OpenAI Sets Retirement Date for GPT-4o: What Changes for API Developers on Feb. 13

OpenAI plans to retire GPT-4o and several older ChatGPT models on 13 February 2026. The company says this will make it easier for users to choose models and allow them to focus on newer systems that people now use. For now, API access stays the same, and OpenAI promises to give advance notice before any future API changes.  

What Is Changing In ChatGPT? 

In a post on 29 January 2026, OpenAI announced it will remove ChatGPT 4.0, GPT 4.1, GPT 4.1 Mini, and OpenAI O4 Mini from ChatGPT. This update comes with the earlier retirement of GPT-5 Instant and GPT-5 Thinking. OpenAI also shared that it briefly brought back GPT-4.0 during the GPT-5 launch after some Plus and Pro users said they liked its dialogue, style, and creativity. The company used the feedback to improve newer models.  

  • Effective date: 13 February 2026.  
  • Models exiting ChatGPT: GPT-4o, GPT-4.1, GPT-4.1 Mini, and OpenAI’s 4 Mini, plus the earlier announced GPT-5 Instant and Thinking.  
  • There is no change to the API right now. OpenAI says it will let users know before making any changes to API access.  
  • After the update, existing chats and custom GPTs will automatically use GPT-5.2, according to the help center.  
  • OpenAI says that ChatGPT (voice) and ChatGPT (images) will not change with this update since they use different models.  

Why It Matters for Users and Startups? 

For most users, removing these models means losing access to newer options that OpenAI says are better at reasoning and offer greater control over tone and temperament. The company notes that most people already use GPT-5.2, and feedback on GPT-4.0’s style has helped shape features such as the friendly presets and controls for warmth and enthusiasm in GPT-5.1 and GPT-5.2.  

For founders and product teams, the main effect is on operations. If your workflows rely on GPT-4.0’s voice or creative style, you could test them with GPT-5.2 and adjust prompts to keep your brand’s voice and user experience. OpenAI also says it is working to reduce unnecessary refusals and overly cautious responses while still improving safety, including protections for users under 18 in most markets.  

How will this affect developers and enterprises? 

Developers using the API are not affected at this time. OpenAI says the models powering ChatGPT will remain available through the API, and it will give advanced notice before retiring any API models. For enterprise and education customers, administrators can allow limited access to older models. However, organizations should see this as temporary, keep track of which models they use, and plan to move to the recommended newer models.  

Context and Background 

OpenAI earlier replaced GPT-4 in ChatGPT with GPT-4o and later brought back limited access to GPT-4o for paid users after hearing their feedback. This latest retirement makes the move to newer models official, aiming for better performance and more customizable conversation. OpenAI says only a small number of users still choose GPT-4o each day, and narrowing the options lets them focus on features most people want.  

Timeline And Following Steps 

Starting 13th February, 2026, these models will not be available in ChatGPT if you rely on GPT-4o’s tone for behavior, testing, or updating your prompts with GPT-5.2. Check style settings and review customer-facing tools, such as support scripts or developer onboarding assistance. API access stays the same for now, but it’s wise to watch for deprecation notices, lock in model versions if possible, and set aside time for testing.  

Retiring popular models can be disruptive, but OpenAI says this is part of a bigger plan to make ChatGPT more creative, reliable, and flexible for users with early planning and expedient adjustments. Most teams should handle the change smoothly.

Source: OpenAI to retire GPT-4o and older ChatGPT models on 13 February 2026 

Beyond AutoComplete: How Apple’s Xcode 26.3 Transforms App Development with Coding Agents

Apple released Xcode 26.3 to developers in early February 2026. This version goes beyond basic auto-complete by introducing fully integrated Agent Coding. With this feature, AI agents can handle complex programming tasks independently, acting as true partners in development.  

Key Transformations and Features 

Code 26.3 introduces a major change by allowing AI agents such as Anthropic’s Cloud agent and OpenAI’s Codex to run independently within the integrated development environment (IDE).  

  • Autonomous task execution: Agents can take high-level instructions like “Create a login screen with Face ID support” and handle the details themselves. They write Swift code, update project files, and adjust layouts using feedback from Xcode previews.  
  • Project Awareness: Unlike earlier AI assistants that worked on a single file at a time, these agents can access the entire workspace. They understand the project’s structure, search Apple’s documentation and third-party libraries, and can change project settings when necessary.  
  • Iteration and Testing: These agents can build and test the app, find problems, recommend solutions, and keep making changes until the code works as it should.  
  • Model context protocol (MCP) support: to make Xcode more flexible, Apple now supports the Open Model Context Protocol. This lets developers use any compatible AI agent or tool, not just the built-in Claude Agent and Codex.  

Developer Control and Transparency:  

  • Developers stay in control at all times.  
  • A sidebar shows every step the agent takes.  
  • Automatic milestones make it easy to undo changes if needed.  

Impact On The Development Workflow 

This update changes how developers work by letting the AI handle repetitive, time-consuming tasks, freeing up programmers to focus on architecture, user experience, and new ideas. Early reports show that feature prototypes can be built up to 40% faster.  

To try these features, Apple Developer Program members can download the Xcode 26.3 release candidate. They can then turn on the agents in the Agent Coding section of Xcode’s preferences.  

What’s New in Xcode 26.3? 

On February 3rd, Apple launched Xcode 26.3, the newest version of its main development tool for iOS, macOS, watchOS, and tvOS. The biggest change is Agent Coding, which goes further than autocomplete or static suggestions. Now Xcode includes coding agents that can automatically read your project, change settings, generate code, and show visual previews.  

Developers can enable these agents in the new agent coding section of Preferences. Choose either the Claude or OpenAI’s Codex, and give high-level instructions like, “Create a login screen with Face ID support” or “Refactor the networking layer to use Combine.” The agents will break down the request, generate the required Swift code, update the storyboard, and display a preview in just a few seconds.  

Why Developers Should Care 

Agentic Coding does more than make things easier; it changes how software engineering teams work from start to finish.  

Speed and Capability 

Routine tasks like creating boilerplate code, updating API endpoints, or generating accessibility labels can now be handled by an AI agent. Early users say they have cut development time for feature-complete prototypes by up to 40%.  

Higher Code Quality 

Agents enforce uniform naming conventions, adhere to SwiftLink rules, and embed I-agents help keep naming consistent. Follow SwiftLink rules and add line documentation. This leads to easier, cleaner-to-maintain codebases. Stronger architecture and better UX. Besides more innovative problem-solving, the AI can also recommend alternative implementations, exposing developers to new patterns they might not have considered.  

Cross-team Collaboration 

Since Agents work within a shared project model, they can serve as a common assistant to design, QA, and product teams. This helps everyone use the same technical language.  

Apple’s Vision For Agentic Coding 

Agent-Decoding supercharges productivity and creativity by streamlining the development workflow so that developers can focus on innovation: Susan Prescott, VP of Worldwide Developer Relations, Apple.  

Apple also disclosed that internal beta teams using the cloud agent completed a complex multi-screen onboarding flow in under 10 minutes. This task previously required several hours of manual coding.  

The company highlighted a 30% increase in successful build rates when agents automatically resolved dependency conflicts across a common pain point in large Xcode workspaces.  

Getting Started with Xcode 26.3 

If you are a registered Apple developer, the Xcode 26.3 release candidate is already available in the Developer Section of the Mac App Store. Follow these steps to activate Agentic Coding:  

Open Xcode > Preferences > Agentic Coding  

Select your preferred model (Cloud Agent or OpenAI Codex). Sign in with your API credentials.  

Enable auto-suggest or project load to let the agent analyze your workspace immediately.  

Start a new project or open an existing one, then type natural language commands in the new agent console pane.

Source: Xcode 26.3 unlocks the power of agentic coding 

Amazon Project Leo sets February 12 launch date: a new high-speed satellite internet competitor arrives for remote connectivity

Amazon is requesting more time to launch LEO, its competitor to Starlink, and says it will miss the July deadline to have half of its satellite network working.  

On Friday, Amazon asked the Federal Commission for more time. The FCC approved the satellite internet project in 2020. Amazon was required to launch and run half of its 3,200 satellites by July 30, 2026, or it would lose permission to finish the network.  

However, the filing says Amazon expects only about 700 satellites in orbit by then, well short of the required 1,600. Right now, the LEO network has just 180 satellites.  

To address this, Amazon is asking the FCC for two more years to reach the 50% goal or for a waiver of the rule. The company says it has booked many more launch dates than needed to finish the first-generation LEO system by 2029, hoping to avoid more delays.  

Amazon-LEO has executed the largest commercial procurement of launch capacity in history. It now has a manifest of more than 100 missions scheduled through Q1 2029. The company wrote that this equates to an average of 3 planned launches per month over the next 3 years, each carrying an average of more than 40 new satellites into low Earth orbit.  

Amazon also says it is keeping hundreds of satellites that are already built and ready to launch near the launch sites. The filing suggests the company plans to start serving users by the July 30 deadline, but these may not be regular consumers.  

By this date, Amazon LEO also expects to have its customer terminals in the hands of more enterprise and government customers and to be set to roll out service more broadly in the US and across the globe, the filing says.  

FCC will probably approve the extension because it sees both Starlink and Leo as key to bringing fast internet to people in remote and rural parts of the US. Leo has also been chosen to provide internet to unserved areas through the federal BEAD program.  

Amazon also says that strict enforcement would interrupt or halt this effort, stripping Amazon’s Leo of authority to launch the undeployed portion of its system until it secures a new license from the Commission.  

The extension request is not unexpected. Over time, Amazon’s Starlink competitor has faced several delays in launching satellites, leading to a lawsuit from a pension fund that owns Amazon shares. Unlike SpaceX, which uses its own Falcon 9 rocket, Amazon initially hired Arianespace, Blue Origin, and United Launch Alliance to launch its satellites. However, these companies have also experienced delays even with their newest rockets.  

In late 2023, Amazon planned to use some SpaceX launches that were still in the FCC filing. The company says Leo has faced a shortage of near-term launch availability due to manufacturing disruptions, the grounding of new launch vehicles, and restrictions on spaceport capacity. As a result, Amazon could complete only 7 of the more than 20 launches it had planned for 2025.

Source: Amazon to FCC: Our Starlink Rival Needs More Time to Deploy 

Samsung Debuts World’s First Color E-Paper Built from Phytoplankton Bio-resin

Samsung Electronics has launched the 13-inch Samsung Color E paper EM13DX model, adding to its Color E paper range. This is the first display to use bio-resin housing made from phytoplankton. The thin display uses digital ink technology and consumes very little power, giving businesses a practical alternative to traditional printed signs.  

These businesses look for increasingly flexible and efficient ways to communicate. Samsung’s Color e-Paper represents a change in how digital signage fits into everyday operations. Said Hyoung Jae Kim, Executive Vice President of the Visual Display (VD) Business at Samsung Electronics. By applying innovative technologies such as phytoplankton-based bio-resin, we’re demonstrating our commitment to advancing both display technology and the materials that power it. Our color paper e-paper products are designed to replace paper with ultra-low power performance and ultra-slim, lightweight designs.  

Paper-Like Color And Clarity For Modern Digital Displays 

The new 13-inch Samsung Color e-paper is the smallest in the lineup and gives businesses a compact display for shelves, counters, tables, and doors where paper signs are common. It’s about the size of A4 paper and has a 1600×1200 resolution with a 4:3 aspect ratio.  

Display features a rechargeable battery, USB Type-C support, and flexible mounting options, so it does not require a permanent power cable. Its slim 17.9mm design weighs only 0.9 kg with the battery, making it easy to install and move as needed. Samsung’s Color Imaging algorithm improves color precision and readability, giving the display a paper-like look. By smoothing color transitions and sharpening edges, it creates visuals that are vivid, similar to traditional posters, helping businesses transition from printed materials to digital signs.  

Leading The Way In Low-Impact Signage With Bio-Based Materials 

Samsung’s 13-inch Color e-paper is the first commercial display to use a bio-resin made from phytoplankton in its housing. The housing has been verified by UL, a global safety and sustainability organization, as containing 45% recycled plastic. It has 10% phytoplankton-based bio-resin. This new material replaces traditional petroleum-based plastics and can cut carbon emissions in manufacturing by over 40%.  

Sustainability is carefully considered in every part of the display, from the housing to the packaging. All packaging, including the box, cushion, and accessories box, is made entirely from paper just as efficiently. The display maintains static images at 0 watts, reducing unnecessary energy consumption without compromising reliability. When content is updated, overall energy use remains far lower than that of conventional digital signage, thereby lowering operating costs over time.  

Simple Content Control With Samsung E-Paper App And Samsung VXT 

Samsung’s 13-inch color e-paper makes it easy to control content both locally and remotely. The Samsung e-paper app, available for Android and iOS, lets staff update and manage content from their own devices, so there is no need for a separate remote control.  

The display also works with Samsung VXT, a cloud-based platform for remotely managing content and devices. Teams can adjust hardware settings, fix problems, and create or share content with little training. For e-Paper, Samsung VXT offers features to improve content legibility and a preview tool to check color correctness before going live.  

In addition to the new 13-inch display, Samsung will introduce a 20-inch model at IAC2026, a major tech show in Barcelona from February 3 to 6. With this expansion beyond the current 32-inch model, the Color E paper lineup is better suited to meet a wider range of business needs.  

Samsung remains the leader in the global digital signage market, holding a 36.2% market share by volume in Q3 2025. This builds on its 17 years as the world’s leading commercial display provider.

Source: Samsung Debuts 13-Inch Color E-Paper, a World-First Display Built With Bio-Resin Derived From Phytoplankton 

ChatGPT Begins Rolling Out Sponsored Context: What Free Users Will See First

Highlights 

  • OpenAI has started testing ads in ChatGPT for US users on the Free and Go plans.  
  • The ads show up at the bottom of ChatGPT responses and are marked as sponsored.  
  • Paid plans like Plus, Pro, Business, Enterprise, and Education do not have ads.  

OpenAI is testing ads in ChatGPT for US users on the free and go plans. These ads appear below responses and are marked as sponsored. Paid plans do not show ads.  

OpenAI is introducing ads in ChatGPT, adding sponsored content to the product for the first time.  

The test is currently available for logged-in adult users in the US who use the free or Go subscription. Users with Plus, Pro, Business, Enterprise, or Education subscriptions will not see ads.  

OpenAI announced the launch in a short blog post, confirming that the principles shared in January now apply.  

The blog post also adds education to the ad-free tiers, which were not part of OpenAI’s original plans.  

How The Ads Work? 

Ads show up at the bottom of ChatGPT responses. They are set apart from the answer and clearly labeled as sponsored.  

OpenAI selects ads by matching advertising submissions to the topic of your conversation, your previous chats, and your earlier interactions with ads. For example, if you ask about recipes, you might see an ad for a meal kit or grocery delivery service.  

Advertisers do not have access to users’ conversations or personal information. They only get summary data, such as the number of views and clicks.  

Users can’t dismiss ads, find out why a specific ad appeared, turn off ad personalization, or clear all ad-related data. OpenAI said it will not show ads in conversations about health, mental health, or politics, and will not serve ads to accounts identified as under 18.  

Free users who want to avoid ads have another option. OpenAI says you can opt out of ads in the free tier, but youwill receive fewer free messages each day. Go users can avoid ads by upgrading to Plus or Pro.  

The Path to Today 

OpenAI first shared its plans to test ads on January 16 when it also launched ChatGPT Go in the US for $8 per month. The company listed five principles:  

  1. Mission Alignment  
  1. Answer Independence  
  1. Conversation Privacy  
  1. Choice and Control  
  1. Long-Term Value  

In January, OpenAI explained that ads are meant to support access, not just to make money. Altman wrote on X at that time:  

This explanation comes as OpenAI faces major financial commitments. In November, Altman said the company may spend about $1.4 trillion on infrastructure over eight years. He also said OpenAI expects to reach an annual revenue run rate above $20B by the end of 2025. According to CNBC, a source said OpenAI expects ads to make up less than half of its revenue in the long run.  

OpenAI has set a $200,000 minimum commitment for early ChatGPT ads, according to AdWeek. Digiday reported that media buyers were quoted about $60 per 1,000 views for sponsored placements in the first US test.  

Altman’s Evolving Position 

This launch marks a clear shift from Altman’s earlier public comments on advertising.  

At a Harvard fireside chat in October 2024, Altman said he hates ads and called mixing ads with AI “uniquely unsettling,” according to CNN. He compared ChatGPT’s user-focused model to Google’s ad-driven search, saying Google’s results relied on doing poorly for users.  

By November 2025, Altman’s view had changed. He told an interviewer he was not totally opposed to ads, but said they would need to be handled carefully. He made a distinction between pay-to-rank ads, which he called catastrophic, and transaction fees, as well as contextual ads that do not change recommendations.  

The current test uses the Altman model described in context. Ads appear below responses and do not influence ChatGPT’s recommendations. Whether this approach will last as ad revenue increases remains to be seen.  

Where Competitors Stand 

The timing of OpenAI’s move stands out compared to its two main competitors.  

Last week, Anthropic ran a Super Bowl campaign with the tagline, “Ads are coming to AI, but not to Claude.” Other ads showed fictional chatbots interrupting personal conversations with sponsored messages.  

Google has also kept a distance from chatbot ads. DeepMind CEO Demis Hassabis said at Devos in January that Google has no current plans for ads in Gemini, calling himself “a bit surprised that OpenAI moved so early.” Distinguished Assistants, In which trust is personal, and search where Google already shows ads. This was the second time in two months that Google leaders publicly denied plans for Gemini Ads. In December, Google Ads VP Dan Taylor disagreed with an AdWork report that said advertisers should expect Gemini Ads in 2026.  

Now three companies are taking different approaches:  

  1. OpenAI is testing large-scale conversational ads.  
  1. Anthropic is promoting its decision not to run ads.  
  1. Google is showing ads in AI overviews, but is not adding them to its standalone assistant.  

Why does this matter? 

OpenAI says ChatGPT is used by hundreds of millions of people. CNBC reported that Altman told employees that ChatGPT has about 800 million weekly users. That creates pressure to find revenue beyond subscriptions, and advertising is the proven model for monetizing free users across consumer tech.  

For marketers, this launch creates a new way to advertise on AI platforms that targets users in the context of conversation rather than search keywords, providing a different signal of user intent. For example, someone asking ChatGPT for help planning a trip is likely further along in their decision-making than someone just typing a search query.  

The restrictions are important to note since there are no ads near health, politics, or mental health topics. The available ad space is smaller than in traditional search, with reported CPMs of $60 and a $200,000 minimum. This is starting as a premium option for a select group of advertisers, not a self-serve marketplace.  

Gazing Forward 

OpenAI described today’s rollout as a test to learn, listen, and make sure we get the experience right. No timeline was given for expanding beyond the US. Separately, CNBC reported Altman told employees in a Slack message that ChatGPT is back to exceeding 10% monthly growth, and that an updated chat model is expected this week.  

How users react to ads in their ChatGPT conversations will decide if this test expands or is stopped. It will also show whether Altman’s distinction between trust-damaging and acceptable contractual ads holds up in practice.

Source: OpenAI Begins Testing Ads In ChatGPT For Free And Go Users 

iPhone 18 Pro vs iPhone 17 Pro: Should You Upgrade?

iPhone 18 Pro and iPhone 17 Pro deliver Apple’s latest Pro-level innovation, but meaningful differences determine if upgrading makes sense for most users. This article provides a complete breakdown of important areas to help you decide based on your requirements. 

Design Changes 

Both phones retain Apple’s high-quality titanium design and IP68 rating, which provides durability and a slim design measuring approximately 8.3mm thick. The iPhone 18 Pro reduces the Dynamic Island by 35% thanks to under-display Face ID technology, making way for a cleaner 6.3-inch edge-to-edge LTPO OLED display with 3000 nits of brightness. The iPhone 17 Pro also provides a solid 120Hz Pro Motion display, but does not offer the notch cut, which enhances immersion for video and gaming content. 

Weight remains close to 204g on both phones, with Desert Titanium available only on the latest iPhone. If bezels and screen real estate are a concern, the iPhone 18 Pro has a slight advantage without increasing size. 

Performance Jump 

The iPhone 18 Pro’s A20 Pro processor on a 2nm process leads the iPhone 17 Pro’s A19 Pro processor on a 3nm process, increasing CPU performance by 20% and GPU performance for smoother ray tracing in games. Both have 12GB RAM and support AI capabilities in iOS 19’s Live Translate feature seamlessly, but A20’s AI engine performs better for on-device processing. 

Feature iPhone 17 Pro iPhone 18 Pro 
Chipset A19 Pro (3nm)   A20 Pro (2nm)   
RAM 12GB   12GB   
GPU Gains Strong baseline   +20% over A19   
AI Engine Capable   Enhanced dedicated   

Daily tasks feel identical unless you’re maxing benchmarks or heavy editing skip upgrade if on iPhone 17 Pro.  

Camera Differences 

Cameras are where Pro models are defined, and the iPhone 18 Pro raises the bar with a 48MP tetraprism telephoto camera (8x optical zoom) compared to the 12MP 5x system in the iPhone 17 Pro, with variable aperture for improved low-light shooting. The primary 48MP cameras are the same, but the iPhone 18 introduces macro precision and AI cinematic shooting modes, which are excellent in 4K 120fps video recording. 

Front-facing 18MP selfie cameras are identical on both models and have good stabilization. The biggest improvement for pro photographers is for Pro users. 

Camera Aspect iPhone 17 Pro iPhone 18 Pro 
Rear Setup 48+48+12MP (8x tele)   48+12+12MP (improved tele)   
Telephoto 5x optical   8x tetraprism   
Video 4K 120fps   Enhanced AI modes   
Aperture Fixed   Variable   

Battery holds at 5000mAh equivalents, but A20 efficiency yields 2 extra hours of screen time on iPhone 18 Pro. 

Display Specs 

Look for 120Hz refresh and Ceramic Shield on both 6.3-inch displays, with resolutions around 2800×1300. iPhone 18 Pro’s thinner Dynamic Island and LTPO adjustments impact 1-120Hz with smoother battery life. No size increases, so ergonomics are the same as before. 

Battery and Charging 

iPhone 17 Pro supports up to 33 hours of video playback with 40W wired charging (50% in 20 minutes) and 15W MagSafe. iPhone 18 Pro matches the storage but brings back the reverse wireless charging feature and improved power efficiency with the chip, extending beyond 10 hours of actual usage with heavy tasks. 

Charging iPhone 17 Pro iPhone 18 Pro 
Wired 40W, 50% in 20min   35W MagSafe-tuned   
Wireless 15W   15W + reverse   
Battery Life 33hr video   +2hr efficiency   

Storage and Pricing 

iPhone 17 Pro begins at 256GB of storage to 2TB, starting at around $1,099 (base 128GB rumors). iPhone 18 Pro raises the price to $1,199 for the same storage options (128GB/512GB/1TB). 

US consumers, see carrier discounts can help with this payment. 

Storage Options iPhone 17 Pro iPhone 18 Pro 
Base 256GB   128GB   
Max 2TB   1TB   
US Price ~$1,099   ~$1,199   

Who Should Upgrade 

Content creators and photographers will see the most likely see the advantages that they can obtain from the camera and AI advancements in the iPhone 18 Pro. Telephoto alone which justifies the iPhone 18 Pro for professionals. For consumers with the iPhone 17 Pro? Wait, as performance equality and decent battery life mean no need to rush. 

User Type Upgrade? Reason 
Pro Photographer Yes   8x tele, variable aperture   
Gamer/Editor Maybe   A20 GPU, AI tools   
Casual User No   Minor gains vs cost   
iPhone 16 or Older Yes   Full ProMotion, efficiency   

Trade-in values peak now Apple’s program covers up to $650 off iPhone 17 Pro toward 18.  

Conclusion 

To conclude, the iPhone 18 Pro offers prominent improvements over the iPhone 17 Pro, mostly in camera flexibility, the efficiency of the A20 chip, and a more refined Dynamic Island design, which will be best for serious photographers and tech-savvy users who are looking for the best that technology has to offer. Nevertheless, for the average user of the already capable iPhone 17 Pro, the improvements may not be worth the additional expense, making it a wise hold until your line of work requires the best telephoto capabilities and AI improvements that the iPhone 18 Pro offers. 

This iPhone buying article emphasizes Apple’s take on the Pro comparison level evolution, not revolution, so identify your needs and trade-in value to determine if the iPhone 18 Pro is worth the upgrade for your daily drive in 2026. 

FAQS 

1. Is the camera in the iPhone 18 Pro an improvement over the iPhone 17 Pro? 

Yes, the 8x tetraprism telephoto camera and variable aperture are better for pros, offering improved zoom and nighttime photography. 

2. Does the A20 processor in the iPhone 18 Pro make it noticeably faster than the A19 in the 17 Pro? 

It’s 20% faster for gaming and AI, but not noticeably so for general use. 

3. Should consumers with the iPhone 17 Pro upgrade to the iPhone 18 Pro? 

No, minor tweaks such as the Dynamic Island reduction aren’t worth the $100 price increase. 

4. How does the battery life in the iPhone 18 Pro compare to the 17 Pro? 

The iPhone 18 Pro has 2 hours of extra battery life due to the A20 processor’s efficiency and reverse charging, which charges as fast as 40W wired charging. 

5. What’s the biggest difference in design between the iPhone 18 Pro and the 17 Pro? 

Dynamic Island is 35% smaller due to under-display technology.

Source 

iPhone 18 vs iPhone 17: Full Upgrade Guide and Apple Comparison for 2026 Buyers 

Apple Iphone 17 Pro Vs Apple Iphone 18 Pro Comparison by Price, Specifications, Features & Review (HT Tech) 

Apple iPhone 18 Pro: Comparison suggests 35% smaller Dynamic Island than on iPhone 17 Pro – NotebookCheck.net News 

Best compact phones in 2026: small phones that actually exist

Walk into any US carrier store and it’s clear that big phones still dominate the shelves, but compact smartphones are no longer an afterthought. In 2026, smaller phones have quietly evolved from niche options into fully capable flagships. Devices under 6.3 inches now ship with top-tier processors, advanced camera systems, brighter OLED displays, and years of guaranteed software updates, without the compromises that once defined “small” phones. 

Apple, Samsung, Google, and select Chinese manufacturers have all doubled down on compact designs that fit better in pockets, work comfortably with one hand, and appeal to users who value usability as much as raw specs. For US consumers tired of oversized slabs, bulky cases, and screen fatigue, these phones strike a rare balance: flagship-level performance in a size that actually feels practical. Below are some of the best compact phones in 2026 that you can actually buy. 

Samsung Galaxy S25 

Equipped with a fast processor, great cameras, and seven years of software and security updates, you get tremendous outcomes for your buck along with a comfortably pocketable size. 

Pros 

  • Smaller form factor with slim bezels 
  • Snapdragon 8 Elite for Galaxy chipset with 12GB RAM 
  • New and improved Galaxy AI features 
  • One UI update is fresh, fun, and genuinely great 
  • Refined design with Gorilla Glass Victus 2 on front and back 

Cons 

  • Lacks UWB support 
  • Relatively small 4,000mAh battery 
  • Slow 25W wired charging speeds 

Galaxy S24 

The Galaxy S24 is one of the best last-gen compact phones thanks to its handy size and great software. It’s nearly as powerful as the S25 and has the same set of cameras. 

Pros 

  • Compact 120Hz AMOLED display 
  • Long software support 
  • Snapdragon 8 Gen 3 processor 
  • Strong battery life 

Cons 

  • Inconsistent camera performance 
  • 25W charging is starting to feel slow 

Google Pixel 9a  

Retailing for under $500, the Pixel 9a boasts outstanding camera tech, the same processor found in the Pixel 9 and Pixel 9 Pro, and a sleek and compact design. 

Pros 

  • Fantastic battery life 
  • Bright and vivid display 
  • Lots of access to Gemini AI features 
  • Seven years of OS and security updates 
  • Wonderful Macro Focus photos 

Cons 

  • There isn’t much on-device AI 
  • Charges very slowly 

Google Pixel 10 

The Google Pixel 10 might not seem particularly impressive over a Pixel 9 at first glance, but the changes to the design, the larger battery, and its new AI features kind of make up for the increase in price. The Pixel 10 has similar dimensions to the Pixel 9, so it’s compact and sleek though a tad thicker with a wider camera bar. 

Pro 

  • Convenient built-in Qi2 support via Pixelsnap 
  • Upgraded telephoto lens 
  • Long battery life, fast charging 
  • Excellent AI features 

Cons 

  • Still lacks some Pro features 
  • Not ideal for gaming 
  • Display isn’t as eye-friendly as more premium options 

Sony Xperia 5 IV 

Sony Xperia 5 IV has a compact OLED display, which enables creators to operate its manual camera controls. This system includes front-facing speakers that deliver audio optimized for watching movies and taking photographs. 

Pros 

  • Easy to handle with one hand and fits in pockets. 
  • A large 5,000 mAh battery provides long-lasting, all-day power. 
  • Includes a 3.5mm headphone jack and supports wireless charging 

Cons 

  • Users report overheating during 4K video recording 
  • The Camera Pro app requires manual adjustments 
  • Shorter lifespan for major Android OS updates compared to competitors 

Samsung Galaxy Z Flip 6 

Galaxy Z Flip 6 is a pocket-friendly model that provides flagship-level performance. It also offers improved durability, better cameras, and practical multitasking through its refined cover display. 

Pros 

  • Fantastic performance 
  • Refined design matches the Galaxy S24 series 
  • Clean software with seven years of support 
  • Fun and useful Galaxy AI features 
  • Official rating for dust resistance 

Cons 

  • No telephoto lens 
  • More expensive 
  • Limited cover screen experience out of the box 

Asus Zenfone 11 

Asus Zenfone 11, with its 5.9-inch display, near-stock Android experience, and flagship processor and strong thermal control, remains a favourite among users who value performance. 

Pros 

  • Equipped with the Snapdragon 8 Gen 3 chipset 
  • Useful for high-end gaming and multitasking 
  • 2-day battery life with normal use 
  • Features a bright 144Hz AMOLED display 

Cons 

  • It struggles to match top-tier competitors like Samsung or Google 
  • The optical, under-display sensor can be less accurate 

Motorola Razr 

Enjoy the best of both worlds for less than you’d pay for a traditional phone with this snazzy device that folds out to reveal a 6.9-inch screen. But when it’s closed, you get a super-compact size and a useful 3.6-inch external screen for accessing basic tasks. 

Pros 

  • Compact, durable form factor 
  • Available in fun colors, textures 
  • Satisfying, titanium-reinforced hinge 
  • Long battery life, fast charging 
  • Solid 50MP main camera sensor 
  • Cover screen is useful for basic tasks 

Cons 

  • Some critical Moto AI features don’t run on device 
  • Processor occasionally lags 
  • Limited software support 
  • Rear camera lenses are dust and fingerprint magnets 

OnePlus 13 Mini 

OnePlus 13 Mini achieves 120Hz display capability through its Snapdragon processor, which delivers high-speed performance. The Plus 13 Mini device offers two features: rapid battery charging and the standard OxygenOS user interface. 

Pros 

  • Comfortable grip for one-handed use 
  • Equipped with the powerful Snapdragon 8 Elite chipset 
  • Strong performance for gamers 

Cons 

  • Less immersive for media consumption 
  • Struggle to dissipate heat during prolonged gaming sessions 

Google Pixel 7a 

The Google Pixel 7a is a top-tier compact smartphone, featuring a 6.1-inch display, flagship Tensor G2 performance, and an excellent camera in a manageable, one-handed form factor. 

Pros 

  • Excellent Tensor G2-powered features 
  • Strong performance 
  • Water-resistant 

Cons 

  • Battery does not last all day 
  • Only three years of OS update support 
  • Only 90Hz display 

Which One is Good for You? 

Those who prefer the smaller screen experience can still choose from a fantastic selection of both new and previous-gen devices. This includes both standard bar-style phones as well as foldables that give you a tiny screen for glanceable information and a bigger one only when you really need it. 

When it comes to our performance, the Galaxy S25 is an easy choice with the latest Snapdragon 8 Elite SoC powering it, and excellent software support from Samsung promising seven years of Android updates. Compared to the Samsung Galaxy S24, the S25 has increased RAM right from the base variant and is slimmer and lighter. 

The Google Pixel 9a may not be what everyone considers “small” but it has amazing specs across the board, comes in at a price that’s more than reasonable. 

If you want a foldable, you can’t go wrong with the Samsung Galaxy Z Flip 6. But consider the Galaxy Z Flip 7 if you don’t mind something a smidge better, noting that it’s also much thinner, too.  

Final Thoughts 

The resurgence of compact flagships displays changing user preferences. As phone screen sizes grew, many buyers began prioritising comfort and daily usability over a larger display alone. Advances in chip efficiency, battery technology, and camera software have removed most technical limitations once associated with smaller devices. 

FAQs  

1. What screen size qualifies as a compact phone in 2026? 

Most compact phones today feature displays under 6.3 inches, offering better one-handed usability without major feature compromises. 

2. Which compact phone offers the best overall performance? 

The Samsung Galaxy S25 stands out with its Snapdragon 8 Elite chipset, refined design, and long-term software support. 

3. Which compact phone has the best camera quality? 

Google Pixel models, especially the Pixel 9a and Pixel 10, are known for their excellent computational photography and camera consistency. 

4. Do compact phones compromise on battery life? 

Modern compact phones benefit from efficient processors and improved battery technology, allowing many to deliver all-day battery life. 

5. Who should consider buying a compact smartphone? 

Compact phones are ideal for users who value comfort, portability, one-handed use, and flagship features without carrying a bulky device.

Ref: Compare smartphones- Galaxy S25 Ultra, Galaxy S24 Ultra. 

Google Pixel 10a Pre‑order 18 February.

Is Google running out of ideas for the Pixel A-series?

In the United States, Google’s Pixel smartphones sit alongside Apple’s iPhone and Samsung’s Galaxy lineup as one of the most recognizable names in the mobile market. The Pixel A-series has earned a loyal following among US consumers by offering strong cameras, clean Android software, and aggressive pricing. But nearly a decade after the first Pixel launch, questions are starting to surface. With incremental hardware updates, familiar designs, and rising prices, critics are beginning to wonder whether Google’s once-innovative A-series is losing its momentum compared to other Android alternatives.  

In this article, we examine the evolution of the Pixel A-series, assess whether Google is running out of ideas, and explore what the lineup needs to stay competitive in the US smartphone market. 

Evolution of Pixel A phones 

There have been 19 different Google Pixel generations with the newest generation. Google Pixel was the first phone in the Pixel line, launching in October 2016. At the time, this was one of the first smartphones to take advantage of USB-C, with the device also packing in a 12.3 megapixel camera. 

Google Pixel 2 was released in October 2017 with some significant improvements to the camera system, including support for optical image stabilization. 

The Google Pixel 3 made many noticeable changes for users. First, the bezels surrounding the display were drastically slimmed down compared to both Google Pixel and Google Pixel 2. As a result, the resolution of the screen was also made higher, with an increase of 12.5% and a shift to a 5.5″ display. 

Google offered mid-range smartphones to the market, with the Google Pixel 3a in 2019. It was a cheaper companion to the flagship Google Pixel 3. 

Google Pixel 4 was focused much more on internals. Google improved the refresh rate of the display to 90Hz, and there were numerous upgrades made to the camera system such as a 2x optical zoom. Pixel 4a made huge improvements with display brightness, delivering a peak brightness of 796 nits – an 83% increase over Pixel 4. 

Google Pixel 5 made battery life a major priority, providing a 4080mAh battery that delivered almost 50% more battery life per charge over Google Pixel 4. The Google Pixel 5 and Pixel 5a almost look identical next to each other, but the 5a actually sports a slightly bigger display of 6.34″. 

Google introduced a fresh design with Pixel 6 in October 2021. Despite all the new technology integrated inside the device, Pixel 6 actually launched for $100 less than Pixel 5. The Google Pixel 6a launched later than most other a models, arriving in late July 2022. This smartphone cut the 90Hz refresh rate of Google Pixel 6 to 60Hz, in addition to the RAM from 8GB to 6GB. 

Google Pixel 7 was a minimal upgrade, while at least still refining some of the Pixel’s most used features. Launched in October 2022, the Pixel 7 brought an improved fingerprint sensor, a redesigned camera bar, and better performance. 

Google Pixel 7a was launched on May 10, 2023. It brought a 64MP main camera and kept the 90Hz refresh rate and 8GB of RAM. The 7a is a bit smaller than the Pixel 7 despite still retaining a similar screen size. 

Google made its first major shakeup to the Pixel lineup in 2023 with Google Pixel Fold. This foldable phone features a huge 7.6″ display when folded open, with a standard display on the outside so you can use it like any normal smartphone. 

Google Pixel 8 was a decent upgrade from the Pixel 7 line, with some major features being a peak brightness of 2000 nits and a refresh rate of 120Hz. Google Pixel 8a was launched on May 14, 2024. This model dropped the Gorilla Glass Victus, opting for Gorilla Glass 3 on the display. While both have an OLED display and sport similar performance, the real difference was in the cameras. 

Google Pixel 9 was launched in August 2024. This broke from a years-long tradition of launching new Pixel flagship models in October. The Google Pixel 9 Pro Fold features a foldable display that builds off the 2023 Pixel Fold. The display is now taller and thinner, allowing for a bigger screen on the device. 

The Google Pixel 9a features a 6.3-inch Actual display that is 35% brighter than its predecessor and is powered by the Google Tensor G4.  

The new Pixel 10, Pixel 10 Pro, and Pixel 10 Pro XL were released on August 28. These new phones also featured the more powerful Tensor G5 chip and come with some UI updates as well. 

Why Upgrades Feel Small 

The recent Google Pixel models have some of the weakest speakers compared to Samsung and Apple. They are not quite up to the mark for a $1,000 smartphone. Almost every other phone in this price range, including the iPhone 17 Pro Max, Samsung Galaxy S25 Ultra, and even the OnePlus 15, offers better speakers than the Pixel 10 Pro. The upcoming models should have improved speaker quality, with louder output, clearer sound, and better audio depth.  

Google Pixel smartphones are known for their camera processing and post-capture AI work. When you take a photo on a Pixel phone, you generally know what to expect, regardless of lighting or location. Low light, harsh light, or night shots usually result in evenly lit images with natural-looking colors and restrained processing. 

Other smartphone brands, like Oppo, Vivo, and Xiaomi, have taken bigger risks with advanced camera hardware, modular camera attachments, and more aggressive processing improvements. 

As a result, Google’s camera experience has begun to feel somewhat stagnant. Whether Google tackles it by reworking the camera pipeline from the ground up or by offering users more customization options, such as color profiles or stronger control over shadows and highlights, this is something that needs attention. 

While 2025 was a strong year for Google in catching up to other flagships with the Pixel 10 series, the company’s mid-range A-series lineup fell a bit behind. 

From Pixel 9a, Google has taken a completely different direction. The Pixel 9a debuted with an extremely minimal design, dropping the camera bar identity that defined Pixel phones. 

Should Google Change Pricing Strategy 

Despite offering a large battery at an aggressive price, Google removed much of the device’s charm. Other aspects also did not feel like meaningful upgrades compared to competing phones in the same price range. The Pixel A-series should offer more than just an entry-level Pixel experience, develop a clear identity of its own, and improve in key areas, especially processor and display. 

What Google needs to fix 

The upcoming Pixel 10a may offer largely the same experience that Pixel 9a provided. While Pixel UI is smooth and functional, it lacks a distinct identity in the crowded Android landscape. Most modern Android phones offer a fluid experience out of the box, so the Pixel’s core strength is lost in the noise.  

Samsung’s One UI, on the other hand, has a visually pleasing UI and offers features like Secure Folder, S Pen, Edge panel, and more that are immediately noticeable and appealing. 

While Google earned a reputation for stellar still photography, its video recording capabilities consistently lag behind the competition. This is a major weakness that Google needs to address. 

The Tensor CPU has been one of the biggest weaknesses of the Pixel series. While it excels at AI tasks and enables unique Pixel features, it hasn’t caught up with Apple’s A-series chips or Qualcomm’s Snapdragon flagships in performance efficiency. 

Final Thoughts 

While Google has made progress in expanding Pixel availability, it still lags behind the reach of Apple and Samsung. This limited availability is an obstacle to the Pixel becoming a mainstream device. Google must also forge stronger relationships with carriers worldwide to ensure wider distribution and competitive pricing. 

FAQs 

1. How has the Pixel A-series evolved over the years? 

It began as a budget-friendly alternative to flagship Pixels but has gradually shifted toward offering a toned-down version of the main Pixel experience. 

2. Are Pixel phones still strong in camera performance? 

Pixel phones continue to deliver reliable photography, but competitors now offer more advanced hardware and creative flexibility, making Google’s approach feel conservative. 

3. How does Google’s pricing strategy affect the Pixel A-series? 

Rising prices without corresponding feature upgrades have made the A-series less competitive against similarly priced Android alternatives. 

4. How does Pixel UI compare to other Android skins? 

While smooth and clean, Pixel UI lacks the distinct features and visual customization offered by skins like Samsung’s One UI. 

5. What improvements does Google need to make in future Pixel A phones? 

Google needs to focus on better performance efficiency, stronger video recording, clearer product identity, and meaningful display upgrades.

Ref: Google Pixel 10a Pre‑order 18 February. 

Google Pixel 10 series Ask more of your phone

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Google Messages vs WhatsApp in 2026: Which is finally better?

In this evolving world, if we observe google Messages and WhatsApp are the top Android messaging apps in 2026, each excelling in different ways for US users who value seamless texting or cross-platform chats. 

This article provides a detailed breakdown to help in deciding according to their requirements. Let’s understand the core setup, RCS vs WhatsApp, and grab knowledge on group chat tools, privacy, and encryption. 

Core Setup 

Google Messages are pre-installed on most of the Android phones, making it the default choice for RCS conversations with other Android users. WhatsApp needs to be downloaded, but it can be easily synchronized across iOS, Android, and the web. 

Both services offer end-to-end encryption, but Google Messages requires RCS support from carriers, while WhatsApp offers it universally. 

Feature Parity Breakdown 

RCS in Google Messages has closed many gaps with WhatsApp by 2026, adding high-res media and reactions, yet WhatsApp leads in group scale and calls. 

Feature Google Messages (RCS) WhatsApp Winner 
High-res photo/video sharing Yes, up to original quality on RCS Compressed, but 2GB files Google Messages   
Typing indicators & read receipts Yes, on RCS; basic SMS fallback Always on Tie 
Custom reactions/emojis Any emoji + animations Limited emoji set Google Messages   
Voice/video calls Via Google Meet integration (up to 100) Built-in, up to 32 group WhatsApp   
File sharing limits RCS-limited; good for media 2GB any type WhatsApp   
Desktop access Web version (RCS needed) WhatsApp Web (full) WhatsApp   
Scheduling messages Yes, easy hold-to-schedule No native Google Messages   

RCS vs WhatsApp 

RCS in Google Messages offers a great facility for messaging purpose such as iMessage for Android, whereas, WhatsApp only depends on internet connectivity. 

Aspect RCS (Google Messages) WhatsApp 
Core Functionality Rich chats (high-res media, reactions) without data plans on supported carriers like Verizon, AT&T, T-Mobile Internet-only messaging; no SMS fallback  
Connectivity Wi-Fi or cellular via carriers; widespread US support Data or Wi-Fi required always 
Encryption End-to-end standard since 2024 for mixed Android groups End-to-end on all chats by default  
Strengths Ideal for domestic US texting; 1.5B global adoption by late 2025 Global polish for international calls and businesses  
Limitations Less refined for business or cross-platform international use No carrier integration; data-dependent   

Privacy and Encryption 

Both apps primarily prioritize security, but their approaches differ when it comes to US privacy concerns. 

Aspect Google Messages WhatsApp 
Encryption E2EE on RCS chats; SMS unencrypted E2EE all chats by default   
Data collection Google scans for spam on-device Meta collects metadata; opt-out backups 
Scam protection AI flags job/package fraud Basic reporting; no on-device ML 
Disappearing messages Yes, timed deletion Yes, customizable   

Google Messages edges out for US users, using on-device AI to block spam without uploading to the cloud. WhatsApp’s encryption is reliable, but backups to Google Drive can expose data unless disabled. 

Group Chat Tools 

Group chats are quite strong in both, but WhatsApp is better at handling larger and more disorganized groups. 

•Google Messages: Supports 256 members, has descriptions, polls, but only has basic admin functionality; RCS encryption is standard. 

•WhatsApp: Supports 1,024 members, has rich previews, announcements, and Secure also community nesting for large groups such as family or work purpose team groups. 

For sports enthusiasts in the US, the features of WhatsApp (such as group calls for 32) are better; Google Messages are better suited for smaller groups with effects such as screen bursts. 

Android Messaging Apps Context 

Amongst all the android options, here are the actual pay google messages leads as the stock app, ruling out Samsung Messages or Textra in RCS rollout. WhatsApp dominates cross-platform, with around 2.5 billion users ensuring contacts to stay connected. In the US, where 80% use Android, Messages carrier integration makes it frictionless for quick texts.  

Which App Suits Which Users 

Select based on your US lifestyle, pure Android texting, or global connectivity. 

User Type Best Choice Why 
Android-only texter Google Messages Free RCS perks, no app switch   
iOS/Android mixed groups WhatsApp Universal access, no carrier dependency 
Privacy-focused Google Messages Less metadata tracking   
Business/international WhatsApp Catalogs, large groups, calls   
Customization lovers Google Messages Bubble colors, Photomoji   
Frequent callers WhatsApp Seamless HD group video 

Android purists love Messages integration with Gemini AI for summaries; WhatsApp users stick to web stability. 

Performance and Battery 

Google Messages consumes less battery power on Wi-Fi (RCS optimized), great for long US commutes. WhatsApp consumes more battery power during calls but transmits data in a compressed form for poor network coverage. Both support the 2026 AI capabilities such as editing messages without delay on mid-range devices. 

Aspect Google Messages (RCS) WhatsApp Winner 
Battery Usage Lower on Wi-Fi/cellular; RCS data optimization Higher during video calls; compression helps on poor networks Google Messages 
Performance Speed Fast message editing and AI features on mid-range phones Smooth HD group video; occasional lag in massive groups Tie 
Data Consumption Minimal for texts/media via carriers Efficient compression but data-only Google Messages 
Handling Load Excellent for daily US texting marathons Strong for international or call-heavy sessions Depends on use 

Conclusion 

To conclude, in 2026, RCS standardization will push Google Messages closer to parity, especially with Apple’s partial support. WhatsApp evolves with Meta AI chats, but regulatory scrutiny in the US favors Google’s carrier-backed model. 

FAQS 

1.Do you think WhatsApp is more secure than RCS? 

Yes, WhatsApp currently provides end-to-end encryption between the business partner and the user, which is ideal for privacy-conscious use cases. RCS provides transport-layer encryption with carrier verification, with plans for end-to-end encryption. Many regulated businesses use RCS in combination with CPaaS governance to support audit and retention requirements. 

2.Do WhatsApp uses RCS? 

No. WhatsApp is an over-the-top messaging app that uses its own protocols and encryption.  

3. Which is best in 2026 for business? 

RCS is best for businesses that want without any app or interactive messaging. WhatsApp offers secure and conversational messaging. SMS is good for time being for highly secure info like OTPs. 

4. Which channel is most cost effective? 

SMS is most cost effective compared to WhatsApp and RCS. 

5. What do you think is the actual difference between SMS, RCS and WhatsApp Messaging? 

The major variation that comes in is the engagement what each channel offers. RCS and WhatsApp offer rich media support and 2-way conversations. SMS only allows texts, no internet needs.

Source –  

WhatsApp Vs. Google Messages: Which Chat App is Better? 

RCS vs WhatsApp vs SMS: Best Business Messaging in 2026 

RCS vs WhatsApp in 2025: Choosing the right channel – Infobip 

Considering Switching from WhatsApp to Google Messages: Seeking Insights! : r/GoogleMessages 

Compare Google Messages vs. WhatsApp in 2026

Are small phones coming back? Ikko MindOne Pro vs flip phone cover screens

The smartphone market in the United States has gone through waves of bold innovation, from oversized displays and foldables to minimalist designs. While large-screen phones continue to dominate store shelves, a growing number of users are once again craving smaller and pocket-friendly devices that are easier to use one-handed and less distracting.  

In this article, we explore whether compact phones are making a real comeback, comparing the Ikko MindOne Pro’s minimalist approach with the evolving cover-screen experience on modern flip phones and what this shift could mean for the future of mobile design. 

Do People Prefer Compact Phones?  

According to a recent market study, a vast amount of smartphone users are keen to buy a compact device as long as it performs like the powerful flagship phones. And you could say the same about the models such as  Samsung Galaxy S25, the Pixel 9 and even the new Xiaomi 15 models. 

The consumers prefer a phone with a 6 to 6.5-inch display which is the ideal for a handy, powerful device.  

Compact Phones vs Small Phones  

This compact device for digital minimalists is effectively a smartphone that’s been stripped of the most addictive features. On the Light Phone, there is no app store, and thus, no any other endless feeds. There are simply tools like maps, a music player, a messaging feature, and of course, a phone. They should be easy to hold, pocket-friendly, and aesthetically cool-looking. All are valid points, but they could still feel an incredibly niche, more so than small phones. 

The small phones address a major consumer’s need, i.e., one-handed usability, which made them a bit appealing, somewhat more useful than slim phones. Besides, small phones, due to their form factor, naturally excel in providing a better in-hand feel and pocket-friendliness. Therefore, between the slimmer form factor and larger screen, or better pocket ability and one-handed use, most would choose the latter. 

The “cover-screen-only concept” refers to a, often user-driven or experimental, approach to using foldable phones (like the Samsung Galaxy Z Flip series) primarily or exclusively via their outer display, rather than unfolding the device for the main screen. This concept aims to minimize screen addiction, reduce distractions, and utilize the device as a “miniature,” specialized phone for quick tasks. 

Is Battery Important for Compact Devices? 

The sudden hype around compact phones is also because of the new silicone carbon technology that has helped with making batteries denser, which means a 6,000mAh unit can now be fit into a frame that measures under 8mm. These changes are most likely going to help brands develop a smaller device with powerful traits and no compromise on the battery life. 

Evolution of Modern Foldable Devices 

Folding phones are supposed to adapt to your needs: Start with the smaller screen for basic tasks, like checking notifications, and then switch to the bigger screens for writing emails and watching videos.  

Samsung Galaxy Fold hit the market in 2019, are smartphones with bendable screens. You can fold them in half and put them in your pocket. That first Galaxy Fold was huge, heavy, cost nearly $2,000, and looked like it would snap in half the first time you used it. When folded, the tiny display on the front was not enough screen. When unfolded, the device became a creased tablet and too much screen. 

Samsung released the $2,000 Galaxy Z Fold 7, which is effectively the same size and thickness of iPhone 15 Pro but opens up to reveal an 8-inch screen, which is about the size of an iPad Mini.  

The company also released the $1,100 Flip 7, which is 4.1 inches of screen folded up but becomes a full-sized smartphone when unfolded. Motorola has a similarly futuristic flip phone, the Razr Ultra, and Oppo has a comparable folding phone, the Find N5. Huawei sells the Mate XT, a phone that folds twice. Dubbed a “trifold,” this form factor is basically a tablet that folds up like a brochure. Even Apple is reportedly working on a folding iPhone. 

Will iKKO’s MindOne Pro AI Smartphone Change the Scenario 

The company behind high-performance in-ear monitors and the award-winning ActiveBuds has launched its most ambitious product yet: iKKO’s MindOne Pro AI smartphone. This ultra-compact Android phone combines built-in AI tools, free global internet access, and a dual operating system. Its body is not much bigger than a credit card.  

The tiny MindOne Pro measures 86 x 72 mm (3.39 × 2.83 in) and is 8.9 mm (0.35 in) thick. It can easily fit in the palm of your hand or a small pocket. This fully functional Android 15 smartphone features a sharp 4.02-inch AMOLED display, a rotating 50-MP Sony camera, and a surprising amount of performance packed into its slim frame. 

One of the standout features is NovaLink, which is iKKO’s custom vSIM (virtual SIM) system. It provides built-in, SIM-free global internet for AI functions in more than 60 countries. The company is yet to provide the list of the countries. This means, users can access tools like Google Maps or translation without a dedicated SIM or having to connect to Wi-Fi or signing up to a local plan. This becomes very handy, if you have ever tried to use Google Lens to translate signs only to find your eSIM has run out of data, and there is no Wi-Fi around.  

MindOne Pro houses a 2,200-mAh battery, which iKKO claims offers up to 16 hours of video playback and, with the Snap-In Expansion Case, users get an extra 500 mAh. The phone itself doesn’t have any in-built audio jacks besides the one provided by the extension case, wireless connectivity comes via Bluetooth 5.2, and there are built-in stereo speakers.  

Will Smartphone Brands Follow the Trend? 

Apple and Samsung are planning sleek, premium devices, while others focus on more practical devices. 

Xiaomi 15 is one such option already out there but seems when it comes to the flagships, people would prefer to go for brands like Apple and Samsung.  

OnePlus and Vivo are being highly rumoured to launch their compact phones in India which means we could see more Snapdragon 8 Elite or Dimensity 9000 series phones coming at a more accessible price for the buyers. The OnePlus 13T is a definite sign of things to come in 2025 and most likely in the next few years. 

Final Thoughts 

The renewed conversation around small phones is driven by practicality, evolving technology, and changing user priorities. As smartphones grew bigger and heavier, a quiet demand for comfort, one-handed usability, and reduced digital overload kept building.  

Foldables show how versatility can coexist with size, while cover-screen-only usage hints at a more mindful way of interacting with our devices. Meanwhile, ultra-compact phones like the MindOne Pro challenge the idea that small automatically means compromised. With denser batteries, efficient chipsets, and AI-driven software, compact phones are no longer technologically disadvantaged. 

Small phones may not dominate the market again, but they are undeniably carving out a meaningful, modern comeback. 

FAQs 

1. Are small phones really making a comeback? 

Yes, growing demand for one-handed usability, better pocketability, and digital minimalism is pushing brands to rethink compact phone designs. 

2. Why do users prefer smaller or compact smartphones? 

Many users find them easier to use with one hand, more comfortable to carry, and less distracting compared to large-screen devices. 

3. Do flip phones replace the need for compact slab phones? 

Not entirely. Flip phones offer versatility, while compact slabs provide instant usability without hinges or folding mechanisms. 

4. How important is battery life in compact smartphones? 

Battery life is crucial, and advancements like silicon-carbon batteries now allow smaller phones to offer strong endurance. 

5. Will major brands like Samsung, Apple, or Xiaomi adopt smaller phone designs? 

While flagships remain large, brands are experimenting with compact models and foldables, indicating growing interest in smaller form factors.