How to make your smartphone last longer


Replacing a smartphone every two years is partially why billions of phones go into landfills each year. If stacked flat atop one another, that many handsets would reach farther than the ISS. But we’ve become accustomed to that 24-month time frame because wireless carriers often push an upgrade on biennial contracts, and many smaller phone makers only offer software support for two years. But now, with longer software commitments from major manufacturers, along with growing right-to-repair legislation, many newer phones can stay in our pockets for closer to seven trips around the sun. Here’s how you can extend the lifespan of your smartphone and avoid shelling out hundreds before it’s absolutely necessary.

How to make your smartphone last longer

Three phones, a Samsung Galaxy and two iPhones are displayed on a concrete surface.

Amy Skorheim for Engadget

Use a case

It’s a flashy move to carry a naked phone around, but the chances of a handset making it through a tumble go up dramatically when you employ extra protection. We recommend a few in our guide to iPhone cases. In my family, we’ve been happy with Mous cases. Though we’ve never subjected our phones to the brutality seen in the company’s ads, I can say that these cases have seen my partner’s aging Samsung Galaxy through some pretty gnarly spills and I credit the cases for getting my iPhone 11 to 2025 in working condition.

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Take care of the built-in battery (or use a power bank)

Since a phone’s battery is often the first thing to show signs of age, it’s worth it to follow recommendations for extending its lifespan. Lithium-ion batteries don’t perform well in heat and you should avoid charging them if it’s hotter than 95 degrees — doing so can degrade the battery quickly and even cause them to malfunction. They’ll tolerate cold weather better, but can get sluggish when things get too chilly.

If you’re storing a phone for a while, it’s best to do so with the battery at half charge, rather than full or empty. In fact, Li-ion cells last longer when they spend less time being either completely discharged or full — that’s why battery optimization features in iPhones and Pixel phones delay overnight charging to 100 percent until about an hour before you typically grab your mobile. And while it’s sometimes necessary to charge a battery quickly, a slower charging method when speed isn’t critical will put less stress on the ionic components and help extend the cell’s life.

But over time, any battery will eventually wear down. And if you’re traveling, relying heavily on navigation or using the phone as a hotspot, you might need more juice to get through a day. We recommend many options in our best power banks guide but the battery I grab most often is the Anker Laptop Power Bank. It’s got built-in USB-C cables and delivers enough charge to give any device (including laptops, extra hours of life). But for something smaller, I like the reliability of Statik’s semi-solid state MagSafe battery.

Image for the mini product module
Image for the mini product module

If you really want to give your phone a new lease on life, a new internal battery could be the ticket. For Pixel phones, you can go through Google’s official channel for either a walk-in or mail-in repair, you can look for an authorized repair partner or you can pick the DIY route with iFixit’s Pixel repair kits and instructions.

For iPhones, you can start with Apple’s official page, go through Best Buy or other authorized third-parties, or try iFixit’s methods. Samsung also has an in-house option but both iFixit and Best Buy ended their repair relationships with Samsung in 2024. Depending where you go and the model of your phone, the price for a new battery and installation will likely run you between $60 and $150 — still far less than ditching your handset for something brand new.

Clean up your phone’s storage

Most advice on how to declutter your phone and make it run faster centers on one thing: freeing up space. Your phone’s OS will likely have suggestions for clearing up storage space, like automatically offloading unused apps or deleting year-old messages. You can also do things manually by deleting any apps you don’t use. Next, consider the photos and videos you’re storing locally and either opt to pay for cloud storage or transfer the files to a computer or an external backup device. You can also consider getting rid of any music and movies you may have downloaded for offline use, and deleting old messages and large attachments. A good rule is to keep your storage at around 80 percent capacity. Once you’ve deleted and transferred what you can, restart your phone to give it a chance to clear up its temporary memory.

Why you can (and should) extend the life of your smartphone

The Pixel 9 features two rear cameras: a 50MP main shooter and a 48MP ultra-wide cam that can also shoot macro photos.

Photo by Sam Rutherford/Engadget

The e-waste stream grows each year and doesn’t do great things for human or planetary health. Smartphone companies are offering better and more consistent trade-in deals, but even some electronic recycling has its faults. Simply hanging onto a device instead of opting for a new one is the most efficient way of cutting back on a phone’s environmental impact — plus it’ll save you money.

While every giant phone maker would like you to believe that upgrading annually is critical, it’s worth noting that new generations of phones often bear strong resemblance to the prior year’s model. Engadget editors see this time and again with the countless smartphones they review — there’s a new button, a few new AI tricks, but the technology generally doesn’t leap forward each year to create something wildly different than what came before.

With only minor hardware upgrades, the more exciting new features come via over-the-air software updates. Starting with the release of the Pixel 8 in 2023, Google promised security and software updates for a full seven years. So those who buy a Pixel 10 in 2026 could still be using the same phone in 2033. Samsung’s Galaxy S26 has the same length of promised support. Apple committed to five years of support to comply with EU regulations, but iPhones were already known for their extended support — when iOS 26 came out, support was cut for the iPhone XR and earlier, but that meant the 2018 models had enjoyed around seven years of updates from launch.

When Apple launched the iPhone 15, the company doubled its estimation for the handset’s battery life saying a handset should retain 80 percent of the original full charge after 1,000 cycles. And Apple said the placement of the larger battery in the iPhone 16 makes replacing it easier. Overall, battery technology has improved in capacity over the years, but longevity hasn’t gone up across the board, as a study by PhoneArena makes clear.

More advancements in battery life spans may be on the horizon particularly as the EV industry grows, which also relies on lithium-ion cells. For now, declining battery health is usually the most noticeable issue affecting older phones. In 2023, the European Council of the European Union adopted new guidelines for battery-powered devices, which includes a mandate to allow consumers to “easily remove and replace” batteries. That won’t go into effect until 2027, and there will be plenty of interpretation as to what “easily” means. But EU mandates are what made Apple finally ditch Lightning ports on iPhones in favor of USB-C, so this could eventually be a step towards (once again) having smartphones with swappable batteries.

Right-to-repair bills have been passed or introduced in all 50 states. Some of these laws have already gone into effect, and will require manufacturers to do things like providing repair tools and documentation, and selling components for a certain number of years after the last new model for higher priced devices.

Currently, a number of phones have decent repairability scores, according to the online repair community iFixit (The FairPhone 6 gets the highest marks.) Until more companies start making it easier to fix things ourselves, authorized repair is an option, while self-repair remains an option for the more industrious.

Check out more from our spring cleaning guide.



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The internet is changing and so is the way we search and find information. The trick behind all the search queries is nothing but a web crawler.

Yes, the machine that searches the web, retrieves data, and assists search engines such as Google in sorting the information into searchable indexes. Search engines would be nothing without crawlers. But do you know there are different types of crawlers lately?

Well, traditional crawlers like Googlebot have been using rule-based systems over the years to retrieve information and sift through links and draw results to user queries. This method is still effective, although there are a few limitations it comes with.

Let’s now introduce the new age of AI-powered crawlers, a next-generation genus of bots, based on artificial intelligence and machine learning. These crawlers do not just search the sites; they comprehend the sites. Through semantics, tone and context, they are going above and beyond in the web searching landscape.

Here in this blog, we are going to discuss the differences between traditional and AI crawlers, alongside how they will transform search in the future and share practical tips to make your content the best to thrive in today’s digital world.

So, let’s get started!

What are Traditional Crawlers? Traditional Crawlers

The old-fashioned crawlers, namely Googlebot and Bingbot are based on the following principles, scan, copy and index. They operate similar to librarians and index the information by use of HTML structures, metadata, and keywords.

    • Process: They search links, analyze code, and store page information in huge search databases.
    • Reliability: Suits well with static web sites and organized content.
    • Weakness: Problems with changing websites, with dynamic components, such as JavaScript-bulky applications, and subtle context.

As an example, a traditional crawler might not pick up the product information in a product page when it rewrites the class names or changes the structure of the product page, causing indexing errors. This has led the industry to smarter and AI-assisted means.

What Are AI Crawlers?

AI Crawlers

Intelligent crawlers go beyond bot to be more of an interpreter. Through the use of natural language processing (NLP), computer vision, and machine learning, they are able to comprehend content in a manner that can replicate human understanding.

    • Context Awareness: AI crawlers do not only read the text; however, they define meaning, tone, and purpose.
    • Flexibility: AI crawlers will be able to identify and retrieve suitable information even when a site alters the structure of the site.
    • Multimedia Intelligence: They are capable of processing video, audio and picture, and are therefore much more intelligent than bots that are rule-based.

Just think of a crawler that does not just read a blog post but knows whether it is a product review, a thought-leadership article or a how-to guide. This is the hope of AI-support crawling.

The Rising Dominance of Googlebot.

According to recent stats from Cloudflare, Googlebot is still dominating although AI crawlers are on the rise. Googlebot grew by 96 percent in May 2024-May 2025, with highs in April 2025 of 145 percent of the traffic of May 2024.

This spike was accompanying the introduction of AI Overviews by Google, which added generative answers to search results. The combination of old-style crawling with the use of AI improvements is the future of Google as the hybrid is establishing preconditions of the coexistence of the two systems.

How Does Traditional Search Work?

To value the changes, one should go back to the way the search engines used to operate:

Crawling/ Indexing– Robots search through internet sites and archive copies of pages on servers.

Ranking Algorithms– The ranking of pages depends on the relevance of the key words, back links and the freshness of the content.

Displayed Results– The Results display ads, organic links, snippets, and panels.

AI-Driven Search: A New Era

AI based search engines extend past keywords. They can:

    • Know natural language – responding to complex conversational questions.
    • Provide direct responses – eliminating the necessity to browse through several results.
    • Individualize findings – customize suggestions according to the behavior of the user.
    • Manipulate multimedia – The analysis of videos and podcasts, as well as voice recognition.

ChatGPT, Google Gemini, and Microsoft Copilot are the members of Large Language Models that can transform the search into a conversation instead of a list of search results.

AI Crawlers vs Traditional Crawlers: Key Differences

1. Understanding User Intent

Traditional Crawlers: Search query by a key word and scratch the surface without necessarily realizing what the query entails.

AI Crawlers: This is the next level, whereby the search engine goes beyond the keyword and interprets user intent, semantics and context to deliver even more useful information.

2. Scalability and Efficiency

Traditional Crawlers: Are able to construct a mass of data, but they can create duplicates or irrelevant records as they are not very aware of the context.

AI Crawlers: Smart filtering and prioritization of content, which creates a leaner and more efficient indexing which is more relevant.

3. Real-Time Adaptation

Traditional Crawlers are not good at keeping up with new structure of websites or newer technologies being introduced and thus require manual updating.

AI Crawlers): Learn and adapt in real time and recognize patterns and evolve without human interaction.

4. Content Depth and Quality

Traditional Crawlers– These are typically employed to access visible text and links, and they might not be concerned with multimedia, user-created and interactive content.

The AI crawlers use multimedia, dynamic content and even sentiment to produce a more refined view of the entire quality of pages.

Sharing Quick Wins for Crawlability

Technical SEO is essential even with the further development of AI. The following are fast fixes to increase crawlability:

Important pages should be served with server-side rendering (SSR).

    • Keep HTML lean, semantic and clean.
    • Enhance page speed- sluggish sites are conquered.
    • Provide clear, descriptive headings and titles (H1 -H3).
    • Blocking AI crawlers in robots.txt or llms.txt is not advisable.
    • Publicize verifiable factual, well formatted and prompt information.

Conclusion: Preparing for the Future of Indexing

The future of search lies at the intersection of traditional and AI crawling. While rule-based crawlers remain essential, AI-powered crawlers bring a new level of intelligence, adaptability, and context awareness.

For brands, this means rethinking SEO strategies and embracing AI Optimization (AIO) alongside Generative Engine Optimization (GEO). By preparing content for AI-driven indexing today, businesses can ensure long-term visibility, authority, and discoverability in tomorrow’s search ecosystem.

Stay updated with all the latest blog topics, here with us!

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