Apple iPhones may not get major visual updates with iOS 27: What to expect

Apple iPhones may not get major visual updates with iOS 27: What to expect



Apple’s next major iOS update may not bring major visual changes to iPhones. However, it may allow users more options to fine-tune the Liquid Glass design that Apple introduced last year with iOS 26. According to a report by 9To5Mac, citing Bloomberg’s Mark Gurman, despite notable changes in the Apple design team, there is no major visual overhaul planned for the next-generation update. The report stated that users should expect “years of gradual improvements,” rather than immediate changes.

 


The Liquid Glass design was developed under Apple design lead Alan Dye. The report noted that Dye “was largely in charge of designing Liquid Glass” before leaving Apple for Meta. After his departure, Steve Lemay took over as the new design lead. Even with this leadership change, a major redesign may not happen soon.

 
 


Apple is expected to preview iOS 27 along with other platform updates at its Worldwide Developers Conference (WWDC) 2026, which is expected to take place in June. Apple generally starts the beta testing phase after the event, with the final release arriving with the next-generation iPhone models, likely around September.


Apple iOS 27: What to expect


Liquid Glass changes


According to 9To5Mac, Liquid Glass has received mixed reactions, with some users raising readability concerns. However, citing Mark Gurman, the report said the latest internal versions of iOS 27 do not show major design changes.

 


According to MacRumors, Apple may instead add a system-wide slider to adjust the Liquid Glass effect. Earlier updates already introduced “Clear” and “Tinted” options in iOS 26.1, while iOS 26.2 added a slider for the Lock Screen clock. The tinted option makes interface elements more opaque.

 


Apple had earlier tried to introduce a system-wide slider during iOS 26 development, but engineers reportedly faced technical challenges extending it across the home screen, app folders and navigation bars, according to MacRumors. 


Apple Intelligence


Apple’s iOS 27 is still expected to bring additional Apple Intelligence capabilities, including:

 


AI health agent: Apple is reportedly developing an AI-powered health assistant that could be offered as part of a future Apple Health+ subscription. Earlier reports suggest it may provide guidance aimed at improving workout form and fitness routines.

 


AI web search: Bloomberg has also reported that Apple is working on an AI-based “Answer Engine,” internally referred to as World Knowledge Answers. The system is expected to integrate with Siri, Safari and Spotlight to deliver more conversational, context-aware responses, potentially competing with tools like ChatGPT and Perplexity.

 


Performance and stability


Bloomberg previously reported that iOS 27 will focus heavily on overall system quality and performance. According to the report, Apple’s engineering teams are reviewing existing features to reduce software bloat, eliminate bugs and improve responsiveness after several years of feature-heavy releases.


Support for new form factors


Apple is expected to introduce its first foldable iPhone, possibly using a book-style hinge design, followed by a special 20th-anniversary model in 2027 that may feature curved glass. iOS 27 is expected to lay the groundwork for these devices, particularly the foldable model, which could ship with the update preinstalled. This may include new multitasking behaviours or window management features similar to those introduced in iPadOS 26. 


Other changes


According to a previous report, iOS 27 may introduce region-specific features tailored for emerging markets, along with further refinements to the Liquid Glass design language that debuted in iOS 26.



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Apple turns 50: Big bets that reshaped tech and the pressure to repeat

Apple turns 50: Big bets that reshaped tech and the pressure to repeat



There are two ways to think about Apple turning 50. One is as a corporate milestone for one of the world’s richest companies in terms of market capitalisation. The other is stranger and more interesting: much of the modern technology landscape now looks the way it does because Apple decided it should.

 


Graphical interfaces on personal computers. Music libraries stored in your pocket-sized devices. Phones that behave like handheld computers. Entire app economies built around a single device. None of these ideas began with Apple. But the company repeatedly turned them into mainstream realities.

 


That pattern has defined Apple since 1976, when Steve Jobs and Steve Wozniak started building computers together. Jobs believed technology should not feel like industrial equipment. It should feel intuitive, almost invisible.

 
 


That philosophy helped shape some of the most influential consumer devices of the past half century. It also set expectations Apple still struggles to meet.


Making computers personal


Apple’s first real success arrived with the Apple II in 1977, one of the earliest personal computers aimed at ordinary consumers rather than electronics hobbyists.

 


The machine helped push computing beyond universities and corporate labs, turning it into something small businesses and households could actually use.


But it was the Macintosh in 1984 that best captured Jobs’ vision of accessible computing. The Mac introduced many users to graphical interfaces, icons and the computer mouse, replacing the command-line complexity that defined earlier systems.

 


In hindsight, the Macintosh also set the template Apple would follow for decades: combine hardware, software and design into a tightly controlled experience.


The company that almost disappeared


For a company that had hit a market capitalisation of approximately $4 trillion in October 2025, Apple spent much of the 1990s looking surprisingly fragile.

 


Jobs was pushed out in 1985 after internal conflicts, and Apple struggled through years of declining market share and an increasingly confusing product lineup. By the mid-1990s, analysts openly questioned whether the company would survive.

 


Jobs returned in 1997 after Apple acquired his company NeXT, and his strategy was simple: cut ruthlessly.

 


Dozens of products were scrapped. Apple would focus on a handful of devices and try to make them distinctive again.

 


The colourful iMac, launched in 1998, was the first sign the company might recover. It looked nothing like the beige PCs that dominated offices at the time — and that was precisely the point.

 

Apple continued pushing that design philosophy into its laptops as well. The iBook, introduced in 1999, brought the same colourful aesthetic to portable computers and helped popularise built-in Wi-Fi. Nearly a decade later, the MacBook Air would take the idea of minimalist hardware even further. When Steve Jobs famously pulled the ultra-thin laptop out of an envelope in 2008, it set the tone for the thin-and-light notebook designs that would become standard across the industry. 


The iPod and the ecosystem strategy


If the iMac revived Apple’s brand, the iPod changed its future.

 


Released in 2001, the music player arrived in a market already filled with MP3 devices. But the iPod paired elegant hardware with Apple’s iTunes software, making it dramatically easier to organise and listen to digital music.


The introduction of the iTunes Store in 2003 extended that idea further, creating one of the first large-scale marketplaces for legal digital music downloads.

 


The strategy — hardware tied tightly to software and services — would later become the backbone of Apple’s ecosystem.


The iPhone moment


When Apple introduced the iPhone in 2007, smartphones were not new. Devices from companies such as Nokia and BlackBerry had already established the category.

 


But Apple’s approach replaced physical keyboards with a large touchscreen and simplified the interface dramatically.

 


Within a year, the App Store opened the platform to developers, transforming the smartphone into something far more versatile than a phone. It became a camera, gaming device, navigation system, payment tool and social hub all at once.

 


Few technology products have reshaped consumer behaviour as quickly as the iPhone.


The iPad experiment


Apple pushed the idea of mobile computing further with the iPad in 2010. The device was introduced as something that sat between a smartphone and a laptop — large enough for reading, watching video and browsing the web, but simpler than a traditional computer.

 


Tablets had existed before the iPad, but Apple’s version helped define the category for mainstream consumers. Jobs famously described it as a “third category of device” that would sit alongside phones and laptops.

 


The iPad quickly found traction in areas such as education, media consumption and creative work. Yet the product has also faced criticism over the years. Analysts and users have pointed to a sometimes confusing product lineup, irregular update cycles and long gaps between hardware upgrades.


A different era under Tim Cook


After Steve Jobs died in 2011, many observers wondered whether Apple could continue producing industry-defining devices without its most charismatic leader.

 


Tim Cook, who succeeded Jobs as chief executive, has taken a bit of a different approach.

 


Where Jobs thrived on dramatic product reinventions, Cook has focused on scale, operational efficiency and expanding Apple’s ecosystem.

 


Apple has introduced new products under Cook’s leadership, such as the Apple Watch and AirPods. However, more focus has been on growing its services business through subscriptions and digital platforms like Apple Music and Apple TV+.

 


Cook also oversaw the company’s transition to Apple-designed silicon chips for Macs, a move that strengthened Apple’s control over its hardware and software stack.

 


At the same time, critics argue that Apple has become more cautious by refining existing products rather than taking the kind of risks that once defined the company.


The bets that didn’t work


Apple’s history is often told through its hits, but the company has had its share of misfires.

 


Some experiments simply arrived too early. The Newton MessagePad, a personal digital assistant introduced in the 1990s, struggled with unreliable handwriting recognition and never gained wide adoption. Yet the idea of a portable touchscreen device capable of understanding handwriting would later resurface in Apple’s tablet strategy with the iPad.

 


More recently, Apple quietly abandoned its long-rumoured electric car project after years of development, underscoring that even a company known for carefully planned product launches sometimes walks away from ambitious ideas.

 


Even successful product lines have faced criticism, from the controversial MacBook keyboard designs of the late 2010s to regulatory scrutiny over the App Store’s control of mobile software distribution.

 


Apple has also faced challenges in bringing some of its newer ambitions to market. At its Worldwide Developers Conference in 2024, the company previewed Apple Intelligence and a more advanced version of its digital assistant Siri capable of handling longer conversations, understanding on-screen content and taking in-app actions. However, these features were delayed and have yet to reach users. Apple has since partnered with Google to integrate its AI models into Siri as it works to deliver the promised capabilities later this year.

 


The company’s ability to maintain its influence while tackling these challenges has become a defining feature of the Cook era.


The next chapter


As Apple enters its sixth decade, the company is again trying to shape the next phase of computing. The Vision Pro headset represents Apple’s attempt to bring spatial computing into the mainstream, while the company has begun integrating artificial intelligence features across its devices under the banner of Apple Intelligence.

 


At the same time, Apple has also shown signs of revisiting ideas that once defined its earlier years — making its ecosystem more accessible to a wider audience. Devices such as the recently introduced MacBook Neo and the company’s annual refresh of its more affordable iPhone e-series suggest Apple is experimenting again with entry points to its ecosystem, offering lower-priced alternatives alongside its premium devices.

 


Whether these efforts will redefine computing in the same way the Macintosh or iPhone once did is far from certain.

 


But Apple’s history suggests a recurring pattern. The company rarely invents the categories it enters. Instead, it studies existing technologies, reimagines them through design and integration, and delivers them at a scale few competitors can match — whether that meant graphical computers in the 1980s, portable music players in the 2000s or smartphones that became the centre of everyday digital life.

 


Fifty years after two founders began assembling computers in a garage, the real question facing Apple may no longer be how it changed the industry, but whether it can still surprise it.



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Realme P4 Lite 5G with MediaTek 6300 to launch on March 19: Check details

Realme P4 Lite 5G with MediaTek 6300 to launch on March 19: Check details



Chinese smartphone maker Realme has announced the launch date of its upcoming P4 Lite 5G smartphone in India. The Realme P4 Lite 5G, set to launch in India on March 19, will be powered by the MediaTek Dimensity 6300 chip and pack a 7,000mAh battery. Notably, the company also launched the P4 Lite smartphone last month with a UNISOC T7250 chip. The new model will bring 5G connectivity and several changes.


Realme P4 Lite 5G: Launch and availability details


  • Date: March 19

  • Availability: As per the company, the Realme P4 Lite 5G will be available for purchase following its launch from Realme’s website, e-commerce platform Flipkart and select retail stores.

 


Realme P4 Lite 5G: Details


The company has said that the Realme P4 Lite 5G will feature a display with up to a 144Hz refresh rate and 900 nits peak brightness. It will be powered by the MediaTek Dimensity 6300 processor, which will be paired with a cooling chamber to optimise the thermals of the smartphone during high-performance tasks. It will be available in Mosaic Green and Mosaic Blue colour options.

 

For photography, the smartphone will include a 13MP rear camera. It will boast a 7,000mAh battery, which the company claims can deliver up to 1.47 days of usage on a single charge. The device will measure 8.4mm in thickness and come with ArmorShell protection, having passed the MIL-STD-810H military-grade shock resistance test. For resistance against dust and water, it will carry an IP64 rating. 


Realme P4 Lite 5G vs Realme P4 Lite


Though the company has not yet revealed all specifications of the 5G variant, even the ones that have been revealed reflect significant upgrades over the Realme P4 Lite 4G variant. To break it down, the Realme P4 Lite sports a 6.74-inch display with up to a 90Hz refresh rate, which is less than the 144Hz refresh rate panel that Realme has promised for the 5G variant. Even the peak brightness has been increased, from 563 nits in the 4G variant to 900 nits in the 5G variant.

 


In terms of processor, the P4 Lite was powered by the UNISOC T7250, whereas the P4 Lite 5G will be powered by the MediaTek Dimensity 6300 chip. Battery capacity has been increased from 6,300mAh to 7,000mAh. It appears that due to the larger-capacity battery addition, the thickness has been increased from 7.94mm in the 4G variant to 8.4mm in the upcoming 5G variant.

 


The colour options are also set to be different. The Realme P4 Lite comes in three colour options – Sea Blue, Obsidian Black and Beach Gold, whereas the upcoming model will come in Mosaic Green and Mosaic Blue colour options.


Realme P4 Lite 5G: Specifications


  • Display: Up to 144Hz refresh rate, 900 nits peak brightness

  • Processor: MediaTek Dimensity 6300

  • Rear camera: 13MP

  • Battery: 7,000mAh

  • Colour: Mosaic Green, Mosaic Blue

  • Thickness: 8.4mm

  • Durability: ArmorShell protection, IP64 rated



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Google rolls out Gemini task automation to Galaxy S26 in beta: Report

Google rolls out Gemini task automation to Galaxy S26 in beta: Report


Google has reportedly begun rolling out Gemini task automation, also referred to as screen automation, to the Samsung Galaxy S26 series in beta. The feature allows the AI assistant to carry out certain tasks inside supported apps, such as ordering food or booking rides, based on user prompts.

 


According to reports by The Verge and 9To5Google, the feature has started appearing on Galaxy S26 devices through a recent update. The system allows Gemini to interact with select delivery and rideshare apps in a virtual interface, completing steps such as selecting items, entering destinations or adding products to a cart. However, the assistant stops before the final confirmation step and asks the user to review and approve the action.

 


Gemini task automation: Rollout details


The feature is currently rolling out to Galaxy S26 series smartphones, in beta. It was initially announced during the launch of Samsung’s latest flagship devices, but was not available in early units. 


Apart from the Samsung Galaxy S26 series smartphones, the feature will also come toGoogle Pixel 10 series smartphones, however, the roll out is yet to begin. It should also be noted that the feature will be initially limited to the US and South Korea.  

 


Gemini task automation currently supports a limited set of apps, primarily in the food delivery and rideshare categories. These reportedly include:


  • Uber

  • Lyft

  • Uber Eats

  • Grubhub

  • DoorDash

  • Starbucks


What Gemini task automation does


Gemini task automation is designed to allow the AI assistant to carry out routine actions across apps without requiring users to manually navigate each interface.

 


When a user issues a prompt — such as ordering food or booking a ride — Gemini opens the relevant app in a background window and performs the required steps automatically. This can include entering locations, browsing menus, or adding items to a cart.


The system runs while the phone remains usable for other tasks. Users can continue sending messages or browsing while the assistant completes the automated steps. Progress updates are displayed through notifications, allowing users to monitor the task or intervene if necessary.

 


However, the system does not complete transactions on its own. Instead, it pauses at the final confirmation step so that the user can review the details before placing an order or confirming a booking.

 


When the feature was first previewed last month, Google said Gemini task automation would initially be available on Samsung Galaxy S26 series devices and the Pixel 10 lineup, though it currently appears to be rolling out first to Samsung’s latest phones.



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Spotify will soon let you customise app's music recommendation: What's new

Spotify will soon let you customise app's music recommendation: What's new


Spotify’s Taste Profile feature (Image: Spotify)

Spotify has announced a new feature called Taste Profile that lets listeners review and adjust how the platform understands their music preferences. According to Spotify, the update aims to give users more transparency and control over Spotify’s recommendation system. The feature is currently limited to select beta testers and will roll out to Premium users in New Zealand before expanding to more regions.


Spotify Taste Profile feature: How it works


According to the company, Taste Profile represents Spotify’s internal model of a user’s listening habits. It is built using signals from music, podcasts and audiobooks that a listener engages with on the platform. 

 

With the new feature, users will be able to review how Spotify categorises their interests. This can include preferred genres, artists and listening patterns throughout the day. For example, the system might detect that a listener has been exploring ’90s alternative rock or frequently playing hip-hop tracks with particular influences. The company noted that the feature also allows users to correct the system if recommendations feel inaccurate. 


 
If Spotify’s interpretation of a user’s taste does not match their preferences, listeners will be able to flag it. The feature will allow them to request more or less of a certain type of music or indicate what kind of content they want to hear at a particular moment. As mentioned by the company, this feedback will help determine which types of content are prioritised on the Spotify homepage and which ones appear less often. 


Beyond listening patterns, the Taste Profile tool also considers listening behaviour tied to daily routines and current interests. For instance, users training for a marathon might want energetic music for workouts, while someone commuting may prefer news podcasts during weekday mornings. Spotify said these signals will help create deeper personalisation across the platform. 


Part of Spotify’s broader personalisation push


The new feature builds on Spotify’s ongoing effort to improve how its recommendation system works. It follows another beta tool called Prompted Playlist, which allows listeners to guide the algorithm while creating playlists based on their listening history or mood. Spotify said that users can actively adjust their Taste Profile or simply leave it unchanged and continue using the platform as usual.

First Published: Mar 16 2026 | 10:49 AM IST



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Samsung Galaxy S26 Ultra review: Privacy display leads monumental upgrades

Samsung Galaxy S26 Ultra review: Privacy display leads monumental upgrades



In 2024, Samsung shifted the focus of its Galaxy S-series flagship smartphones towards software and artificial intelligence. That was also the year it introduced Corning Gorilla Glass Armor on the Ultra model — a display technology with anti-reflective and anti-glare properties. The feature was widely appreciated by enthusiasts, even though Samsung’s marketing largely emphasised software and AI improvements.

 


That approach makes this year’s narrative notable. In contrast to 2024, when display innovation remained in the background amid the focus on AI and software, the Galaxy S26 Ultra places the display itself at the centre of attention.

 


What is Privacy Display

 
 


The Privacy Display aims to prevent people around you from seeing what is on your screen. Unlike the anti-peeping tempered glasses commonly sold as accessories, this is integrated display technology. Samsung said it has altered the behaviour of the display panel itself, including glass refraction, pixel behaviour, and power flow, to achieve the effect.

 


The result works as advertised. Viewing angles are significantly restricted when the feature is enabled, preventing onlookers from reading the screen.

 


Importantly, it is not an always-on feature. It can be enabled or disabled from the quick settings menu. You can also configure it to activate only for certain apps or for notification previews, which makes the feature more practical.

 


However, the trade-off is visible. Enabling Privacy Display lowers brightness and reduces contrast. Much like traditional privacy screen protectors, there is a compromise in visual quality.

 


Living with the phone day to day

 


The Galaxy S26 Ultra is not defined by the display alone. The device continues Samsung’s push into AI-driven features.

 


Google’s Gemini remains central to the experience, but Samsung has revived Bixby with a new AI-driven approach designed to help users understand and manage their phone better. In practice, the addition did not significantly change my experience.

 


Samsung has also expanded the Galaxy AI ecosystem by integrating Perplexity alongside Gemini. Both assistants are capable of handling similar queries, but Gemini is offered as default and I liked to keep it that way.

 


Where AI proved more useful was in multimedia features.

 


The Audio Eraser tool now works across third-party platforms such as YouTube and Instagram. For the uninitiated, it isolates and reduces background noise, making spoken audio clearer. Considering how much user-generated content exists on these platforms, the feature is useful.

 


Another AI tool, Photo Assist, now supports text-based editing. Users can circle an area in an image and describe the desired change using a text prompt. The concept is useful, although the feature occasionally fails to process requests.

 


Software, cameras, and everyday improvements

 


The Galaxy S26 Ultra ships with One UI 8.5. The update is mostly cosmetic but introduces practical additions such as Call Screening. With support for Indian languages including Hindi, the feature works well and proved more reliable than my experience with call screening on the iPhone 17 Pro Max.

 


Cameras remain central to Samsung’s Ultra series, and the Galaxy S26 Ultra refines the imaging system rather than overhauling it.

 


The wide and telephoto cameras now feature wider apertures, improving low-light performance. The telephoto module also uses Samsung’s ALOP (All Lenses on Prism) sensor design, which improves light sensitivity and image clarity, but hampers zoomed macro shots.

 


In video recording, the standout addition is Horizon Lock. Similar to action cameras, this mode keeps the horizon level even if the phone rotates significantly during recording. It is a practical feature and works well in stabilising footage.

 


Samsung has also upgraded charging speeds. The phone now supports 60W wired charging and 25W wireless charging, although magnetic wireless charging is still absent.

 


What I think after using it

 


The Galaxy S26 Ultra introduces several refinements, but the most distinctive addition remains the Privacy Display. It works well and offers genuine protection against shoulder surfing, although the reduction in brightness and contrast means it will not appeal to everyone.

 


Beyond that, the device continues Samsung’s broader strategy of expanding its AI ecosystem while refining camera performance and software features. The improvements are meaningful but incremental.

 


For users who value privacy and multimedia tools, the Galaxy S26 Ultra offers something different. For others, the experience may feel like a steady evolution rather than a dramatic leap.

 


Samsung Galaxy S26 Ultra: Pricing

 


12GB RAM + 256 GB storage: Rs 139,999


12GB RAM + 512GB storage: Rs 159,999


16GB RAM + 1TB storage: Rs 189,999

 


Samsung Galaxy S26 Ultra: Unboxing

 



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