-71 Blackbird - Mach 3.3 (1964)

Produced in huge secrecy, the Lockheed SR-71 Blackbird was a technological marvel that seemingly arrived from space. The sleek alien looks of the SR-71 were utterly appropriate for a machine many years ahead of its time. The Blackbird was penned by the great aircraft designer Kelly Johnson, in Lockheed’s legendary Skunk Works advanced projects department.

The SR-71 could travel over 33 miles every minute. Key to the Blackbird’s high speed were its unusual engines and their relationship with their inlet shock, its special fuel, the aircraft’s low drag shape and sharp wing sweep, its use of titanium, and its cooling systems.

 

3: Lockheed YF-12 - Mach 3.35 (1963)

The swiftest fighter aircraft ever created, the Lockheed YF-12 was a prototype for an advanced United States Air Force interceptor able to fly incredibly fast, with a belly full of ultra-long range AIM-47 air-to-air missiles to knock out Soviet bomber threatening the United States.

Though this sounds formidable, there were several flaws with the concept, one being that the YF-12 with its many exotic features, could not be quickly scrambled. It took much too long to prepare the aircraft for flight, a bad quality in an aircraft intended to intercept enemy bombers at a moment’s notice.

 

2: Lockheed A-12 ‘Cygnus’

At 30 metres, the A-12 was very long for a single-seat aircraft. It was designed for prolonged flight at Mach 3, so required titanium in its construction to survive a skin temperature reaching between 300 and 400 degrees. Such high-speed flight was enough to lengthen the aircraft, and it would only contract again was cool.

Though its maximum speed is often stated as Mach 3.35, it is likely that the A-12 was capable of even faster speeds with Mach 3.6 very possible. It flew operational missions for a short time before being replaced by the twin-seat and considerably more capable SR-71 Blackbird.

 

1: North American X-15 - Mach 6.7+ (1959)

The record for the fastest speed for a crewed aircraft has stood for an astonishing 57 years. The North American X-15 was a research aircraft built to explore extremes of speed and altitude. The X-15 reached an astonishing 4,519mph

Heat resistance came from the use of heat-resistant nickel alloy (Inconel-X 750). Earlier flights used the XLR11 rocket engine which used ethyl alcohol and liquid oxygen. The majority of flights (175 of 199) used the XLR99 which employed anhydrous ammonia and liquid oxygen as propellant.

Samsung Galaxy S26 5G Ultra launch event date

 

Samsung Galaxy S26 Ultra

Samsung Galaxy S26 5G Ultra launch event date, time in India, USA, expected price, design, specs and more

The Samsung Galaxy S26 series is coming this month, and it will bring three new phones to the table - Galaxy S26, Galaxy S26 Plus, and Galaxy S26 Ultra. A lot of Samsung enthusiasts are excited about the Galaxy S26 Ultra flagship variant, and the official renders of the device also surfaced online just a few days ago. Now, if you are someone who is looking to know more about the device, then you are at the right place. Here in this article, we have mentioned all the details like launch event date, time, and more.

Samsung Galaxy S26 Ultra Price, Design, And Specifications

The Samsung Galaxy S26 Ultra 12GB RAM variant with 256GB internal storage will most probably be available in the Indian market at a price of Rs 1,34,999. As for the design, we can expect to see a thinner chassis in the phone, along with a camera island at the back instead of a floating camera design.

Coming to the specs, the Samsung Galaxy S26 Ultra may feature a 6.9-inch QHD+ Dynamic AMOLED display, clubbed with a 120Hz refresh rate. The device may be powered by a Snapdragon 8 Elite Gen 5 processor and operate on the Android 16 OS with Samsung OneUI 8.5 skin on top. It may also get a 5000mAh battery with 60W wired charging support.

In terms of optics, the Samsung Galaxy S26 Ultra may sport a quad rear camera setup including a 200MP primary snapper, 50MP ultra wide-angle snapper, 60MP periscope telephoto snapper, and a 50MP telephoto snapper. At the front, we may see the phone carrying a 12MP snapper for selfies and video calls.

Nothing OS 4.0 – A Fresh, Minimal and Smarter Experience

Nothing OS 4.0

Nothing OS 4.0 delivers enhanced performance, system fluidity, deeper customization, and focused user experience with minimal bloat. Building on Android 15 (depending on device availability and rollout timeline), this release pushes speed, smooth animations, and tight ecosystem connectivity to the forefront. Nothing OS remains known for its clean interface, and 4.0 takes a meaningful step forward in refining this approach.

 

Design and Interface Improvements

Nothing OS 4.0 continues Nothing’s signature dot-matrix and monochrome aesthetic, adding depth and controls. Animations feel smoother, transitions are more fluid, and the interface now responds more naturally to touch and gestures.

Widgets get a major upgrade — especially the Weather, Clock, and Battery widgets, which now display more information and come with adaptive sizes. The lock screen customisation has also improved, allowing users to change layouts, add smart widgets, and adjust clock styles directly.

 

Enhanced Performance and Stability

One of the core improvements in Nothing OS 4.0 is better system optimisation. App opening times are reduced, and RAM management feels more reliable. Heavy multitasking is smoother as the system intelligently prioritises active apps.

Battery efficiency has seen refinement as well. With smarter background task handling and refined adaptive controls, users benefit from longer usage time and reduced standby drain.

 

Smart Features and AI Enhancements

Nothing OS 4.0 introduces more intelligent system features. Smart suggestions now appear contextually across apps – whether it's predictive shortcuts, autofill improvements, or better voice input.

The system also integrates improved AI-based spam detection, app behaviour monitoring, and privacy guards to enhance safe device usage.

 

Deeper Ecosystem Integration

With more Nothing products joining the ecosystem, Nothing OS 4.0 improves connectivity and device control. Nothing Earbuds and CMF accessories now sync faster and offer enhanced on-screen controls, including EQ sliders, noise cancellation levels, battery visualisation, and quick device switching.

 

Improved Gestures and Accessibility

Nothing OS 4.0 also focuses on user inclusion and ease of operation. New gesture controls allow users to quickly access functions with swipes, taps, and squeezes, depending on device compatibility. Accessibility features like improved TalkBack support, caption settings, and high-contrast modes make the OS more user-friendly for everyone.

 

Final Verdict

Nothing OS 4.0 is not just a cosmetic upgrade — it refines performance, improves system intelligence, enhances customization, and strengthens ecosystem connectivity. It stays true to Nothing’s philosophy of simplicity and minimalism while adding meaningful convenience and polish.

For users who value clean UI, fast performance, and a unique design approach, Nothing OS 4.0 feels refreshing and modern — making devices running it more enjoyable and personalised than ever before.

Copilot AI: The New Age Digital Assistant Transforming Productivity

copilot

Copilot AI is emerging as one of the most powerful digital assistants designed to simplify daily tasks, enhance productivity, and support users across different devices. Whether you are a student, professional, developer, or casual user, Copilot provides intelligent tools to make work faster, smoother, and more efficient. With deep integration across apps and cloud services, it stands out as an AI companion built for the modern world.

One of the biggest advantages of Copilot AI is its seamless integration with Windows, Microsoft 365 apps, and even web-based tools. Users can ask Copilot to generate content, summarize documents, create presentations, answer questions, or automate repetitive tasks. For example, in Microsoft Word or PowerPoint, it can help create drafts, rewrite text, and design slides within seconds. In Excel, it can analyze sheets, build formulas, or highlight key insights without needing advanced knowledge.

Copilot AI is also very helpful for coding and development. With the help of GitHub Copilot integration, developers can write code faster through intelligent suggestions. It can autocomplete functions, fix errors, and explain complex coding concepts, making it useful for both beginners and experts.

For daily use, Copilot acts as a smart assistant that can plan schedules, create reminders, generate emails, manage files, and even control system settings. It can search through your documents, filter data, and help find important information instantly. This ability to work across apps makes it more than just a chatbot—it becomes a central hub for productivity.

The AI is also designed to understand natural language, meaning users can give commands in simple English or any preferred language. Whether it’s writing a social media post, creating a travel itinerary, or generating business ideas, Copilot delivers accurate and polished results.

Microsoft has also focused on privacy and security, ensuring that user data remains protected. Copilot runs on secure cloud infrastructure and follows strict privacy guidelines, making it trustworthy for personal and professional use.

In conclusion, Copilot AI is reshaping the way people work by offering a smarter, faster, and more intuitive digital experience. Its ability to generate content, assist with coding, analyze data, and automate tasks makes it a must-have tool for anyone looking to boost productivity. As AI technology continues to evolve, Copilot is expected to become even more capable, transforming itself into an essential companion for everyday work and creativity.

Claude AI: The Next-Generation Assistant for Smarter Conversations

Claude AI

Claude AI, created by Anthropic, is a sophisticated chatbot engineered for helpful, safe, and natural interactions. As AI assistants surge in popularity, Claude distinguishes itself through its emphasis on accuracy, reliability, and user-focused responses. Whether you need assistance writing, researching, planning, or clarifying complex subjects, Claude AI serves as a resourceful digital companion.

A core advantage of Claude AI is its nuanced grasp of context. It retains details from extended conversations, meticulously follows directions, and generates responses that sound authentic and human. This proves valuable for students, professionals, writers, and anyone seeking fast, high-quality support.

Claude AI is trained on large amounts of data and follows Anthropic’s “Constitutional AI” approach. This method ensures that the chatbot remains safe, unbiased, and helpful while giving answers. As a result, Claude avoids harmful or inappropriate content, prioritizing clarity and usefulness instead. Users often appreciate that it responds politely and maintains a positive tone in the conversation.

Another major feature is Claude’s ability to work with long documents and large prompts. You can upload lengthy PDFs, articles, or text files, and Claude can summarize, rewrite, or extract important points from them. This makes it extremely valuable for research students, lawyers, content creators, and office professionals who handle extensive documentation.

Claude AI also excels in creative tasks. It can help you draft stories, poems, emails, project ideas, and even full-length articles. Its creativity, combined with factual accuracy, makes it a balanced AI assistant. Many businesses use Claude for customer support, content writing, data processing, and workflow automation.

In terms of performance, Claude is fast, responsive, and capable of handling complex reasoning tasks. It can solve problems step-by-step, generate code, and simplify technical topics in an easy-to-understand way. This makes it useful not only for beginners but also for advanced programmers and researchers.

Overall, Claude AI is a powerful, reliable, and versatile AI tool that improves productivity and creativity. With its safe design, natural language abilities, and efficiency, Claude continues to be one of the most trusted AI assistants available today. Whether for personal learning or professional

Introducing Agent Builder by OpenAI: A New Paradigm for AI Agents

Agent builder

 In October 2025, OpenAI introduced AgentKit, a toolset for building, deploying, and optimizing autonomous AI agents. Central to this is Agent Builder, a visual drag-and-drop interface that makes designing multi-step agent workflows straightforward, eliminating the need to start from scratch.

Until now, creating sophisticated agents has required stitching together multiple APIs, crafting orchestration logic, managing custom connectors, and manually layering in safety checks. Agent Builder promises to simplify that by offering a canvas-like environment where developers and solution architects can map out an agent’s behavior as a flow of nodes and logic modules.

How Agent Builder Works

Agent Builder provides users with either a blank visual canvas or a selection of templates (customer support agents, document comparison agents, and more) as starting points. Within the canvas, users can drag in components or nodes—logic operations, tool calls, conditional branches, user approval steps, data transforms, and connectors to external systems—and then wire them together to orchestrate the agent’s logic. The interface also allows you to preview the flow, run test executions, configure inline evaluation, and version your design.

Under the hood, Agent Builder builds on the Responses API and the Agents SDK (for Python/JS), which provide the core primitives: agents, handoffs, guardrails, sessions, and tracing. This means your visual design is translated into real agent logic that can call tools (e.g., web search, file search, code execution) and maintain internal state.

One advantage is built-in guardrails—you can attach validation logic and constraints to agent inputs and outputs to avoid unwanted behavior. Also, versioning enables iteration and A/B testing of different agent workflows over time. A Connector Registry complements Agent Builder, acting as an admin panel to manage and standardize integration with data sources and external tools (Dropbox, Google Drive, Microsoft Teams, etc.).

Benefits and Use Cases

• Faster prototyping: Rather than writing orchestration code from scratch, teams can spin up working agents visually and refine them.

• Clarity and transparency: Visual flows are easier to understand and audit than sprawling code.

• Governance & safety: Guardrails and version control help enforce rules and maintain safety.

• Scalability: As the agent logic grows, new branches or sub-agents can be layered without losing manageability.

• Better embed experience: Agent Builder pairs with ChatKit (for embedding chat UIs) and enhanced Evals tools to measure agent effectiveness.

Organizations might employ Agent Builder for customer support automations, internal helpdesks, research assistants, document processing bots, or sales agents. For example, OpenAI cites that a payments company (Klarna) built a support agent handling two-thirds of tickets using earlier agent tools.

Agent builder

 Challenges & Considerations

Of course, a visual builder doesn’t guarantee perfect performance. While it streamlines some aspects, complex logic might still require custom code or fine-tuning. In addition, ensuring agents behave robustly in edge cases, debugging ambiguous behavior, and maintaining connectors over time remain hard problems. Finally, the richness of connectors and tool integrations at launch will determine how useful Agent Builder is out of the box.

Moreover, visual tools sometimes hide complexity; users must be careful to understand the semantics beneath the interface. Lastly, issues of model costs, latency, security, and observability still must be addressed when deploying agents in production.

Conclusion

Agent Builder, as part of OpenAI’s AgentKit, represents a significant leap toward democratizing the creation of autonomous AI workflows. By abstracting away a lot of the plumbing and allowing designers to compose logic visually, it lowers the barrier for building powerful, agentic applications. With the backing of the underlying APIs, guardrails, and evaluation infrastructure, it has the potential to accelerate how enterprises adopt AI agents — provided the toolset evolves to meet real-world needs.

Google Pixel 10 Pro: An ultimate camera phone with google AI

 

google pixel 10pro

Introduction

Google’s Pixel series has long been synonymous with a clean Android experience, excellent cameras, and deep integration of AI and software features. The Pixel 10 Pro, launched in 2025, represents Google’s flagship offering in its 10th generation lineup, pushing boundaries in computational photography, on-device intelligence, and long-term support.

Design & Display

The Google Pixel 10 Pro sports a premium build with a glass front and back and a metal frame. The display is a 6.3-inch Super Actua LTPO OLED panel with a resolution of 1280 × 2856 pixels, offering a dynamic refresh rate from 1 Hz up to 120 Hz depending on content.

The front and rear glass are protected by Gorilla Glass Victus 2, and the device has IP68-rated dust and water resistance.

In terms of dimensions and weight, the Pixel 10 Pro measures approximately 152.8 mm × 72 mm × 8.6 mm and weighs around 207 g.

Hardware & Performance

Under the hood is Google’s in-house Tensor G5 chipset, tailored for AI, machine learning, computational photography, and efficient power use.

It is paired with 16 GB LPDDR5X RAM and various storage options, including 256 GB, 512 GB, and even 1 TB in some regions.

For graphics, the GPU is part of the Tensor G5 architecture, optimized for AI and imaging workloads.

Other features include Wi-Fi 7, Bluetooth 5.3, NFC, Ultra-Wideband (UWB) support, and advanced sensors, including a Titan M2 security module.

Cameras & Imaging

One of the biggest strengths of the Pixel lineup is camera performance, and the Pixel 10 Pro carries on this tradition with a triple rear camera setup:

• 50 MP (wide) main sensor with optical image stabilization (OIS) and an aperture of f/1.68
• 48 MP ultrawide + macro lens (≈123° field-of-view)
• 48 MP telephoto lens with 5× optical zoom, supporting “Pro Res Zoom” up to 100× zoom via computational processing

On the front is a large 42 MP selfie camera with autofocus and a wide 103° field of view.

In video, you can record up to 8K @ 30 fps, with advanced stabilization (Video Boost) aiding smooth capture even in motion.

google pixel 10pro

Battery & Charging

The Pixel 10 Pro is equipped with a 4,870 mAh battery, which Google claims can last through typical daily use, with additional gains from efficiency in the Tensor G5 and software optimization.

For charging, it supports 30W wired fast charging and 15W magnetic wireless charging via Google’s PixelSnap (Qi2) system.

Software & Updates

The Pixel 10 Pro comes with Android 16 out of the box, with Google promising 7 years of OS updates and security patches — one of the longest support commitments in the smartphone industry.

Google also integrates advanced AI features such as Magic Cue, Gemini Nano, and on-device generative imaging and assistant aids to make the phone more proactive and context-aware.

Price & Variants

In India, the 256 GB variant of the Pixel 10 Pro is priced at ₹1,09,999.

At launch, the broader Pixel 10 series had price points:

• Pixel 10: ₹79,999 (for 256 GB)
• Pixel 10 Pro: ₹1,09,999 (256 GB)

Note that Google also offers EMI and cashback options in certain markets.

Pros & Considerations

Pros:

• Excellent computational photography and zoom capabilities
• Long software support commitment
• Strong on-device AI and software features
• Premium hardware and display
• Good balance of battery + performance

Considerations:

• Charging speeds are not the fastest compared to some competitors.
• The large size and weight may not suit everyone
• Actual performance in real-world use (especially AI features) needs to be tested.

Conclusion

The Google Pixel 10 Pro is a flagship phone that emphasizes AI, camera capabilities, and long-term software support, all wrapped in a refined hardware package. While its price is premium, the value lies in a future-proof investment — especially for those who prioritize clean software, advanced computational photography, and regular updates.